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<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "John has 10 oranges. He gives half to his friend and then buys 5 more. How many oranges does he have now?" [/INST] ****Thinking: First, I need to determine how many oranges John gives to his friend. ****Thinking: John gives half of his oranges to his friend. Half of 10 is 5 oranges. ****Thinking: Now, I need to subtract the number of oranges John gave away from his initial number of oranges. ****Thinking: 10 oranges (initial) - 5 oranges (given away) = 5 oranges left. ****Thinking: Next, I need to add the number of oranges John bought to the number of oranges he has left. ****Thinking: 5 oranges (left) + 5 oranges (bought) = 10 oranges. ****Answer: John has 10 oranges now. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Alice has 8 bananas. She gives 3 to her friend and then buys 6 more. How many bananas does she have?" [/INST] ****Thinking: First, I need to identify the initial number of bananas Alice has. ****Thinking: Alice starts with 8 bananas. ****Thinking: Next, I need to calculate how many bananas Alice gives away. ****Thinking: Alice gives away 3 bananas. ****Thinking: Now, I need to subtract the number of bananas Alice gave away from her initial number of bananas. ****Thinking: 8 bananas (initial) - 3 bananas (given away) = 5 bananas left ****Thinking: Next, I need to calculate how many bananas Alice buys. ****Thinking: Alice buys 6 bananas. ****Thinking: Now, I need to add the number of bananas Alice bought to the number of bananas she had left. ****Thinking: 5 bananas (left) + 6 bananas (bought) = 11 bananas. ****Answer: Alice has 11 bananas. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Mark has 6 grapes. He eats 2, buys 4 more, and then gives 3 to his sister. How many grapes does he have now?" [/INST] ****Thinking: First, I need to identify the initial number of grapes Mark has. ****Thinking: Mark starts with 6 grapes. ****Thinking: Next, I need to calculate how many grapes Mark eats. ****Thinking: Mark eats 2 grapes. ****Thinking: Now, I need to subtract the number of grapes Mark ate from his initial number of grapes. ****Thinking: 6 grapes (initial) - 2 grapes (eaten) = 4 grapes left. ****Thinking: Next, I need to calculate how many grapes Mark buys. ****Thinking: Mark buys 4 more grapes. ****Thinking: Now, I need to add the number of grapes Mark bought to the number he had left. ****Thinking: 4 grapes (left) + 4 grapes (bought) = 8 grapes. ****Thinking: Finally, I need to calculate how many grapes Mark gives to his sister. ****Thinking: Mark gives 3 grapes to his sister. ****Thinking: Now, I need to subtract the number of grapes Mark gave away from the number he had. ****Thinking: 8 grapes (total) - 3 grapes (given away) = 5 grapes left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Emma has 12 pears. She gives 4 to each of her 3 friends and then buys 10 more. How many pears does she have left?" [/INST] ****Thinking: First, I need to calculate the total number of pears Emma gives away. ****Thinking: Emma gives 4 pears to each of her 3 friends, so she gives away 4 pears/friend * 3 friends = 12 pears. ****Thinking: Next, I need to subtract the number of pears Emma gave away from her initial number of pears. ****Thinking: Emma started with 12 pears and gave away 12 pears, leaving her with 12 pears - 12 pears = 0 pears. ****Thinking: Now, I need to add the number of pears Emma bought to the number she has left. ****Thinking: Emma bought 10 more pears and had 0 pears, so she now has 0 pears + 10 pears = 10 pears. ****Answer: Emma has 10 pears left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Paul has 5 peaches. He buys 7 more, eats 3, and then gives 4 to his friend. How many peaches does he have in total?" [/INST] ****Thinking: First, I need to figure out how many peaches Paul has after buying more. ****Thinking: Paul starts with 5 peaches and buys 7 more. ****Thinking: 5 peaches + 7 peaches = 12 peaches. ****Thinking: Next, I need to find out how many peaches Paul has after eating some. ****Thinking: Paul eats 3 peaches. ****Thinking: 12 peaches - 3 peaches = 9 peaches. ****Thinking: Now, I need to calculate how many peaches Paul has left after giving some to his friend. ****Thinking: Paul gives 4 peaches to his friend. ****Thinking: 9 peaches - 4 peaches = 5 peaches. ****Thinking: Therefore, Paul has 5 peaches left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Lily has 7 plums. She loses 3, buys 8 more, and then gives half of her plums to a friend. How many plums does she have left?" [/INST] ****Thinking: First, I need to identify the initial number of plums Lily has. ****Thinking: Lily starts with 7 plums. ****Thinking: Next, I need to account for the plums she loses. ****Thinking: Lily loses 3 plums, so 7 plums (initial) - 3 plums (lost) = 4 plums. ****Thinking: Now, I need to account for the plums she buys. ****Thinking: Lily buys 8 plums, so 4 plums (after loss) + 8 plums (bought) = 12 plums. ****Thinking: Next, I need to calculate how many plums Lily gives away. ****Thinking: Lily gives half of her plums to her friend. Half of 12 is 6 plums. ****Thinking: Finally, I need to subtract the number of plums Lily gave away from her total number of plums. ****Thinking: 12 plums (total) - 6 plums (given away) = 6 plums left. ****Answer: Lily has 6 plums left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Sam has 9 cherries. He splits them equally among 3 friends, buys 15 more, and eats 6. How many cherries does he have now?" [/INST] ****Thinking: First, I need to figure out how many cherries Sam gives to his friends. ****Thinking: Sam splits his 9 cherries equally among 3 friends, so he gives each friend 9 / 3 = 3 cherries. ****Thinking: Sam gave away a total of 3 friends * 3 cherries/friend = 9 cherries. ****Thinking: Next, I need to calculate how many cherries Sam has after buying more. ****Thinking: Sam started with 9 cherries, gave away 9, and bought 15 more, so he has 9 - 9 + 15 = 15 cherries. ****Thinking: Finally, I need to subtract the number of cherries Sam ate. ****Thinking: Sam had 15 cherries and ate 6, leaving him with 15 - 6 = 9 cherries. ****Answer: Sam has 9 cherries now. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Mia has 15 strawberries. She eats 1/3 of them, buys 10 more, and gives 5 to her friend. How many strawberries does she have left?" [/INST] ****Thinking: First, I need to figure out how many strawberries Mia eats. ****Thinking: Mia eats 1/3 of her 15 strawberries, which is (1/3) * 15 = 5 strawberries. ****Thinking: Next, I need to subtract the number of strawberries Mia ate from her initial amount. ****Thinking: 15 strawberries (initial) - 5 strawberries (eaten) = 10 strawberries left. ****Thinking: Now, I need to add the number of strawberries Mia buys to the number she has left. ****Thinking: 10 strawberries (left) + 10 strawberries (bought) = 20 strawberries. ****Thinking: Finally, I need to subtract the number of strawberries Mia gives away from her total. ****Thinking: 20 strawberries - 5 strawberries (given away) = 15 strawberries left. ****Answer: Mia has 15 strawberries left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Lucas has 14 blueberries. He gives away 10, buys 20 more, and then eats half of his blueberries. How many blueberries does he have now?" [/INST] ****Thinking: First, I need to identify the initial number of blueberries Lucas has. ****Thinking: Lucas starts with 14 blueberries. ****Thinking: Next, I need to calculate how many blueberries Lucas has after giving some away. ****Thinking: Lucas gives away 10 blueberries. ****Thinking: 14 blueberries (initial) - 10 blueberries (given away) = 4 blueberries left. ****Thinking: Now, I need to calculate how many blueberries Lucas has after buying more. ****Thinking: Lucas buys 20 more blueberries. ****Thinking: 4 blueberries (current) + 20 blueberries (bought) = 24 blueberries. ****Thinking: Finally, I need to calculate how many blueberries Lucas has after eating half. ****Thinking: Half of 24 blueberries is 12 blueberries. ****Thinking: 24 blueberries (current) - 12 blueberries (eaten) = 12 blueberries left. ****Answer: Lucas has 12 blueberries left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Nora has 11 raspberries. She doubles the amount, gives 10 to a friend, and then buys 7 more. How many raspberries does she have now?" [/INST] ****Thinking: First, I need to calculate the number of raspberries Nora has after doubling her initial amount. ****Thinking: Nora starts with 11 raspberries. Doubling that means multiplying by 2. ****Thinking: 11 raspberries * 2 = 22 raspberries ****Thinking: Next, I need to subtract the number of raspberries Nora gives away. ****Thinking: Nora gives away 10 raspberries. ****Thinking: 22 raspberries - 10 raspberries = 12 raspberries ****Thinking: Now, I need to add the number of raspberries Nora buys. ****Thinking: Nora buys 7 more raspberries. ****Thinking: 12 raspberries + 7 raspberries = 19 raspberries ****Thinking: Therefore, Nora has 19 raspberries left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Jake has 13 blackberries. He divides them equally between himself and his friend, buys 18 more, and then eats 5. How many blackberries does he have now?" [/INST] ****Thinking: First, I need to determine how many blackberries Jake gives to his friend. ****Thinking: Jake has 13 blackberries and divides them equally between himself and his friend, meaning he gives 13 / 2 = 6.5 blackberries to his friend. ****Thinking: Since we can't give half a blackberry, we round down to the nearest whole number, meaning Jake gives 6 blackberries to his friend. ****Thinking: Next, I need to calculate how many blackberries Jake has left after giving some to his friend. ****Thinking: Jake started with 13 blackberries and gave 6 away, leaving him with 13 - 6 = 7 blackberries. ****Thinking: Next, I need to add the number of blackberries Jake bought to his current number of blackberries. ****Thinking: Jake bought 18 more blackberries, bringing his total to 7 + 18 = 25 blackberries. ****Thinking: Finally, I need to subtract the number of blackberries Jake ate from his current total. ****Thinking: Jake ate 5 blackberries, leaving him with 25 - 5 = 20 blackberries. ****Answer: Jake now has 20 blackberries. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Eva has 15 kiwi fruits. She sells 8, buys 12 more, and then gives 6 to her sister. How many kiwi fruits does she have left?" [/INST] ****Thinking: First, I need to identify the initial number of kiwi fruits Eva has. ****Thinking: Eva starts with 15 kiwi fruits. ****Thinking: Next, I need to calculate how many kiwi fruits Eva sells. ****Thinking: Eva sells 8 kiwi fruits. ****Thinking: Now, I need to subtract the number of kiwi fruits Eva sold from her initial number. ****Thinking: 15 kiwi fruits (initial) - 8 kiwi fruits (sold) = 7 kiwi fruits left. ****Thinking: Next, I need to calculate how many kiwi fruits Eva buys. ****Thinking: Eva buys 12 kiwi fruits. ****Thinking: Now, I need to add the number of kiwi fruits Eva bought to the number she had left. ****Thinking: 7 kiwi fruits (left) + 12 kiwi fruits (bought) = 19 kiwi fruits. ****Thinking: Finally, I need to calculate how many kiwi fruits Eva gives to her sister. ****Thinking: Eva gives 6 kiwi fruits to her sister. ****Thinking: Now, I need to subtract the number of kiwi fruits Eva gave away from the number she had. ****Thinking: 19 kiwi fruits - 6 kiwi fruits (given away) = 13 kiwi fruits left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Tom has 18 watermelons. He gives away half, buys 10 more, and then loses 4. How many watermelons does he have now?" [/INST] ****Thinking: First, I need to calculate how many watermelons Tom gives away. ****Thinking: Tom gives away half of his watermelons, which is 18 watermelons / 2 = 9 watermelons. ****Thinking: Now, I need to subtract the number of watermelons Tom gave away from his initial number of watermelons. ****Thinking: 18 watermelons (initial) - 9 watermelons (given away) = 9 watermelons left. ****Thinking: Next, I need to add the number of watermelons Tom bought to the number he has left. ****Thinking: 9 watermelons (left) + 10 watermelons (bought) = 19 watermelons. ****Thinking: Finally, I need to subtract the number of watermelons Tom lost from the total he has. ****Thinking: 19 watermelons - 4 watermelons (lost) = 15 watermelons. ****Answer: Tom has 15 watermelons left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Zoe has 20 lemons. She uses 7 for lemonade, buys 15 more, and then gives 5 to her neighbor. How many lemons does she have left?" [/INST] ****Thinking: First, I need to determine the number of lemons Zoe has after making lemonade. ****Thinking: Zoe starts with 20 lemons and uses 7. ****Thinking: 20 lemons (initial) - 7 lemons (used) = 13 lemons left. ****Thinking: Next, I need to add the number of lemons Zoe bought. ****Thinking: Zoe bought 15 more lemons. ****Thinking: 13 lemons (remaining) + 15 lemons (bought) = 28 lemons. ****Thinking: Finally, I need to subtract the number of lemons Zoe gave away. ****Thinking: Zoe gave away 5 lemons. ****Thinking: 28 lemons (total) - 5 lemons (given away) = 23 lemons left. ****Answer: Zoe has 23 lemons left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Ryan has 30 limes. He sells 10 at the market, buys 20 more, and then uses half of his limes to make juice. How many limes does he have now?" [/INST] ****Thinking: First, I need to determine how many limes Ryan has after selling some at the market. ****Thinking: Ryan starts with 30 limes and sells 10. ****Thinking: 30 limes (initial) - 10 limes (sold) = 20 limes remaining. ****Thinking: Next, I need to calculate how many limes Ryan has after buying more. ****Thinking: Ryan buys 20 more limes. ****Thinking: 20 limes (remaining) + 20 limes (bought) = 40 limes. ****Thinking: Now, I need to figure out how many limes Ryan uses for juice. ****Thinking: Ryan uses half of his limes for juice, and he has 40 limes. ****Thinking: Half of 40 limes is 20 limes. ****Thinking: Finally, I need to subtract the limes used for juice from the total number of limes. ****Thinking: 40 limes (total) - 20 limes (used) = 20 limes left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Anna has 25 pineapples. She eats 5, buys 10 more, and then gives 8 to her friend. How many pineapples does she have left?" [/INST] ****Thinking: First, I need to identify the initial number of pineapples Anna has. ****Thinking: Anna starts with 25 pineapples. ****Thinking: Next, I need to calculate how many pineapples Anna eats. ****Thinking: Anna eats 5 pineapples. ****Thinking: Now, I need to subtract the number of pineapples Anna ate from her initial number of pineapples. ****Thinking: 25 pineapples (initial) - 5 pineapples (eaten) = 20 pineapples left. ****Thinking: Next, I need to add the number of pineapples Anna buys to her current number of pineapples. ****Thinking: Anna buys 10 more pineapples. ****Thinking: 20 pineapples (current) + 10 pineapples (bought) = 30 pineapples. ****Thinking: Now, I need to subtract the number of pineapples Anna gives away from her current number of pineapples. ****Thinking: Anna gives 8 pineapples to her friend. ****Thinking: 30 pineapples (current) - 8 pineapples (given away) = 22 pineapples left. ****Answer: Anna has 22 pineapples left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Mike has 40 mangoes. He gives 1/4 of them to his friend, buys 30 more, and then loses 10. How many mangoes does he have left?" [/INST] ****Thinking: First, I need to determine how many mangoes Mike gives to his friend. ****Thinking: Mike gives 1/4 of his 40 mangoes to his friend, which is (1/4) * 40 = 10 mangoes. ****Thinking: Now, I need to subtract the mangoes Mike gave away from his initial amount. ****Thinking: 40 mangoes (initial) - 10 mangoes (given away) = 30 mangoes left. ****Thinking: Next, I need to add the number of mangoes Mike buys to his current amount. ****Thinking: 30 mangoes (current) + 30 mangoes (bought) = 60 mangoes. ****Thinking: Finally, I need to subtract the number of mangoes Mike loses from his total. ****Thinking: 60 mangoes (total) - 10 mangoes (lost) = 50 mangoes. ****Answer: Mike has 50 mangoes left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Olivia has 22 apples. She gives 11 to her sister, buys 15 more, and then eats 6. How many apples does she have left?" [/INST] ****Thinking: First, I need to identify the initial number of apples Olivia has. ****Thinking: Olivia starts with 22 apples. ****Thinking: Next, I need to calculate how many apples Olivia gives to her sister. ****Thinking: Olivia gives 11 apples to her sister. ****Thinking: Now, I need to subtract the number of apples Olivia gave away from her initial number of apples. ****Thinking: 22 apples (initial) - 11 apples (given away) = 11 apples left. ****Thinking: Next, I need to calculate how many apples Olivia buys. ****Thinking: Olivia buys 15 more apples. ****Thinking: Now, I need to add the number of apples Olivia bought to the number she had left. ****Thinking: 11 apples (left) + 15 apples (bought) = 26 apples. ****Thinking: Finally, I need to calculate how many apples Olivia eats. ****Thinking: Olivia eats 6 apples. ****Thinking: Now, I need to subtract the number of apples Olivia ate from the number she had. ****Thinking: 26 apples (total) - 6 apples (eaten) = 20 apples left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Chris has 33 oranges. He splits them equally among 3 friends, buys 27 more, and then eats 9. How many oranges does he have now?" [/INST] ****Thinking: First, I need to calculate how many oranges Chris gives to his friends. ****Thinking: Chris has 33 oranges and splits them equally among 3 friends, so each friend receives 33 / 3 = 11 oranges. ****Thinking: Chris gave away a total of 11 oranges x 3 friends = 33 oranges. ****Thinking: Now, I need to calculate how many oranges Chris has after giving some to his friends. ****Thinking: Chris started with 33 oranges and gave away 33 oranges, leaving him with 33 - 33 = 0 oranges. ****Thinking: Next, I need to add the number of oranges Chris bought. ****Thinking: Chris bought 27 more oranges, bringing his total to 0 + 27 = 27 oranges. ****Thinking: Finally, I need to subtract the number of oranges Chris ate. ****Thinking: Chris ate 9 oranges, leaving him with 27 - 9 = 18 oranges. ****Answer: Chris has 18 oranges left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Ella has 50 grapes. She eats 20, buys 30 more, and then gives half of her grapes to her friend. How many grapes does she have left?" [/INST] ****Thinking: First, I need to identify the initial number of grapes Ella has. ****Thinking: Ella starts with 50 grapes. ****Thinking: Next, I need to calculate how many grapes Ella eats. ****Thinking: Ella eats 20 grapes. ****Thinking: Now, I need to subtract the number of grapes Ella ate from her initial number of grapes. ****Thinking: 50 grapes (initial) - 20 grapes (eaten) = 30 grapes left. ****Thinking: Next, I need to calculate how many grapes Ella buys. ****Thinking: Ella buys 30 more grapes. ****Thinking: Now, I need to add the number of grapes Ella bought to her current number of grapes. ****Thinking: 30 grapes (current) + 30 grapes (bought) = 60 grapes. ****Thinking: Next, I need to calculate how many grapes Ella gives to her friend. ****Thinking: Ella gives half of her grapes to her friend. Half of 60 is 30 grapes. ****Thinking: Now, I need to subtract the number of grapes Ella gave away from her current number of grapes. ****Thinking: 60 grapes (current) - 30 grapes (given away) = 30 grapes left. ****Answer: Ella has 30 grapes left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Ben has 60 pears. He sells 30 at the market, buys 40 more, and then loses 20. How many pears does he have now?" [/INST] ****Thinking: First, I need to identify the initial number of pears Ben has. ****Thinking: Ben starts with 60 pears. ****Thinking: Next, I need to calculate how many pears Ben sells at the market. ****Thinking: Ben sells 30 pears at the market. ****Thinking: Now, I need to subtract the number of pears Ben sold from his initial number of pears. ****Thinking: 60 pears (initial) - 30 pears (sold) = 30 pears left. ****Thinking: Next, I need to calculate how many pears Ben buys. ****Thinking: Ben buys 40 more pears. ****Thinking: Now, I need to add the number of pears Ben bought to the number of pears he had left. ****Thinking: 30 pears (left) + 40 pears (bought) = 70 pears. ****Thinking: Finally, I need to calculate how many pears Ben loses. ****Thinking: Ben loses 20 pears. ****Thinking: Now, I need to subtract the number of pears Ben lost from the number of pears he had. ****Thinking: 70 pears (had) - 20 pears (lost) = 50 pears left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Chloe has 70 peaches. She gives 35 to her friend, buys 50 more, and then eats 25. How many peaches does she have left?" [/INST] ****Thinking: First, I need to identify the initial number of peaches Chloe has. ****Thinking: Chloe starts with 70 peaches. ****Thinking: Next, I need to calculate how many peaches Chloe gives to her friend. ****Thinking: Chloe gives 35 peaches to her friend. ****Thinking: Now, I need to subtract the number of peaches Chloe gave away from her initial number of peaches. ****Thinking: 70 peaches (initial) - 35 peaches (given away) = 35 peaches left. ****Thinking: Next, I need to calculate how many peaches Chloe buys. ****Thinking: Chloe buys 50 more peaches. ****Thinking: Now, I need to add the number of peaches Chloe bought to the number she had left. ****Thinking: 35 peaches (left) + 50 peaches (bought) = 85 peaches. ****Thinking: Finally, I need to calculate how many peaches Chloe eats. ****Thinking: Chloe eats 25 peaches. ****Thinking: Now, I need to subtract the number of peaches Chloe ate from the number she had. ****Thinking: 85 peaches - 25 peaches (eaten) = 60 peaches left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Dan has 80 plums. He loses 40, buys 60 more, and then gives half of his plums to a friend. How many plums does he have left?" [/INST] ****Thinking: First, I need to identify the initial number of plums Dan has. ****Thinking: Dan starts with 80 plums. ****Thinking: Next, I need to calculate how many plums Dan loses. ****Thinking: Dan loses 40 plums. ****Thinking: Now, I need to subtract the number of plums Dan lost from his initial number of plums. ****Thinking: 80 plums (initial) - 40 plums (lost) = 40 plums left. ****Thinking: Next, I need to calculate how many plums Dan buys. ****Thinking: Dan buys 60 plums. ****Thinking: Now, I need to add the number of plums Dan bought to his current number of plums. ****Thinking: 40 plums (current) + 60 plums (bought) = 100 plums. ****Thinking: Now, I need to calculate how many plums Dan gives to his friend. ****Thinking: Dan gives half of his plums to his friend. Half of 100 is 50 plums. ****Thinking: Now, I need to subtract the number of plums Dan gave away from his current number of plums. ****Thinking: 100 plums (current) - 50 plums (given away) = 50 plums left. ****Answer: Dan has 50 plums left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Grace has 90 cherries. She splits them equally among 9 friends, buys 100 more, and then eats 45. How many cherries does she have now?" [/INST] ****Thinking: First, I need to figure out how many cherries Grace gives to her friends. ****Thinking: Grace splits 90 cherries equally among 9 friends, so she gives each friend 90 / 9 = 10 cherries. ****Thinking: Next, I need to calculate the total number of cherries Grace has after giving some to her friends. ****Thinking: She started with 90 cherries and gave away 90 cherries, leaving her with 90 - 90 = 0 cherries. ****Thinking: Then, Grace buys 100 more cherries. ****Thinking: So, she now has 0 + 100 = 100 cherries. ****Thinking: Finally, I need to calculate the number of cherries Grace has left after eating some. ****Thinking: She eats 45 cherries, so she has 100 - 45 = 55 cherries left. ****Answer: Grace has 55 cherries left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Harry has 100 strawberries. He eats 25, buys 75 more, and then gives 50 to his friend. How many strawberries does he have left?" [/INST] ****Thinking: First, I need to identify the initial number of strawberries Harry has. ****Thinking: Harry starts with 100 strawberries. ****Thinking: Next, I need to calculate how many strawberries Harry eats. ****Thinking: Harry eats 25 strawberries. ****Thinking: Now, I need to subtract the number of strawberries Harry ate from his initial number of strawberries. ****Thinking: 100 strawberries (initial) - 25 strawberries (eaten) = 75 strawberries left. ****Thinking: Next, I need to add the number of strawberries Harry buys to his current number of strawberries. ****Thinking: Harry buys 75 more strawberries. ****Thinking: 75 strawberries (current) + 75 strawberries (bought) = 150 strawberries. ****Thinking: Now, I need to subtract the number of strawberries Harry gives away from his current number of strawberries. ****Thinking: Harry gives 50 strawberries to his friend. ****Thinking: 150 strawberries (current) - 50 strawberries (given away) = 100 strawberries left. ****Answer: Harry has 100 strawberries left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Sophie has 110 blueberries. She gives 55 to her friend, buys 80 more, and then eats 35. How many blueberries does she have left?" [/INST] ****Thinking: First, I need to identify the initial number of blueberries Sophie has. ****Thinking: Sophie starts with 110 blueberries. ****Thinking: Next, I need to calculate how many blueberries Sophie gives to her friend. ****Thinking: Sophie gives 55 blueberries to her friend. ****Thinking: Now, I need to subtract the number of blueberries Sophie gave away from her initial number of blueberries. ****Thinking: 110 blueberries (initial) - 55 blueberries (given away) = 55 blueberries left. ****Thinking: Next, I need to calculate how many blueberries Sophie buys. ****Thinking: Sophie buys 80 blueberries. ****Thinking: Now, I need to add the number of blueberries Sophie bought to the number she has left. ****Thinking: 55 blueberries (left) + 80 blueberries (bought) = 135 blueberries. ****Thinking: Finally, I need to subtract the number of blueberries Sophie eats from the number she has. ****Thinking: 135 blueberries - 35 blueberries (eaten) = 100 blueberries left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Jack has 120 raspberries. He sells 60, buys 90 more, and then loses 45. How many raspberries does he have now?" [/INST] ****Thinking: First, I need to identify the initial number of raspberries Jack has. ****Thinking: Jack starts with 120 raspberries. ****Thinking: Next, I need to calculate how many raspberries Jack has after selling some. ****Thinking: Jack sells 60 raspberries. ****Thinking: 120 raspberries (initial) - 60 raspberries (sold) = 60 raspberries left. ****Thinking: Now, I need to calculate how many raspberries Jack has after buying more. ****Thinking: Jack buys 90 more raspberries. ****Thinking: 60 raspberries (left) + 90 raspberries (bought) = 150 raspberries. ****Thinking: Finally, I need to calculate how many raspberries Jack has left after losing some. ****Thinking: Jack loses 45 raspberries. ****Thinking: 150 raspberries (left) - 45 raspberries (lost) = 105 raspberries left. ****Answer: Jack has 105 raspberries left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Lily has 130 blackberries. She loses 65, buys 100 more, and then gives half of her blackberries to a friend. How many blackberries does she have left?" [/INST] ****Thinking: First, I need to determine the number of blackberries Lily has after losing some. ****Thinking: Lily starts with 130 blackberries and loses 65, so she has 130 - 65 = 65 blackberries left. ****Thinking: Next, I need to calculate the number of blackberries Lily has after buying more. ****Thinking: She buys 100 more, so now she has 65 + 100 = 165 blackberries. ****Thinking: Now, I need to figure out how many blackberries Lily gives to her friend. ****Thinking: She gives half of her blackberries away, so she gives 165 / 2 = 82.5 blackberries. ****Thinking: Since you can't give half a blackberry, we round down to the nearest whole number. This means Lily gives 82 blackberries to her friend. ****Thinking: Finally, I need to subtract the number of blackberries Lily gave away from her total number of blackberries. ****Thinking: Lily has 165 - 82 = 83 blackberries left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Max has 140 kiwi fruits. He eats 70, buys 60 more, and then gives 50 to his friend. How many kiwi fruits does he have left?" [/INST] ****Thinking: First, I need to identify the initial number of kiwi fruits Max has. ****Thinking: Max starts with 140 kiwi fruits. ****Thinking: Next, I need to calculate how many kiwi fruits Max eats. ****Thinking: Max eats 70 kiwi fruits. ****Thinking: Now, I need to subtract the number of kiwi fruits Max ate from his initial number of kiwi fruits. ****Thinking: 140 kiwi fruits (initial) - 70 kiwi fruits (eaten) = 70 kiwi fruits left ****Thinking: Next, I need to calculate how many kiwi fruits Max buys. ****Thinking: Max buys 60 kiwi fruits. ****Thinking: Now, I need to add the number of kiwi fruits Max bought to the number he had left. ****Thinking: 70 kiwi fruits (left) + 60 kiwi fruits (bought) = 130 kiwi fruits left ****Thinking: Now, I need to calculate how many kiwi fruits Max gives to his friend. ****Thinking: Max gives 50 kiwi fruits to his friend. ****Thinking: Now, I need to subtract the number of kiwi fruits Max gave away from the number he had left. ****Thinking: 130 kiwi fruits (left) - 50 kiwi fruits (given away) = 80 kiwi fruits left ****Answer: Max has 80 kiwi fruits left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Jane has 15 apples. She divides them equally among 5 friends, buys 20 more, and then eats 10. How many apples does she have left?" [/INST] ****Thinking: First, I need to determine how many apples Jane gives to her friends. ****Thinking: Jane has 15 apples and divides them equally among 5 friends, so each friend gets 15 / 5 = 3 apples. ****Thinking: This means Jane gives away a total of 3 apples/friend * 5 friends = 15 apples. ****Thinking: Now, I need to calculate how many apples Jane has after giving some away. ****Thinking: Jane started with 15 apples and gave away 15, leaving her with 15 - 15 = 0 apples. ****Thinking: Next, I need to determine how many apples Jane has after buying more. ****Thinking: Jane buys 20 more apples, so she now has 0 + 20 = 20 apples. ****Thinking: Finally, I need to calculate how many apples Jane has left after eating some. ****Thinking: Jane eats 10 apples, so she has 20 - 10 = 10 apples left. ****Answer: Jane has 10 apples left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A tree produces 25 apples. Each apple has 5 seeds. If half of the apples fall off the tree, how many seeds are left on the tree?" [/INST] ****Thinking: First, I need to determine how many apples fall off the tree. ****Thinking: Half of the 25 apples is 25 / 2 = 12.5 apples. ****Thinking: Since we can't have half an apple, we need to round down to the nearest whole number. ****Thinking: Therefore, 12 apples fall off the tree. ****Thinking: Next, I need to calculate how many apples remain on the tree. ****Thinking: 25 apples (initial) - 12 apples (fallen) = 13 apples left on the tree. ****Thinking: Now, I need to calculate the total number of seeds on the remaining apples. ****Thinking: Each apple has 5 seeds, and there are 13 apples left on the tree. ****Thinking: 13 apples * 5 seeds/apple = 65 seeds ****Answer: There are 65 seeds left on the tree. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "Sarah has 8 oranges. Each orange is cut into 4 pieces. If she eats 1/4 of the pieces, how many pieces does she have left?" [/INST] ****Thinking: First, I need to calculate the total number of orange pieces. ****Thinking: Sarah has 8 oranges, and each orange is cut into 4 pieces, so she has 8 * 4 = 32 pieces. ****Thinking: Next, I need to calculate how many pieces Sarah eats. ****Thinking: Sarah eats 1/4 of the total pieces, so she eats (1/4) * 32 = 8 pieces. ****Thinking: Now, I need to subtract the number of pieces Sarah ate from the total number of pieces. ****Thinking: 32 pieces (total) - 8 pieces (eaten) = 24 pieces left. ****Answer: Sarah has 24 pieces left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A basket has 36 bananas. If 6 bananas are taken out and 12 more are added, how many bananas are in the basket now?" [/INST] ****Thinking: First, I need to identify the initial number of bananas in the basket. ****Thinking: There are initially 36 bananas in the basket. ****Thinking: Next, I need to calculate how many bananas are taken out of the basket. ****Thinking: 6 bananas are taken out. ****Thinking: Now, I need to subtract the number of bananas taken out from the initial number of bananas. ****Thinking: 36 bananas (initial) - 6 bananas (taken out) = 30 bananas remaining. ****Thinking: Next, I need to calculate how many bananas are added to the basket. ****Thinking: 12 bananas are added to the basket. ****Thinking: Finally, I need to add the number of bananas added to the number of bananas remaining in the basket. ****Thinking: 30 bananas (remaining) + 12 bananas (added) = 42 bananas. ****Answer: There are 42 bananas in the basket now. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "There are 12 apples. If 4 apples are given to each of 3 children, and then each child eats 2 apples, how many apples are left?" [/INST] ****Thinking: First, I need to calculate the total number of apples given to the children. ****Thinking: Each child receives 4 apples, and there are 3 children, so 4 apples/child * 3 children = 12 apples given away. ****Thinking: Now, I need to calculate the total number of apples eaten by the children. ****Thinking: Each child eats 2 apples, and there are 3 children, so 2 apples/child * 3 children = 6 apples eaten. ****Thinking: Next, I need to add the number of apples given away to the number of apples eaten. ****Thinking: 12 apples (given away) + 6 apples (eaten) = 18 apples total. ****Thinking: Finally, I need to subtract the total number of apples given away and eaten from the initial number of apples. ****Thinking: 12 apples (initial) - 18 apples (total) = -6 apples. ****Thinking: We can't have negative apples, so this means there are no apples left. ****Answer: There are 0 apples left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A farmer plants 50 seeds. If 10% do not sprout and he plants 20 more, how many seeds sprout in total?" [/INST] ****Thinking: First, I need to calculate how many seeds don't sprout. ****Thinking: 10% of 50 seeds is (10/100) * 50 = 5 seeds. ****Thinking: Next, I need to calculate how many seeds sprout initially. ****Thinking: 50 seeds (total) - 5 seeds (didn't sprout) = 45 seeds sprout. ****Thinking: Now, I need to calculate the total number of seeds after the farmer plants more. ****Thinking: 50 seeds (initial) + 20 seeds (planted) = 70 seeds total. ****Thinking: Finally, I need to consider that only the initial 50 seeds can sprout. ****Thinking: Therefore, the total number of seeds that sprout remains the same, which is 45 seeds. ****Answer: 45 seeds sprout in total. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A student reads 2 chapters per day from a 10-chapter book. If he starts a new book with 12 chapters immediately after finishing the first, how many days will it take to finish both books?" [/INST] ****Thinking: First, I need to calculate the total number of days needed to finish the first book. ****Thinking: The first book has 10 chapters. ****Thinking: The student reads 2 chapters per day. ****Thinking: Therefore, it will take 10 chapters / 2 chapters per day = 5 days to finish the first book. ****Thinking: Next, I need to calculate the total number of days needed to finish the second book. ****Thinking: The second book has 12 chapters. ****Thinking: The student reads 2 chapters per day. ****Thinking: Therefore, it will take 12 chapters / 2 chapters per day = 6 days to finish the second book. ****Thinking: Finally, I need to add the number of days to finish each book to find the total number of days. ****Thinking: 5 days (first book) + 6 days (second book) = 11 days. ****Answer: It will take the student 11 days to finish both books. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A box contains 24 candies. If each child gets 3 candies and there are 2 more children than expected, how many candies are left after distributing to all children?" [/INST] ****Thinking: First, I need to determine the expected number of children. ****Thinking: Since each child gets 3 candies and there are 24 candies in total, the expected number of children is 24 candies / 3 candies per child = 8 children. ****Thinking: Next, I need to calculate the actual number of children. ****Thinking: There are 2 more children than expected, so the actual number of children is 8 children + 2 children = 10 children. ****Thinking: Now, I need to calculate the total number of candies distributed. ****Thinking: With 10 children and each receiving 3 candies, the total candies distributed is 10 children * 3 candies per child = 30 candies. ****Thinking: However, we only have 24 candies in the box. ****Thinking: Therefore, we need to calculate the number of candies left over. ****Thinking: 24 candies (initial) - 30 candies (distributed) = -6 candies. ****Thinking: Since we can't have negative candies, this means there aren't enough candies to distribute to all the children. ****Answer: There are not enough candies, and we would be short by 6 candies. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A recipe requires 3 cups of flour. If you want to make 1.5 times the recipe, how many cups of flour do you need?" [/INST] ****Thinking: First, I need to identify the initial amount of flour required for the recipe. ****Thinking: The recipe requires 3 cups of flour. ****Thinking: Next, I need to calculate how many times the recipe is being scaled up. ****Thinking: The recipe is being made 1.5 times larger. ****Thinking: Now, I need to multiply the initial amount of flour by the scaling factor to find the total amount of flour needed. ****Thinking: 3 cups (initial) * 1.5 (scaling factor) = 4.5 cups of flour ****Answer: You need 4.5 cups of flour. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "There are 16 slices of pizza. If 4 friends share them equally and 2 slices are left over, how many slices did each friend get?" [/INST] ****Thinking: First, I need to determine the total number of pizza slices available for the friends to share. ****Thinking: There were 16 slices initially, and 2 were left over, so there were 16 - 2 = 14 slices to share. ****Thinking: Next, I need to determine how many slices each friend received. ****Thinking: There are 4 friends sharing the pizza equally. ****Thinking: To find out how many slices each friend got, we divide the total number of slices by the number of friends: 14 slices / 4 friends = 3.5 slices per friend. ****Thinking: Since we can't have half a slice, each friend received 3 slices. ****Answer: Each friend got 3 slices of pizza. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "You have 6 boxes with 5 pencils in each box. If you give 2 boxes to a friend, how many pencils do you have left?" [/INST] ****Thinking: First, I need to determine the total number of pencils I have. ****Thinking: I have 6 boxes with 5 pencils in each box, so I have 6 boxes * 5 pencils/box = 30 pencils. ****Thinking: Next, I need to figure out how many pencils are in the boxes I gave away. ****Thinking: I gave away 2 boxes, and each box has 5 pencils, so I gave away 2 boxes * 5 pencils/box = 10 pencils. ****Thinking: Finally, I need to subtract the number of pencils I gave away from the total number of pencils. ****Thinking: 30 pencils (total) - 10 pencils (given away) = 20 pencils left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A car travels 60 miles per hour for 3 hours. If it then travels at 50 miles per hour for 2 more hours, how far does it travel in total?" [/INST] ****Thinking: First, I need to calculate the distance traveled in the first leg of the journey. ****Thinking: The car travels at 60 miles per hour for 3 hours. ****Thinking: Distance = Speed x Time, so the distance traveled in the first 3 hours is 60 miles/hour * 3 hours = 180 miles. ****Thinking: Next, I need to calculate the distance traveled in the second leg of the journey. ****Thinking: The car travels at 50 miles per hour for 2 hours. ****Thinking: Distance = Speed x Time, so the distance traveled in the next 2 hours is 50 miles/hour * 2 hours = 100 miles. ****Thinking: Now, I need to add the distances from both legs of the journey to find the total distance traveled. ****Thinking: 180 miles (first leg) + 100 miles (second leg) = 280 miles. ****Answer: The car travels a total of 280 miles. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A teacher has 18 students. If she divides them into 3 equal groups and then each group gets 2 more students, how many students are in each group?" [/INST] ****Thinking: First, I need to determine the initial number of students in each group. ****Thinking: The teacher has 18 students and divides them into 3 equal groups, so each group starts with 18 students / 3 groups = 6 students. ****Thinking: Next, I need to calculate how many more students are added to each group. ****Thinking: Each group gets 2 more students. ****Thinking: Now, I need to add the additional students to the initial number of students in each group. ****Thinking: 6 students (initial) + 2 students (added) = 8 students in each group. ****Answer: There are 8 students in each group. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A baker makes 40 cupcakes and sells 3/4 of them. If he bakes 20 more cupcakes, how many cupcakes does he have left?" [/INST] ****Thinking: First, I need to find out how many cupcakes the baker sold. ****Thinking: He sold 3/4 of his 40 cupcakes. ****Thinking: (3/4) * 40 = 30 cupcakes sold. ****Thinking: Now, I need to calculate how many cupcakes he had left after selling some. ****Thinking: He started with 40 cupcakes and sold 30, so he has 40 - 30 = 10 cupcakes left. ****Thinking: He then baked 20 more cupcakes. ****Thinking: Now he has 10 (leftover) + 20 (new) = 30 cupcakes. ****Answer: The baker has 30 cupcakes left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A garden has 100 flowers. If 1/5 of them are roses and 1/2 of the roses are given away, how many roses are left in the garden?" [/INST] ****Thinking: First, I need to calculate the number of roses in the garden. ****Thinking: 1/5 of the flowers are roses, so there are (1/5) * 100 = 20 roses. ****Thinking: Next, I need to calculate how many roses are given away. ****Thinking: 1/2 of the roses are given away, so (1/2) * 20 = 10 roses are given away. ****Thinking: Now, I need to subtract the number of roses given away from the initial number of roses. ****Thinking: 20 roses (initial) - 10 roses (given away) = 10 roses left. ****Answer: There are 10 roses left in the garden. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A train travels 300 miles in 5 hours. If it travels 100 more miles in the next 2 hours, what is the average speed of the train for the entire journey?" [/INST] ****Thinking: First, I need to determine the total distance traveled by the train. ****Thinking: The train travels 300 miles in the first 5 hours. ****Thinking: Then it travels an additional 100 miles in the next 2 hours. ****Thinking: The total distance is 300 miles + 100 miles = 400 miles. ****Thinking: Next, I need to determine the total time taken for the journey. ****Thinking: The train travels for 5 hours initially and then for another 2 hours. ****Thinking: The total time is 5 hours + 2 hours = 7 hours. ****Thinking: Finally, I can calculate the average speed by dividing the total distance by the total time. ****Thinking: The average speed is 400 miles / 7 hours = 57.14 miles per hour (approximately). ****Answer: The average speed of the train for the entire journey is 57.14 miles per hour. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A farmer has 200 chickens. If he sells 1/2 of them and then buys 50 more, how many chickens does he have now?" [/INST] ****Thinking: First, I need to identify the initial number of chickens the farmer has. ****Thinking: The farmer starts with 200 chickens. ****Thinking: Next, I need to calculate how many chickens the farmer sells. ****Thinking: The farmer sells 1/2 of his chickens. Half of 200 is 100 chickens. ****Thinking: Now, I need to subtract the number of chickens the farmer sold from his initial number of chickens. ****Thinking: 200 chickens (initial) - 100 chickens (sold) = 100 chickens left. ****Thinking: Finally, I need to add the number of chickens the farmer bought to the number he has left. ****Thinking: 100 chickens (left) + 50 chickens (bought) = 150 chickens. ****Answer: The farmer now has 150 chickens. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A bottle contains 2 liters of juice. If you drink 1/4 of it and then add 0.5 liters, how much juice is left in the bottle?" [/INST] ****Thinking: First, I need to calculate how much juice you drink. ****Thinking: You drink 1/4 of the 2 liters of juice, which is (1/4) * 2 = 0.5 liters. ****Thinking: Next, I need to subtract the amount you drank from the initial amount of juice. ****Thinking: 2 liters (initial) - 0.5 liters (drank) = 1.5 liters. ****Thinking: Now, I need to add the 0.5 liters you added back to the bottle. ****Thinking: 1.5 liters (remaining) + 0.5 liters (added) = 2 liters. ****Answer: There are 2 liters of juice left in the bottle. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A store sells 120 apples in a day. If each apple costs $1 and the store sells 80 more apples the next day, how much money is earned in total?" [/INST] ****Thinking: First, I need to calculate the total earnings from the first day. ****Thinking: The store sells 120 apples at $1 each. ****Thinking: Total earnings for the first day are 120 apples * $1/apple = $120. ****Thinking: Next, I need to calculate the number of apples sold on the second day. ****Thinking: The store sells 80 more apples on the second day than the first day. ****Thinking: So, the store sells 120 apples (first day) + 80 apples (extra) = 200 apples on the second day. ****Thinking: Now, I need to calculate the earnings for the second day. ****Thinking: The store sells 200 apples at $1 each. ****Thinking: Total earnings for the second day are 200 apples * $1/apple = $200. ****Thinking: Finally, I need to add the earnings from both days to get the total earnings. ****Thinking: Total earnings are $120 (first day) + $200 (second day) = $320. ****Answer: The store earns a total of $320. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A class has 25 students. If each student brings 2 books and then the teacher brings 10 more books, how many books are there in total?" [/INST] ****Thinking: First, I need to find the total number of books the students bring. ****Thinking: Each student brings 2 books and there are 25 students. ****Thinking: So the students bring 2 books/student * 25 students = 50 books. ****Thinking: Next, I need to add the number of books the teacher brings. ****Thinking: The teacher brings 10 books. ****Thinking: Therefore, the total number of books is 50 books (from students) + 10 books (from teacher) = 60 books. ****Answer: There are a total of 60 books in the class. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A factory produces 500 gadgets in a day. If it operates for 7 days and then an additional 200 gadgets are made, how many gadgets are produced in total?" [/INST] ****Thinking: First, I need to calculate the total number of gadgets produced in the first 7 days. ****Thinking: The factory produces 500 gadgets per day. ****Thinking: Over 7 days, the total production is 500 gadgets/day * 7 days = 3500 gadgets. ****Thinking: Next, I need to add the additional 200 gadgets produced. ****Thinking: The total number of gadgets produced is 3500 gadgets + 200 gadgets = 3700 gadgets. ****Answer: The factory produces a total of 3700 gadgets. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A library has 10 shelves with 20 books each. If 5 more books are added to each shelf, how many books are there in total?" [/INST] ****Thinking: First, I need to determine the total number of books in the library initially. ****Thinking: The library has 10 shelves, each with 20 books, so there are 10 shelves * 20 books/shelf = 200 books. ****Thinking: Next, I need to calculate how many books are added to the library. ****Thinking: 5 books are added to each of the 10 shelves, so a total of 5 books/shelf * 10 shelves = 50 books are added. ****Thinking: Now, I need to add the number of books initially in the library to the number of books added. ****Thinking: 200 books (initial) + 50 books (added) = 250 books. ****Answer: There are 250 books in total. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A car uses 8 gallons of fuel to travel 200 miles. If it uses 10 gallons on the return trip, what is the average miles per gallon for the round trip?" [/INST] ****Thinking: First, I need to calculate the total distance traveled. ****Thinking: The car travels 200 miles on the first leg and 200 miles on the return trip, for a total of 400 miles. ****Thinking: Next, I need to calculate the total fuel used. ****Thinking: The car uses 8 gallons on the first leg and 10 gallons on the return trip, for a total of 18 gallons. ****Thinking: Now, I need to calculate the average miles per gallon. ****Thinking: Average miles per gallon is calculated by dividing the total distance by the total fuel used. ****Thinking: 400 miles (total distance) / 18 gallons (total fuel) = 22.22 miles per gallon (approximately) ****Answer: The average miles per gallon for the round trip is approximately 22.22. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A student scores 85 out of 100 on a test. If the next test is scored out of 200 and the student scores 170, what is the average percentage score across both tests?" [/INST] ****Thinking: First, I need to calculate the percentage score on the first test. ****Thinking: The student scored 85 out of 100 on the first test. To calculate the percentage, we divide the score by the total marks and multiply by 100. ****Thinking: (85/100) * 100 = 85%. ****Thinking: Next, I need to calculate the percentage score on the second test. ****Thinking: The student scored 170 out of 200 on the second test. ****Thinking: (170/200) * 100 = 85%. ****Thinking: Now, to find the average percentage score, we add the two percentage scores and divide by 2. ****Thinking: (85% + 85%) / 2 = 85%. ****Answer: The student's average percentage score across both tests is 85%. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A team wins 15 games out of 20. If it plays 10 more games and wins 8, what is the win percentage?" [/INST] ****Thinking: First, I need to calculate the total number of games the team has played. ****Thinking: The team played 20 games initially and then played 10 more, so they have played 20 + 10 = 30 games in total. ****Thinking: Next, I need to calculate the total number of games the team has won. ****Thinking: The team won 15 games initially and then won 8 more, so they have won 15 + 8 = 23 games in total. ****Thinking: Now, I need to calculate the win percentage. ****Thinking: The win percentage is the number of games won divided by the total number of games played, multiplied by 100%. ****Thinking: (23 games won / 30 games played) * 100% = 76.67% ****Answer: The team's win percentage is 76.67%. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A book has 300 pages. If you read 60 pages per day for the first 3 days and then 50 pages per day, how many days will it take to finish the book?" [/INST] ****Thinking: First, I need to calculate the total number of pages read in the first 3 days. ****Thinking: You read 60 pages per day for 3 days, so you read a total of 60 pages/day * 3 days = 180 pages. ****Thinking: Next, I need to calculate how many pages are left to read after the first 3 days. ****Thinking: The book has 300 pages and you've read 180 pages, leaving 300 pages - 180 pages = 120 pages. ****Thinking: Now, I need to figure out how many days it will take to read the remaining 120 pages at a rate of 50 pages per day. ****Thinking: To read 120 pages at 50 pages per day, it will take 120 pages / 50 pages/day = 2.4 days. ****Thinking: Since we can't have a fraction of a day, we round up to the nearest whole number. ****Thinking: It will take 3 days to read the remaining 120 pages. ****Thinking: Finally, I need to add the number of days it took to read the first part of the book to the number of days it took to read the remaining pages. ****Thinking: It took 3 days to read the first part and 3 days to read the remaining part, for a total of 3 days + 3 days = 6 days. ****Answer: It will take 6 days to finish the book. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A phone battery is charged to 80% and it decreases by 2% every hour. If it is charged by 10% after 4 hours, how many more hours will it last?" [/INST] ****Thinking: First, I need to determine the battery's current percentage after 4 hours. ****Thinking: The battery loses 2% every hour, so in 4 hours, it loses 2% * 4 hours = 8%. ****Thinking: The initial charge was 80%, and it decreases by 8%, so the remaining charge is 80% - 8% = 72%. ****Thinking: After 4 hours, the battery is charged by 10%, so its new charge becomes 72% + 10% = 82%. ****Thinking: Now I need to determine how many hours it takes for the battery to lose the remaining 18% (100% - 82%). ****Thinking: The battery loses 2% per hour, so it will take 18% / 2% per hour = 9 hours to lose the remaining charge. ****Answer: The battery will last for 9 more hours. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A pool fills at a rate of 5 gallons per minute and it holds 500 gallons. If it is emptied at a rate of 2 gallons per minute after being filled, how long will it take to empty the pool completely?" [/INST] ****Thinking: First, we need to determine how long it takes to fill the pool. ****Thinking: The pool fills at a rate of 5 gallons per minute and has a capacity of 500 gallons. ****Thinking: To find the fill time, we divide the total capacity by the fill rate: 500 gallons / 5 gallons/minute = 100 minutes. ****Thinking: Now, we need to determine the net emptying rate. ****Thinking: The pool empties at 2 gallons per minute. ****Thinking: Since it's already filled, we don't need to consider the fill rate during the emptying process. ****Thinking: Finally, we need to calculate the time it takes to empty the pool at the emptying rate. ****Thinking: We divide the total capacity by the emptying rate: 500 gallons / 2 gallons/minute = 250 minutes. ****Answer: It will take 250 minutes to empty the pool completely. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A recipe calls for 2 cups of sugar. If you want to make it 3 times and then make an additional half recipe, how many cups of sugar are needed?" [/INST] ****Thinking: First, I need to determine how much sugar is needed for the tripled recipe. ****Thinking: The recipe calls for 2 cups of sugar, and we want to make it 3 times, so we need 2 cups * 3 = 6 cups of sugar. ****Thinking: Next, I need to calculate how much sugar is needed for half the recipe. ****Thinking: Half the recipe requires half the amount of sugar, so we need 2 cups / 2 = 1 cup of sugar. ****Thinking: Finally, I need to add the sugar needed for the tripled recipe and the half recipe. ****Thinking: 6 cups (tripled recipe) + 1 cup (half recipe) = 7 cups of sugar needed. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A job pays $15 per hour. If you work 40 hours a week and get a $100 bonus, what is your weekly pay?" [/INST] ****Thinking: First, I need to calculate the base pay for working 40 hours. ****Thinking: The hourly rate is $15. ****Thinking: Multiply the hourly rate by the number of hours worked: $15/hour * 40 hours = $600. ****Thinking: Next, I need to add the bonus to the base pay. ****Thinking: The bonus is $100. ****Thinking: Add the base pay and the bonus: $600 + $100 = $700. ****Thinking: Therefore, the weekly pay is $700. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A plant grows 3 inches per week and starts at 6 inches. If it is trimmed by 4 inches after 4 weeks, how tall will it be?" [/INST] ****Thinking: First, I need to calculate the total growth of the plant over 4 weeks. ****Thinking: The plant grows 3 inches per week, and it grows for 4 weeks. So, it grows a total of 3 inches/week * 4 weeks = 12 inches. ****Thinking: Next, I need to add the initial height to the total growth to find the height before trimming. ****Thinking: The plant starts at 6 inches, and it grows 12 inches, for a total of 6 inches + 12 inches = 18 inches. ****Thinking: Now, I need to subtract the amount the plant is trimmed by. ****Thinking: The plant is trimmed by 4 inches. So, its final height will be 18 inches - 4 inches = 14 inches. ****Answer: The plant will be 14 inches tall. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A movie ticket costs $12. If you buy 3 tickets and get a discount of $6 in total, how much do you spend?" [/INST] ****Thinking: First, I need to calculate the total cost of the tickets without the discount. ****Thinking: Each ticket costs $12, and we are buying 3 tickets, so the total cost is 3 * $12 = $36. ****Thinking: Next, I need to subtract the discount from the total cost. ****Thinking: The total discount is $6. ****Thinking: Therefore, the final cost is $36 - $6 = $30. ****Answer: You spend $30 on the movie tickets. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A bakery sells 8 cakes a day. If each cake costs $20 and the bakery sells 10 cakes the next day, how much money is earned in total over two days?" [/INST] ****Thinking: First, I need to calculate the total earnings for the first day. ****Thinking: The bakery sells 8 cakes on the first day at $20 per cake. ****Thinking: 8 cakes * $20/cake = $160 earned on the first day. ****Thinking: Next, I need to calculate the total earnings for the second day. ****Thinking: The bakery sells 10 cakes on the second day at $20 per cake. ****Thinking: 10 cakes * $20/cake = $200 earned on the second day. ****Thinking: Now, I need to add the earnings from both days to find the total earnings. ****Thinking: $160 (day 1) + $200 (day 2) = $360 total earnings. ****Answer: The bakery earns a total of $360 over the two days. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A concert hall has 200 seats. If each seat is filled and then 50 more people stand, how many people are at the concert?" [/INST] ****Thinking: First, I need to identify the number of people sitting in the concert hall. ****Thinking: There are 200 seats and each seat is filled, so there are 200 people sitting. ****Thinking: Next, I need to add the number of people standing to the number of people sitting. ****Thinking: There are 50 people standing. ****Thinking: 200 people (sitting) + 50 people (standing) = 250 people ****Answer: There are 250 people at the concert. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A gym membership costs $30 per month. If there is a one-time signup fee of $60, how much does it cost for a year including the signup fee?" [/INST] ****Thinking: First, I need to calculate the total cost of the monthly membership for a year. ****Thinking: There are 12 months in a year. ****Thinking: The monthly membership cost is $30. ****Thinking: So the total cost for a year is 12 months * $30/month = $360. ****Thinking: Next, I need to add the one-time signup fee to the yearly membership cost. ****Thinking: The signup fee is $60. ****Thinking: Therefore, the total cost for a year, including the signup fee, is $360 + $60 = $420. ****Answer: It costs $420 for a year of gym membership including the signup fee. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A train ticket costs $50. If you buy 4 tickets and get a $20 discount in total, how much do you spend?" [/INST] ****Thinking: First, I need to calculate the total cost of the tickets without the discount. ****Thinking: Each ticket costs $50, and I'm buying 4 tickets, so the total cost is 4 * $50 = $200. ****Thinking: Next, I need to subtract the discount from the total cost. ****Thinking: The discount is $20. ****Thinking: $200 (total cost) - $20 (discount) = $180. ****Thinking: Therefore, the final cost after the discount is $180. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A theater has 10 rows with 15 seats each. If 5 seats are removed from each row, how many seats are left in total?" [/INST] ****Thinking: First, I need to find the total number of seats in the theater before any seats are removed. ****Thinking: The theater has 10 rows with 15 seats each, so there are 10 * 15 = 150 seats in total. ****Thinking: Next, I need to calculate the total number of seats removed. ****Thinking: 5 seats are removed from each of the 10 rows, so a total of 5 * 10 = 50 seats are removed. ****Thinking: Finally, I need to subtract the number of seats removed from the initial number of seats. ****Thinking: 150 seats (initial) - 50 seats (removed) = 100 seats left. ****Answer: There are 100 seats left in the theater. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A parking lot has 120 spaces. If 1/4 of them are empty and then 10 more cars leave, how many spaces are filled?" [/INST] ****Thinking: First, I need to figure out how many spaces are empty. ****Thinking: 1/4 of the 120 spaces is 120 / 4 = 30 spaces. ****Thinking: Now, I need to add the 10 cars that leave to find the total number of empty spaces. ****Thinking: 30 empty spaces + 10 more cars leaving = 40 empty spaces. ****Thinking: Finally, I need to subtract the number of empty spaces from the total number of spaces to find the number of filled spaces. ****Thinking: 120 total spaces - 40 empty spaces = 80 filled spaces. ****Answer: There are 80 filled spaces in the parking lot. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A garden has 80 plants. If 3/4 of them are flowers and 1/2 of the flowers are roses, how many roses are there?" [/INST] ****Thinking: First, I need to find out how many plants are flowers. ****Thinking: 3/4 of the plants are flowers, so I need to multiply the total number of plants by 3/4. ****Thinking: 80 plants * (3/4) = 60 flowers. ****Thinking: Next, I need to find out how many of the flowers are roses. ****Thinking: 1/2 of the flowers are roses, so I need to multiply the number of flowers by 1/2. ****Thinking: 60 flowers * (1/2) = 30 roses. ****Answer: There are 30 roses in the garden. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A company sells 250 products a day. If each product costs $10 and the company sells 300 products the next day, how much money is earned in total over two days?" [/INST] ****Thinking: First, I need to calculate the total earnings for the first day. ****Thinking: The company sells 250 products at $10 each, so the earnings for the first day are 250 * $10 = $2500. ****Thinking: Next, I need to calculate the total earnings for the second day. ****Thinking: The company sells 300 products at $10 each, so the earnings for the second day are 300 * $10 = $3000. ****Thinking: Now, I need to add the earnings from both days to find the total earnings. ****Thinking: Total earnings are $2500 (day 1) + $3000 (day 2) = $5500. ****Answer: The company earns a total of $5500 over two days. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A clock shows 9:00. If it advances by 3 hours and then goes back by 1.5 hours, what time does it show?" [/INST] ****Thinking: First, I need to determine the time after the clock advances 3 hours. ****Thinking: The clock initially shows 9:00. ****Thinking: Adding 3 hours to 9:00 gives us 12:00. ****Thinking: Next, I need to calculate the time after the clock goes back 1.5 hours. ****Thinking: The clock currently shows 12:00. ****Thinking: Subtracting 1.5 hours from 12:00 gives us 10:30. ****Thinking: Therefore, the clock will show 10:30 after the advancement and rollback. ****Answer: The clock will show 10:30. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A boat travels at 25 miles per hour for 4 hours. If it then travels at 30 miles per hour for 3 more hours, how far does it travel in total?" [/INST] ****Thinking: First, I need to calculate the distance traveled at the first speed. ****Thinking: The boat travels at 25 miles per hour for 4 hours. ****Thinking: To find the distance, I multiply the speed by the time: 25 miles/hour * 4 hours = 100 miles. ****Thinking: Next, I need to calculate the distance traveled at the second speed. ****Thinking: The boat travels at 30 miles per hour for 3 hours. ****Thinking: Again, I multiply the speed by the time: 30 miles/hour * 3 hours = 90 miles. ****Thinking: Finally, I need to add the two distances together to find the total distance traveled. ****Thinking: 100 miles + 90 miles = 190 miles ****Answer: The boat travels a total of 190 miles. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A computer has 500 GB of storage. If 3/5 of it is used and then an additional 100 GB is used, how much storage is left?" [/INST] ****Thinking: First, I need to calculate how much storage is used initially. ****Thinking: 3/5 of 500 GB is (3/5) * 500 GB = 300 GB. ****Thinking: Next, I need to add the additional storage used. ****Thinking: 300 GB (initial usage) + 100 GB (additional usage) = 400 GB used. ****Thinking: Now, I need to subtract the total storage used from the computer's total storage. ****Thinking: 500 GB (total) - 400 GB (used) = 100 GB left. ****Answer: The computer has 100 GB of storage left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A school has 300 students. If 2/3 of them are in grade 4 and 1/4 of the grade 4 students are absent, how many grade 4 students are present?" [/INST] ****Thinking: First, I need to calculate the number of students in grade 4. ****Thinking: 2/3 of the 300 students are in grade 4. ****Thinking: (2/3) * 300 = 200 students in grade 4. ****Thinking: Next, I need to calculate the number of grade 4 students who are absent. ****Thinking: 1/4 of the grade 4 students are absent. ****Thinking: (1/4) * 200 = 50 students are absent. ****Thinking: Now, I need to subtract the number of absent students from the total number of grade 4 students to find the number present. ****Thinking: 200 students (total grade 4) - 50 students (absent) = 150 students present. ****Answer: There are 150 grade 4 students present. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A bridge is 200 meters long. If a car travels at 50 meters per minute and then increases its speed to 60 meters per minute, how long does it take to cross the bridge?" [/INST] ****Thinking: First, I need to determine the distance the car travels at the slower speed. ****Thinking: The car travels at 50 meters per minute for an unknown amount of time. ****Thinking: I need to figure out how much of the bridge is covered at the slower speed. ****Thinking: I can't determine this yet, so I'll move on to the faster speed. ****Thinking: The car travels at 60 meters per minute for the remaining distance of the bridge. ****Thinking: I need to calculate the time taken to travel the remaining distance. ****Thinking: Let 'x' be the distance covered at 50 meters per minute. ****Thinking: The remaining distance is (200 - x) meters. ****Thinking: Time = Distance / Speed. ****Thinking: Time taken to travel the remaining distance is (200 - x) / 60 minutes. ****Thinking: I need to find the time taken to travel the 'x' meters at 50 meters per minute. ****Thinking: Time = Distance / Speed. ****Thinking: Time taken to travel 'x' meters is x / 50 minutes. ****Thinking: The total time taken to cross the bridge is the sum of the time taken for both speeds. ****Thinking: Total time = x/50 + (200 - x)/60 minutes. ****Thinking: I need to solve for 'x' to find the total time. ****Thinking: To solve for 'x', I need to find a common denominator for the fractions. ****Thinking: The common denominator for 50 and 60 is 300. ****Thinking: Multiplying the first fraction by 6/6 and the second fraction by 5/5, we get (6x)/300 + (5(200 - x))/300 ****Thinking: Combining the terms, we get (6x + 1000 - 5x)/300 ****Thinking: Simplifying the equation, we get (x + 1000)/300 ****Thinking: Since we know the total distance is 200 meters, we can set the equation equal to 200. ****Thinking: (x + 1000)/300 = 200 ****Thinking: Multiplying both sides by 300, we get x + 1000 = 60000 ****Thinking: Subtracting 1000 from both sides, we get x = 59000 ****Thinking: This answer doesn't make sense, as the distance traveled at 50 meters per minute cannot be greater than the total bridge length. ****Thinking: This indicates an error in our setup. Let's revisit the problem and consider the different segments of the bridge. ****Thinking: We need to figure out how much distance is covered at each speed, then calculate the time for each segment. ****Thinking: Let's assume the car travels for 't' minutes at 50 meters per minute. ****Thinking: Distance covered at 50 meters per minute = 50t meters. ****Thinking: Distance covered at 60 meters per minute = (200 - 50t) meters. ****Thinking: Time taken to cover the remaining distance = (200 - 50t)/60 minutes. ****Thinking: Total time taken to cross the bridge = t + (200 - 50t)/60 minutes. ****Thinking: This equation represents the total time in terms of 't'. We need to solve for 't' to find the total time. ****Thinking: We need to find a common denominator for the fractions. ****Thinking: The common denominator is 60. ****Thinking: Multiplying the first term by 60/60, we get (60t)/60 + (200 - 50t)/60 ****Thinking: Combining the terms, we get (60t + 200 - 50t)/60 ****Thinking: Simplifying, we get (10t + 200)/60 ****Thinking: We now have an expression for the total time. To find the specific time, we need more information about how the car changes speed. ****Thinking: We need to know how long the car travels at 50 meters per minute, or how far it travels at this speed. ****Thinking: Without this information, we can only provide a general expression for the time taken. ****Answer: The total time taken to cross the bridge is (10t + 200)/60 minutes, where 't' is the time in minutes the car travels at 50 meters per minute. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A building has 10 floors with 20 apartments each. If 5 more apartments are added to each floor, how many apartments are there in total?" [/INST] ****Thinking: First, I need to calculate the total number of apartments in the building initially. ****Thinking: The building has 10 floors and 20 apartments per floor, so there are 10 floors * 20 apartments/floor = 200 apartments. ****Thinking: Next, I need to calculate how many apartments are added in total. ****Thinking: 5 apartments are added to each of the 10 floors, so 5 apartments/floor * 10 floors = 50 apartments added. ****Thinking: Now, I need to add the number of apartments added to the initial number of apartments. ****Thinking: 200 apartments (initial) + 50 apartments (added) = 250 apartments. ****Answer: There are 250 apartments in the building. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A car's fuel tank holds 15 gallons. If it uses 1/3 of it on a trip and then refuels 10 gallons, how many gallons are left in the tank?" [/INST] ****Thinking: First, I need to figure out how many gallons the car uses on the trip. ****Thinking: The car uses 1/3 of its 15-gallon tank, so it uses (1/3) * 15 = 5 gallons. ****Thinking: Next, I need to subtract the gallons used from the initial amount in the tank. ****Thinking: 15 gallons (initial) - 5 gallons (used) = 10 gallons left. ****Thinking: Now, I need to add the 10 gallons the car refuels with. ****Thinking: 10 gallons (remaining) + 10 gallons (refueled) = 20 gallons. ****Thinking: However, the car's tank only holds 15 gallons, so we can't have more than that. ****Thinking: Therefore, the car has a full tank of 15 gallons. ****Answer: The car has 15 gallons left in the tank. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A store sells 400 items. If each item costs $5 and 1/5 of the items are returned, how much money is earned in total?" [/INST] ****Thinking: First, I need to calculate the total cost of all the items sold. ****Thinking: The store sells 400 items at $5 each. ****Thinking: The total cost of all items is 400 items * $5/item = $2000. ****Thinking: Next, I need to calculate how many items were returned. ****Thinking: 1/5 of the 400 items were returned. ****Thinking: This means 400 items * (1/5) = 80 items were returned. ****Thinking: Now, I need to subtract the number of returned items from the total number of items sold to find the number of items that were not returned. ****Thinking: 400 items (total) - 80 items (returned) = 320 items (not returned). ****Thinking: Finally, I need to calculate the total money earned from the items that were not returned. ****Thinking: The total money earned is 320 items * $5/item = $1600. ****Answer: The store earned a total of $1600. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A city has 1000 houses. If 1/5 of them are vacant and 100 more houses are built, how many houses are occupied?" [/INST] ****Thinking: First, I need to calculate the number of vacant houses. ****Thinking: 1/5 of 1000 houses is (1/5) * 1000 = 200 vacant houses. ****Thinking: Next, I need to calculate the total number of houses after the new construction. ****Thinking: 1000 houses (initial) + 100 houses (new) = 1100 houses. ****Thinking: Now, I need to subtract the number of vacant houses from the total number of houses to find the number of occupied houses. ****Thinking: 1100 houses (total) - 200 houses (vacant) = 900 occupied houses. ****Answer: There are 900 occupied houses. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A train travels at 80 miles per hour. If it takes 5 hours to reach its destination and then returns at 60 miles per hour, what is the average speed for the round trip?" [/INST] ****Thinking: First, I need to calculate the total distance traveled by the train on the outbound journey. ****Thinking: Distance = Speed x Time. ****Thinking: Distance = 80 miles/hour * 5 hours = 400 miles. ****Thinking: Since the return journey is the same distance, the total distance for the round trip is 400 miles * 2 = 800 miles. ****Thinking: Next, I need to calculate the total time taken for the round trip. ****Thinking: The outbound journey took 5 hours. ****Thinking: To calculate the time for the return journey, we need to use the formula Time = Distance / Speed. ****Thinking: Time = 400 miles / 60 miles/hour = 6.67 hours. ****Thinking: Total time for the round trip is 5 hours + 6.67 hours = 11.67 hours. ****Thinking: Finally, I need to calculate the average speed for the round trip. ****Thinking: Average speed = Total distance / Total time. ****Thinking: Average speed = 800 miles / 11.67 hours = 68.57 miles/hour (rounded to two decimal places). ****Answer: The average speed for the round trip is 68.57 miles/hour. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A farm has 300 cows. If each cow produces 4 liters of milk per day and 1/3 of the milk is sold, how much milk is left?" [/INST] ****Thinking: First, I need to calculate the total amount of milk produced by all the cows. ****Thinking: There are 300 cows, and each produces 4 liters of milk per day. ****Thinking: Total milk production is 300 cows * 4 liters/cow = 1200 liters of milk. ****Thinking: Next, I need to figure out how much milk is sold. ****Thinking: 1/3 of the milk is sold, so we need to calculate (1/3) * 1200 liters = 400 liters of milk sold. ****Thinking: Finally, we need to subtract the milk sold from the total milk produced to find out how much milk is left. ****Thinking: 1200 liters (total) - 400 liters (sold) = 800 liters of milk left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A baker makes 60 loaves of bread. If he sells 2/3 of them and then bakes 40 more, how many loaves are left?" [/INST] ****Thinking: First, I need to calculate how many loaves of bread the baker sells. ****Thinking: The baker sells 2/3 of his 60 loaves. ****Thinking: (2/3) * 60 = 40 loaves sold ****Thinking: Next, I need to subtract the number of loaves sold from the initial number of loaves. ****Thinking: 60 loaves (initial) - 40 loaves (sold) = 20 loaves left ****Thinking: Now, I need to add the number of loaves the baker bakes to the remaining number of loaves. ****Thinking: 20 loaves (remaining) + 40 loaves (baked) = 60 loaves ****Answer: The baker has 60 loaves of bread left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A class has 25 students. If 3/5 of them are girls and 4 more girls join the class, how many girls are in the class?" [/INST] ****Thinking: First, I need to figure out how many girls are initially in the class. ****Thinking: We know that 3/5 of the 25 students are girls. ****Thinking: To find that number, we multiply the total number of students (25) by the fraction representing girls (3/5). ****Thinking: 25 * (3/5) = 15 girls. ****Thinking: Now, we know there are 15 girls in the class. ****Thinking: Next, 4 more girls join the class. ****Thinking: We need to add those 4 girls to the existing number of girls. ****Thinking: 15 girls (initial) + 4 girls (joined) = 19 girls. ****Answer: There are 19 girls in the class. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A machine produces 500 units per hour. If it operates for 8 hours and then produces an additional 1000 units, how many units are produced in total?" [/INST] ****Thinking: First, I need to calculate the total units produced during the 8-hour operation. ****Thinking: The machine produces 500 units per hour. ****Thinking: Over 8 hours, it produces 500 units/hour * 8 hours = 4000 units. ****Thinking: Next, I need to add the additional 1000 units produced. ****Thinking: Total units produced = 4000 units + 1000 units = 5000 units. ****Answer: The machine produces a total of 5000 units. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A tank holds 1000 liters of water. If 1/4 of it is used and then 500 liters are added, how many liters are in the tank now?" [/INST] ****Thinking: First, I need to calculate how much water is used from the tank. ****Thinking: 1/4 of 1000 liters is (1/4) * 1000 = 250 liters. ****Thinking: Next, I need to subtract the amount of water used from the initial amount. ****Thinking: 1000 liters (initial) - 250 liters (used) = 750 liters remaining. ****Thinking: Now, I need to add the 500 liters that were added to the tank. ****Thinking: 750 liters (remaining) + 500 liters (added) = 1250 liters. ****Answer: There are 1250 liters in the tank now. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A cyclist travels 20 miles per hour. If he rides for 3 hours and then takes a 1-hour break before riding 40 more miles, how far does he travel in total?" [/INST] ****Thinking: First, I need to calculate the total distance traveled during the first leg of the journey. ****Thinking: The cyclist travels at 20 miles per hour and rides for 3 hours. ****Thinking: Distance = Speed x Time, so the distance traveled in the first leg is 20 miles/hour * 3 hours = 60 miles. ****Thinking: Next, I need to add the distance traveled during the second leg of the journey. ****Thinking: The cyclist travels 40 miles during the second leg. ****Thinking: The total distance traveled is the sum of the distances from both legs: 60 miles + 40 miles = 100 miles. ****Answer: The cyclist travels a total of 100 miles. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A farmer plants 600 seeds. If 3/4 of them sprout and then 200 more seeds are planted, how many seeds sprout in total?" [/INST] ****Thinking: First, I need to figure out how many seeds sprouted from the initial planting. ****Thinking: The farmer planted 600 seeds, and 3/4 of them sprouted. ****Thinking: To find 3/4 of 600, I multiply 600 by 3/4, which equals 450 seeds. ****Thinking: Next, I need to add the number of seeds that sprouted from the initial planting to the number of seeds that sprouted from the second planting. ****Thinking: The farmer planted 200 more seeds, and we assume all of them sprouted. ****Thinking: So, the total number of sprouted seeds is 450 (initial sprouts) + 200 (new sprouts) = 650 seeds. ****Answer: A total of 650 seeds sprouted. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A box contains 240 chocolates. If each child gets 30 chocolates and then 3 more children join, how many chocolates are left after distributing to all children?" [/INST] ****Thinking: First, I need to determine the initial number of children. ****Thinking: We know that each child gets 30 chocolates, and there are 240 chocolates in total. ****Thinking: Dividing the total chocolates by the number of chocolates per child, we get 240 / 30 = 8 children initially. ****Thinking: Next, we need to calculate the total number of children after more join. ****Thinking: 3 more children join the initial 8, so there are 8 + 3 = 11 children in total. ****Thinking: Now, we need to calculate the total number of chocolates distributed. ****Thinking: Since each child gets 30 chocolates, 11 children will get 11 * 30 = 330 chocolates. ****Thinking: However, we only have 240 chocolates initially. ****Thinking: Therefore, we need to subtract the initial number of chocolates from the number of chocolates needed for all children: 330 - 240 = 90 chocolates more are needed. ****Thinking: Since we don't have enough chocolates, we can conclude that there are no chocolates left after distributing to all children. ****Answer: There are no chocolates left. We would need 90 more chocolates to give all the children 30 each. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A theater has 150 seats. If 2/5 of them are occupied and then 30 more people arrive, how many seats are empty?" [/INST] ****Thinking: First, I need to calculate how many seats are occupied. ****Thinking: 2/5 of 150 seats is (2/5) * 150 = 60 seats. ****Thinking: Next, I need to add the number of people who arrived to the number of occupied seats. ****Thinking: 60 occupied seats + 30 new arrivals = 90 occupied seats. ****Thinking: Now, I need to subtract the number of occupied seats from the total number of seats to find the number of empty seats. ****Thinking: 150 total seats - 90 occupied seats = 60 empty seats. ****Answer: There are 60 empty seats. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A train ticket costs $45. If you buy 5 tickets and get a $25 discount in total, how much do you spend?" [/INST] ****Thinking: First, I need to calculate the total cost of the tickets before the discount. ****Thinking: The cost of one ticket is $45, and I am buying 5 tickets, so the total cost is $45 * 5 = $225. ****Thinking: Next, I need to subtract the discount from the total cost. ****Thinking: The discount is $25, so the final price is $225 - $25 = $200. ****Answer: You spend $200. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A car uses 10 gallons of fuel to travel 250 miles. If it uses 12 gallons on the return trip, what is the average miles per gallon for the round trip?" [/INST] ****Thinking: First, I need to calculate the total distance travelled on the round trip. ****Thinking: The car travels 250 miles on the first leg and 250 miles on the return trip, so the total distance is 250 + 250 = 500 miles. ****Thinking: Next, I need to calculate the total amount of fuel used for the round trip. ****Thinking: The car uses 10 gallons on the first leg and 12 gallons on the return trip, making a total of 10 + 12 = 22 gallons used. ****Thinking: Now I need to calculate the average miles per gallon (MPG). ****Thinking: Average MPG is calculated by dividing the total distance travelled by the total fuel used. ****Thinking: So, the average MPG is 500 miles / 22 gallons = 22.73 miles per gallon (rounded to two decimal places). ****Answer: The average miles per gallon for the round trip is 22.73 miles per gallon. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A baker makes 80 muffins. If he gives 1/4 of them to his friend and then bakes 40 more, how many muffins does he have left?" [/INST] ****Thinking: First, I need to calculate how many muffins the baker gives to his friend. ****Thinking: The baker gives 1/4 of his 80 muffins to his friend. 1/4 * 80 = 20 muffins. ****Thinking: Now I need to subtract the muffins given away from the initial amount. ****Thinking: The baker had 80 muffins and gave away 20, leaving him with 80 - 20 = 60 muffins. ****Thinking: Next, I need to add the muffins the baker baked after giving some away. ****Thinking: He baked 40 more muffins, so he now has 60 + 40 = 100 muffins. ****Answer: The baker has 100 muffins left. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A recipe requires 5 cups of flour. If you make it 4 times and then an additional half recipe, how many cups of flour are needed?" [/INST] ****Thinking: First, I need to calculate the total amount of flour needed for 4 times the recipe. ****Thinking: The recipe requires 5 cups of flour, and we're making it 4 times, so we need 5 cups * 4 = 20 cups of flour. ****Thinking: Next, I need to calculate the amount of flour needed for half the recipe. ****Thinking: Half of the recipe requires 5 cups / 2 = 2.5 cups of flour. ****Thinking: Now, I need to add the amount of flour needed for 4 times the recipe to the amount needed for half the recipe. ****Thinking: 20 cups (4 times the recipe) + 2.5 cups (half the recipe) = 22.5 cups of flour needed. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A store sells 300 products a day. If each product costs $15 and the store sells 400 products the next day, how much money is earned in total over two days?" [/INST] ****Thinking: First, I need to calculate the total earnings for the first day. ****Thinking: The store sells 300 products at $15 each, so the earnings for the first day are 300 * $15 = $4500. ****Thinking: Next, I need to calculate the total earnings for the second day. ****Thinking: The store sells 400 products at $15 each, so the earnings for the second day are 400 * $15 = $6000. ****Thinking: Finally, I need to add the earnings from both days to find the total earnings over two days. ****Thinking: $4500 (day 1) + $6000 (day 2) = $10500. ****Answer: The store earns a total of $10500 over two days. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A library has 2000 books. If 1/2 of them are fiction and 1/3 of the fiction books are checked out, how many fiction books are still in the library?" [/INST] ****Thinking: First, I need to determine how many books are fiction. ****Thinking: The library has 2000 books, and 1/2 of them are fiction, so there are 2000 * (1/2) = 1000 fiction books. ****Thinking: Next, I need to figure out how many fiction books are checked out. ****Thinking: 1/3 of the fiction books are checked out, which means 1000 * (1/3) = 333.33 fiction books are checked out. Since we can't have a fraction of a book, we round down to the nearest whole number. ****Thinking: Therefore, 333 fiction books are checked out. ****Thinking: Finally, I need to subtract the number of checked-out fiction books from the total number of fiction books. ****Thinking: 1000 fiction books (total) - 333 fiction books (checked out) = 667 fiction books left in the library. ****Answer: There are 667 fiction books still in the library. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A garden has 120 flowers. If 3/8 of them are roses and 1/4 of the roses are given away, how many roses are left in the garden?" [/INST] ****Thinking: First, I need to figure out how many roses are in the garden. ****Thinking: The garden has 120 flowers, and 3/8 of them are roses. ****Thinking: To find the number of roses, I need to multiply the total number of flowers by 3/8. ****Thinking: 120 flowers * (3/8) = 45 roses ****Thinking: Now, I need to figure out how many roses were given away. ****Thinking: 1/4 of the roses were given away. ****Thinking: To find the number of roses given away, I need to multiply the number of roses by 1/4. ****Thinking: 45 roses * (1/4) = 11.25 roses ****Thinking: Since we can't have a fraction of a rose, we need to round down to the nearest whole number. ****Thinking: This means 11 roses were given away. ****Thinking: Finally, I need to subtract the number of roses given away from the initial number of roses. ****Thinking: 45 roses (initial) - 11 roses (given away) = 34 roses left ****Answer: There are 34 roses left in the garden. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A company sells 150 products a day. If each product costs $20 and the company sells 200 products the next day, how much money is earned in total over two days?" [/INST] ****Thinking: First, I need to calculate the total earnings for the first day. ****Thinking: The company sells 150 products at $20 each. ****Thinking: 150 products * $20/product = $3000 earned on the first day. ****Thinking: Next, I need to calculate the total earnings for the second day. ****Thinking: The company sells 200 products at $20 each. ****Thinking: 200 products * $20/product = $4000 earned on the second day. ****Thinking: Finally, I need to add the earnings from both days to find the total earnings. ****Thinking: $3000 (first day) + $4000 (second day) = $7000 total earnings. ****Answer: The company earns a total of $7000 over two days. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A movie ticket costs $15. If you buy 4 tickets and get a $10 discount in total, how much do you spend?" [/INST] ****Thinking: First, I need to determine the total cost of the tickets before the discount. ****Thinking: The cost of one ticket is $15, and I am buying 4 tickets. ****Thinking: Therefore, the total cost is $15 * 4 = $60. ****Thinking: Next, I need to subtract the discount from the total cost. ****Thinking: The discount is $10. ****Thinking: So, the final amount spent is $60 - $10 = $50. ****Answer: You spend $50. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A concert hall has 500 seats. If each seat is filled and then 100 more people stand, how many people are at the concert?" [/INST] ****Thinking: First, I need to determine the total number of people sitting in the concert hall. ****Thinking: The concert hall has 500 seats, and all of them are filled, so there are 500 people sitting. ****Thinking: Next, I need to add the number of people standing to the number of people sitting. ****Thinking: There are 100 people standing. ****Thinking: 500 people (sitting) + 100 people (standing) = 600 people ****Answer: There are 600 people at the concert. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A gym membership costs $40 per month. If there is a one-time signup fee of $80, how much does it cost for a year including the signup fee?" [/INST] ****Thinking: First, I need to calculate the total cost of the monthly membership for a year. ****Thinking: A year has 12 months. ****Thinking: The monthly cost is $40. ****Thinking: So the total cost for a year is 12 months * $40/month = $480. ****Thinking: Next, I need to add the one-time signup fee to the total cost of the monthly membership. ****Thinking: The signup fee is $80. ****Thinking: Therefore, the total cost for a year, including the signup fee, is $480 + $80 = $560. ****Answer: It costs $560 for a year including the signup fee. </s> |
<s>[INST] <<SYS>> You are an smart AI assistant designed to explain the step-by-step logical process behind generating responses. <</SYS>> "A theater has 20 rows with 25 seats each. If 5 seats are removed from each row, how many seats are left in total?" [/INST] ****Thinking: First, I need to calculate the total number of seats in the theater before any are removed. ****Thinking: The theater has 20 rows with 25 seats each, so the total number of seats is 20 rows * 25 seats/row = 500 seats. ****Thinking: Next, I need to calculate the total number of seats removed from the theater. ****Thinking: There are 20 rows, and 5 seats are removed from each row, so a total of 20 rows * 5 seats/row = 100 seats are removed. ****Thinking: Finally, I need to subtract the number of seats removed from the initial total number of seats. ****Thinking: 500 seats (initial) - 100 seats (removed) = 400 seats left. ****Answer: There are 400 seats left in the theater. </s> |
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