Lots-of-LoRAs/task1422_mathqa_physics huggingface dataset:
Input: Problem: 6 workers should finish a job in 8 days . after 3 days came 4 workers join them . how many days z do they need to finish the same job ? 
Options: a ) 3 , b ) 4 , c ) 5 , d ) 6 , e ) 7
Output: a
Input: Problem: cole drove from home to work at an average speed of 60 kmh . he then returned home at an average speed of 100 kmh . if the round trip took a total of 2 hours , how many minutes did it take cole to drive to work ? 
Options: a ) 66 , b ) 70 , c ) 72 , d ) 75 , e ) 78
Output: d
Input: Problem: a man sitting in a train which is traveling at 36 kmph observes that a goods train , traveling in opposite direction , takes 10 seconds to pass him . if the goods train is 240 m long , find its speed 
Options: a ) 50 kmph , b ) 56 kmph , c ) 58 kmph , d ) 62 kmph , e ) 72 kmph
Output: a
Input: Problem: a ladder 25 m long reaches a window of building 20 m above the ground . then the distance of the foot of the ladder from the building is ? 
Options: a ) 35 m , b ) 45 m , c ) 30 m , d ) 15 m , e ) 25 m
Output: d
Input: Problem: a beaker contains 180 liters of alcohol . on 1 st day , 60 l of alcohol is taken out and replaced by water . 2 nd day , 60 l of mixture iss taken out and replaced by water and the process continues day after day . what will be the quantity of alcohol in beaker after 3 days 
Options: a ) 53.3 , b ) 53.8 , c ) 53.7 , d ) 53.5 , e ) 353.3
Output: a
Input: Problem: at 1 : 00 pm , a truck left city p and headed toward city q at a constant speed of 50 km / h . one hour later , a car left city q and headed toward city p along the same road at a constant speed of 40 km / h . if the distance between city p and city q is 230 km , at what time will the truck and the car meet each other ? 
Options: a ) 4 : 00 , b ) 4 : 30 , c ) 5 : 00 , d ) 5 : 30 , e ) 6 : 00
Output: a
Input: Problem: worker a takes 5 hours to do a job . worker b takes 10 hours to do the same job . how long it take both a & b , working together but independently , to do the same job ? 
Options: a ) 20 / 9 , b ) 40 / 9 , c ) 50 / 9 , d ) 60 / 9 , e ) 10 / 3
Output: e
Input: Problem: a pipe takes a hours to fill the tank . but because of a leakage it took 6 times of its original time . find the time taken by the leakage to empty the tank 
Options: a ) 50 min , b ) 60 min , c ) 72 min , d ) 80 min , e ) 70 min
Output: c
Input: Problem: a train covers a distance of 12 km in 10 min . if it takes 12 sec to pass a telegraph post , then the length of the train is ? 
Options: a ) 298 m , b ) 188 m , c ) 240 m , d ) 178 m , e ) 189 m
Output: c
Input: Problem: a train is 360 meter long is running at a speed of 36 km / hour . in what time will it pass a bridge of 140 meter length ? 
Options: a ) 50 seconds , b ) 29 seconds , c ) 40 seconds , d ) 11 seconds , e ) 12 seconds
Output: a
Input: Problem: two goods trains each 500 m long are running in opposite directions on parallel tracks . their speeds are 70 km / hr and 30 km / hr respectively . find the time taken by the slower train to pass the driver of the faster one ? 
Options: a ) 22 , b ) 36 , c ) 48 , d ) 99 , e ) 23
Output: b
Input: Problem: the average wages of a worker during a fortnight comprising 15 consecutive working days was $ 90 per day . during the first 7 days , his average wages was $ 87 per day and the average wages during the last 7 days was $ 90 per day . what was his wage on the 8 th day ? 
Options: a ) $ 83 , b ) $ 90 , c ) $ 92 , d ) $ 97 , e ) $ 111
Output: e
Input: Problem: a man can row at 5 kmph in still water . if the velocity of current is 1 kmph and it takes him 1 hour to row to a plce and come back , how far is the place ? 
Options: a ) 2 km , b ) 2.4 km , c ) 2.5 km , d ) 3.4 km , e ) none
Output: b
Input: Problem: a certain car increased its average speed by 3 miles per hour in each successive 5 - minute interval after the first interval . if in the first 5 - minute interval its average speed was 20 miles per hour , how many miles did the car travel in the third 5 - minute interval ? 
Options: a ) 1.0 , b ) 1.5 , c ) 2.0 , d ) 2.5 , e ) 3.0
Output: c
Input: Problem: a man can row upstream at 22 kmph and downstream at 42 kmph , and then find the speed of the man in still water ? 
Options: a ) 29 , b ) 92 , c ) 30 , d ) 32 , e ) 23
Output: d
Input: Problem: a man sitting in a train which is traveling at 55 kmph observes that a goods train , traveling in opposite direction , takes 10 seconds to pass him . if the goods train is 320 m long , find its speed 
Options: a ) 52 kmph , b ) 56 kmph , c ) 60 kmph , d ) 62 kmph , e ) 72 kmph
Output: c
Input: Problem: a train 560 m long is running at a speed of 45 km / hr . in what time will it pass a bridge 140 m long ? 
Options: a ) 40 , b ) 56 , c ) 41 , d ) 42 , e ) 34
Output: b
Input: Problem: a man swims downstream 24 km and upstream 12 km taking 6 hours each time , what is the speed of the man in still water ? 
Options: a ) 5 , b ) 8 , c ) 10 , d ) 4 , e ) 3
Output: e
Input: Problem: a train 120 m long running at 60 kmph crosses a platform in 35 sec . what is the length of the platform ? 
Options: a ) 338 , b ) 277 , c ) 463 , d ) 456 , e ) 271
Output: c
Input: Problem: a train running at 1 / 3 of its own speed reached a place in 9 hours . how much time could be saved if the train would have run at its own speed ? 
Options: a ) 8 hrs , b ) 10 hrs , c ) 12 hrs , d ) 15 hrs , e ) 6 hrs
Output: e
Input: Problem: a train is 360 meter long is running at a speed of 54 km / hour . in what time will it pass a bridge of 140 meter length ? 
Options: a ) 65 seconds , b ) 33.33 seconds , c ) 40 seconds , d ) 97 seconds , e ) 26 seconds
Output: b
Input: Problem: eddy and freddy start simultaneously from city a and they travel to city b and city c respectively . eddy takes 3 hours and freddy takes 4 hours to complete the journey . if the distance between city a and city b is 450 kms and city a and city c is 300 kms . what is the ratio of their average speed of travel ? ( eddy : freddy ) 
Options: a ) 8 / 3 , b ) 2 / 1 , c ) 8 / 5 , d ) 5 / 8 , e ) 5 / 3
Output: b
Input: Problem: a brick measures 20 cm * 10 cm * 7.5 cm how many bricks will be required for a wall 29 m * 2 m * 0.75 m ? 
Options: a ) 29000 , b ) 27908 , c ) 78902 , d ) 25000 , e ) 27991
Output: a
Input: Problem: mahesh can do a piece of work in 35 days . he works at it for 20 days and then rajesh finished it in 30 days . how long will y take to complete the work ? 
Options: a ) 45 , b ) 25 , c ) 37 , d ) 41 , e ) 70
Output: e
Input: Problem: a searchlight on top of the watch - tower makes 2 revolutions per minute . what is the probability that a man appearing near the tower will stay in the dark for at least 5 seconds ? 
Options: a ) 1 / 4 , b ) 1 / 3 , c ) 1 / 2 , d ) 2 / 3 , e ) 5 / 6
Output: e
Input: Problem: at a loading dock , each worker on the night crew loaded 3 / 4 as many boxes as each worker on the day crew . if the night crew has 1 / 2 as many workers as the day crew , what fraction of all the boxes loaded by the two crews did the day crew load ? 
Options: a ) 4 / 7 , b ) 5 / 7 , c ) 8 / 11 , d ) 7 / 12 , e ) 11 / 15
Output: c
Input: Problem: two passenger trains start at the same hour in the day from two different stations and move towards each other at the rate of 24 kmph and 21 kmph respectively . when they meet , it is found that one train has traveled 60 km more than the other one . the distance between the two stations is ? 
Options: a ) 288 , b ) 540 , c ) 877 , d ) 278 , e ) 178
Output: b
Input: Problem: two trains 100 m and 60 m long run at the speed of 60 km / hr and 40 km / hr respectively in opposite directions on parallel tracks . the time which they take to cross each other is ? 
Options: a ) 10.9 sec , b ) 5.76 sec , c ) 10.6 sec , d ) 10.8 sec , e ) 20.8 sec
Output: b
Input: Problem: maxwell leaves his home and walks toward brad ' s house . one hour later , brad leaves his home and runs toward maxwell ' s house . if the distance between their homes is 24 kilometers , maxwell ' s walking speed is 4 km / h , and brad ' s running speed is 6 km / h . what is the total time it takes maxwell before he meets up with brad ? 
Options: a ) 3 , b ) 4 , c ) 5 , d ) 6 , e ) 8
Output: a
Input: Problem: pipe p can fill a tank in 3 hours , pipe q in 9 hours and pipe r in 18 hours . if all the pipes are open , in how many hours will the tank be filled ? 
Options: a ) 2 hours , b ) 2.4 hours , c ) 3 hours , d ) 3.5 hours , e ) 4.5 hours
Output: a
Input: Problem: a and b together can do a work in 6 days . if a alone can do it in 15 days . in how many days can b alone do it ? 
Options: a ) 10 , b ) 99 , c ) 77 , d ) 55 , e ) 21
Output: a
Input: Problem: a rectangular plot measuring 90 metres by 50 metres is to be enclosed by wire fencing . if the poles of the fence are kept 5 metres apart , how many poles will be needed ? 
Options: a ) 55 , b ) 56 , c ) 57 , d ) 58 , e ) none of these
Output: b
Input: Problem: the h . c . f of two numbers is 11 and their l . c . m is 7700 . if one of the numbers is 275 , then the other is ? 
Options: a ) 288 , b ) 277 , c ) 308 , d ) 988 , e ) 112
Output: c
Input: Problem: 20 men do a work in 20 days . how many men are needed to finish the work in 4 days ? 
Options: a ) 50 , b ) 20 , c ) 30 , d ) 100 , e ) 15
Output: d
Input: Problem: mahesh can do a piece of work in 50 days . he works at it for 20 days and then rajesh finished it in 30 days . how long will y take to complete the work ? 
Options: a ) 45 , b ) 25 , c ) 37 , d ) 41 , e ) 50
Output: e
Input: Problem: two cars , car 1 and car 2 move towards each other from e and y respectively with respective speeds of 20 m / s and 15 m / s . after meeting each other car 1 reaches y in 10 seconds . in how many seconds does car 2 reach e starting from y ? 
Options: a ) 15.5 sec , b ) 8.4 sec , c ) 33.6 sec , d ) 31.11 sec , e ) 16.8 sec
Output: d
Input: Problem: a , band c can do a piece of work in 35 days , 20 days and 55 days respectively , working alone . how soon can the work be done if a is assisted by band c on alternate days ? 
Options: a ) 7 days , b ) 8 days , c ) 9 days , d ) 10 days , e ) 16 days
Output: e
Input: Problem: a garrison of 1850 men has provisions for 28 days . at the end of 12 days , a reinforcement arrives , and it is now found that the provisions will last only for 10 days more . what is the reinforcement ? 
Options: a ) 1850 , b ) 2960 , c ) 3000 , d ) 1110 , e ) 1712
Output: d
Input: Problem: a pump can fill a tank with water in 2 hours . because of a leak , it took 2 1 / 3 hours to fill the tank . the leak can drain all the water of the tank in ? 
Options: a ) 17 hr , b ) 19 hr , c ) 10 hr , d ) 14 hr , e ) 16 hr
Output: d
Input: Problem: a man is walking at a speed of 10 km per hour . after every kilometre , he takes rest for 7 minutes . how much time will be take to cover a distance of 7 kilometres ? 
Options: a ) 80 min . , b ) 70 min . , c ) 84 min . , d ) 55 min . , e ) none of these
Output: c
Input: Problem: jack and christina are standing 150 feet apart on a level surface . their dog , lindy , is standing next to christina . at the same time , they all begin moving toward each other . jack walks in a straight line toward christina at a constant speed of 7 feet per second and christina walks in a straight line toward jack at a constant speed of 8 feet per second . lindy runs at a constant speed of 10 feet per second from christina to jack , back to christina , back to jack , and so forth . what is the total distance , in feet , that lindy has traveled when the three meet at one place ? 
Options: a ) 40 , b ) 60 , c ) 80 , d ) 100 , e ) 120
Output: d
Input: Problem: a person has to make 146 pieces of long bar . he take $ seconds to cut piece . what is total time taken by him to make 146 pieces ? 
Options: a ) 580 seconds , b ) 680 seconds , c ) 500 seconds , d ) 540 seconds , e ) 560 seconds
Output: a
Input: Problem: a cyclist traveled for two days . on the second day the cyclist traveled 3 hours longer and at an average speed 10 mile per hour slower than she traveled on the first day . if during the two days she traveled a total of 280 miles and spent a total of 12 hours traveling , what was her average speed on the second day ? 
Options: a ) 5 mph , b ) 10 mph , c ) 20 mph , d ) 30 mph , e ) 40 mph
Output: b
Input: Problem: a pipe can fill a cistern in 55 minutes . find the time in which 1 / 11 part of the cistern will be filled ? 
Options: a ) 5 min , b ) 2 min , c ) 3 min , d ) 1 min , e ) 10 min
Output: a
Input: Problem: 10 litres of water are poured into an aquarium of dimensions 50 cm length , 20 cm breadth , and 40 cm height . how high ( in cm ) will the water rise ? ( 1 litre = 1000 cm ³ ) 
Options: a ) 6 , b ) 8 , c ) 10 , d ) 20 , e ) 40
Output: c
Input: Problem: a garrison of 2000 men has provisions for 54 days . at the end of 18 days , a reinforcement arrives , and it is now found that the provisions will last only for 20 days more . what is the reinforcement ? 
Options: a ) 1977 , b ) 1600 , c ) 1979 , d ) 1900 , e ) 1278
Output: b
Input: Problem: the speed at which a man can row a boat in still water is 15 kmph . if he rows downstream , where the speed of current is 3 kmph , what time will he take to cover 70 metres ? 
Options: a ) 22 seconds , b ) 65 seconds , c ) 78 seconds , d ) 12 seconds , e ) 14 seconds
Output: e
Input: Problem: a boatman goes 4 km against the current of the stream in 4 hour and goes 1 km along the current in 20 minutes . how long will it take to go 6 km in stationary water ? 
Options: a ) 5 hours , b ) 1 hours , c ) 3 hours , d ) 2 hours , e ) 4 hours
Output: c
Input: Problem: a contractor is engaged for 30 days on the condition thathe receives rs . 25 for each day he works & is fined rs . 7.50 for each day is absent . he gets rs . 620 in all . for how many days was he absent ? 
Options: a ) 8 , b ) 10 , c ) 15 , d ) 7 , e ) 4
Output: e
Input: Problem: a 280 m long train running at the speed of 120 km / hr crosses another train running in opposite direction at the speed of 80 km / hr in 9 sec . what is the length of the other train ? 
Options: a ) 230 , b ) 288 , c ) 267 , d ) 256 , e ) 220
Output: e
Input: Problem: machine r takes 2 more hours than machine b to make 20 widgets . if working together , the machines can make 25 widgets in 3 hours , how long will it take machine r to make 40 widgets ? 
Options: a ) 5 , b ) 6 , c ) 8 , d ) 10 , e ) 12
Output: e
Input: Problem: a train leaves delhi at 7 a . m . at a speed of 30 kmph . another train leaves at 2 p . m . at a speed of 40 kmph on the same day and in the same direction . how far from delhi , will the two trains meet ? 
Options: a ) 229 , b ) 840 , c ) 600 , d ) 888 , e ) 121
Output: b
Input: Problem: 375 metres long yard , 26 trees are palnted at equal distances , one tree being at each end of the yard . what is the distance between 2 consecutive trees 
Options: a ) 10 , b ) 12 , c ) 14 , d ) 16 , e ) 15
Output: e
Input: Problem: a train running at the speed of 45 km / hr crosses a pole in 16 seconds . find the length of the train . 
Options: a ) 200 , b ) 188 , c ) 204 , d ) 288 , e ) 500
Output: a
Input: Problem: a bicycle wheel has a diameter of 0.66 m . how many complete revolutions does it make in 1 km ? 
Options: a ) 246 , b ) 448 , c ) 1408 , d ) 482 , e ) 223
Output: d
Input: Problem: a swimmer can swim in still water at 4 km / h . if the speed of the water current is 1 km / h , how many hours will the swimmer take to swim against the current for 6 km ? 
Options: a ) 1.2 , b ) 1.4 , c ) 1.6 , d ) 1.8 , e ) 2
Output: e
Input: Problem: a can complete the job in 2 hours and b can complete the same job in 4 hours . a works for 1 hour and then b joins and both complete the job . what fraction of the job did b complete 
Options: a ) 1 / 6 , b ) 3 / 10 , c ) 1 / 2 , d ) 5 / 6 , e ) 8 / 9
Output: a
Input: Problem: a train 200 m long running at 80 kmph crosses a platform in 22 sec . what is the length of the platform ? 
Options: a ) 338 , b ) 277 , c ) 350 , d ) 288 , e ) 271
Output: d
Input: Problem: if a and b run on a circular path in opposite directions of constant speeds with different velocities from p and q . first time they meet 800 mts away from p and second time they meet 700 mts away from p , what is the lenght of the circular path . 
Options: a ) 2300 mtrs , b ) 2400 mtrs , c ) 2500 mtrs , d ) 2600 mtrs , e ) 2700 mtrs
Output: a
Input: Problem: shannon and maxine work in the same building and leave work at the same time . shannon lives due north of work and maxine lives due south . the distance between maxine ' s house and shannon ' s house is 60 miles . if they both drive home at the rate 2 r miles per hour , maxine arrives home 60 minutes after shannon . if maxine rider her bike home at the rate of r per hour and shannon still drives at a rate of 2 r miles per hour , shannon arrives home 2 hours before maxine . how far does maxine live from work ? 
Options: a ) 20 , b ) 34 , c ) 38 , d ) 40 , e ) 48
Output: e
Input: Problem: a leak in the bottom of a tank can empty the full tank in 6 hours . an inlet pipe fills water at the rate of 4 litres a minute . when the tank is full , the inlet is opened and due to the leak the tank is empty in 8 hours . the capacity of the tank ( in litres ) is 
Options: a ) 5780 litres , b ) 5770 litres , c ) 5760 litres , d ) 5750 litres , e ) 5740 litres
Output: c
Input: Problem: on a scale of map , 0.4 cm represents 5.3 km . if the distance between the points on the map is 64 cm , the actual distance between these points is : 
Options: a ) 9 km , b ) 72.5 km , c ) 190.75 km , d ) 848 km , e ) none of these
Output: d
Input: Problem: a and b can do a work in 20 days , b and c in 25 days , c and a in 30 days . if a , b and c work together , they will complete the work in ? 
Options: a ) 10 days , b ) 12 days , c ) 16 days , d ) 20 days , e ) 25 days
Output: c
Input: Problem: x can do a piece of work in 40 days . he works at it for 8 days and then y finished it in 28 days . how long will y take to complete the work ? 
Options: a ) 10 , b ) 12 , c ) 15 , d ) 18 , e ) 35
Output: e
Input: Problem: the speed of a car is 90 km in the first hour and 75 km in the second hour . what is the average speed of the car ? 
Options: a ) 89 kmph , b ) 82.5 kmph , c ) 75 kmph , d ) 65 kmph , e ) 77 kmph
Output: b
Input: Problem: if 10 spiders make 5 webs in 5 days , then how many days are needed for 1 spider to make 1 web ? 
Options: a ) 10 , b ) 9 , c ) 5 , d ) 15 , e ) 20
Output: a
Input: Problem: the length of a rectangular plot is 20 metres more than its breadth . if the cost of fencing the plot @ rs . 26.50 per metre is rs . 5300 , what is the length of the plot in metres ? 
Options: a ) 238 , b ) 200 , c ) 287 , d ) 117 , e ) 198
Output: b
Input: Problem: a train running at the speed of 60 km / hr crosses a pole in 8 seconds . find the length of the train . 
Options: a ) 133.33 , b ) 882 , c ) 772 , d ) 252 , e ) 121
Output: a
Input: Problem: a hiker walking at a constant rate of 4 kilometers per hour is passed by a cyclist travelling in the same direction along the same path at a constant rate of 12 kilometers per hour . the cyclist stops and waits for the hiker 5 minutes after passing her while the hiker continues to walk at her constant rate . how many minutes must the cyclist wait until the hiker catches up ? 
Options: a ) 10 , b ) 15 , c ) 20 , d ) 25 , e ) 30
Output: a
Input: Problem: a man can row downstream at 18 kmph and upstream at 6 kmph . find the speed of the man in still water and the speed of stream respectively ? 
Options: a ) 3 , b ) 5 , c ) 6 , d ) 4 , e ) 9
Output: c
Input: Problem: a can go round a circular path 8 times in 40 minutes . if the diameter of the circle is increased to 10 times the original diameter , then the time required by a to go round the new path once , travelling at the same speed as before is 
Options: a ) 20 min , b ) 35 min , c ) 50 min , d ) 70 min , e ) none
Output: c
Input: Problem: a car started running at a speed of 38 km / hr and the speed of the car was increased by 2 km / hr at the end of every hour . find the total distance covered by the car in the first 10 hours of the journey . 
Options: a ) 47 km , b ) 76 km , c ) 25 km , d ) 15 km , e ) 30 km
Output: a
Input: Problem: a train 605 m long is running with a speed of 60 km / hr . in what time will it pass a man who is running at 6 km / hr in the direction opposite to that in which the train is going ? 
Options: a ) 81 , b ) 16 , c ) 33 , d ) 54 , e ) 12
Output: c
Input: Problem: a train consists of 12 boggies , each boggy 15 metres long . the train crosses a telegraph post in 9 seconds . due to some problem , three boggies were detached . the train now crosses a telegraph post in 
Options: a ) 6.75 sec , b ) 12 sec , c ) 15 sec , d ) 20 sec , e ) none of these
Output: a
Input: Problem: how many seconds will a 500 m long train take to cross a man walking with a speed of 3 km / hr in the direction of the moving train if the speed of the train is 63 km / hr ? 
Options: a ) 22 , b ) 30 , c ) 88 , d ) 26 , e ) 12
Output: b
Input: Problem: one woman and one man can build a wall together in one hour , but the woman would need the help of two girls in order to complete the same job in the same amount of time . if one man and one girl worked together , it would take them two hours to build the wall . assuming that rates for men , women and girls remain constant , how many hours would it take one woman , one man , and one girl , working together , to build the wall ? 
Options: a ) 5 / 7 , b ) 6 / 7 , c ) 10 / 7 , d ) 12 / 7 , e ) 22 / 7
Output: b
Input: Problem: a , b , c , d and e are 5 consecutive points on a straight line . if bc = 3 cd , de = 8 , ab = 5 and ac = 11 , what is the length of ae ? 
Options: a ) 15 , b ) 17 , c ) 19 , d ) 21 , e ) 23
Output: d
Input: Problem: a train covers a distance of 100 km in 1 hour . if its speed is decreased by 12 km / hr , the time taken by the car to cover the same distance will be ? 
Options: a ) 1 hr , b ) 1 hr 8 min , c ) 50 min , d ) 1 hr 30 min , e ) 1 hr 45 min
Output: b
Input: Problem: a hiker walking at a constant rate of 4 kilometers per hour is passed by a cyclist travelling in the same direction along the same path at a constant rate of 30 kilometers per hour . the cyclist stops and waits for the hiker 5 minutes after passing her while the hiker continues to walk at her constant rate . how many minutes must the cyclist wait until the hiker catches up ? 
Options: a ) 7.5 , b ) 15 , c ) 17.5 , d ) 25 , e ) 32.5
Output: e
Input: Problem: a and b can do a piece of work in 18 days ; band c can do it in 24 days a and c can do it in 36 days . in how many days will a , band c finish it together ? 
Options: a ) 15 days , b ) 12 days , c ) 8 days , d ) 16 days , e ) 9 days
Output: d
Input: Problem: a woman swims downstream 45 km and upstream 15 km taking 3 hours each time , what is the speed of the woman in still water ? 
Options: a ) 10 , b ) 12 , c ) 14 , d ) 16 , e ) 18
Output: a
Input: Problem: two trains 130 m and 160 m long run at the speed of 60 km / hr and 40 km / hr respectively in opposite directions on parallel tracks . the time which they take to cross each other is ? 
Options: a ) 10.9 , b ) 10.7 , c ) 10.3 , d ) 10.44 , e ) 10.8
Output: d
Input: Problem: a car traveling at a certain constant speed takes 2 seconds longer to travel 1 kilometer than it would take to travel 1 kilometer at 80 kilometers per hour . at what speed , in kilometers per hour , is the car traveling ? 
Options: a ) 71.5 , b ) 72 , c ) 72.5 , d ) 73 , e ) 76.6
Output: e
Input: Problem: how long does a train 110 m long running at the speed of 36 km / hr takes to cross a bridge 132 m length ? 
Options: a ) 82.1 sec , b ) 12.1 sec , c ) 24.2 sec , d ) 13.1 sec , e ) 12.15 sec
Output: c
Input: Problem: two pipes p and q can fill a cistern in 12 and 15 minutes respectively . both are opened together , but at the end of 2 minutes the first is turned off . how many more minutes will it take for the cistern to fill after the first pipe is turned off ? 
Options: a ) 8.5 , b ) 9.5 , c ) 10.5 , d ) 11.5 , e ) 12.5
Output: c
Input: Problem: along a yard 441 metres long , 22 trees are palnted at equal distances , one tree being at each end of the yard . what is the distance between two consecutive trees 
Options: a ) 18 , b ) 19 , c ) 20 , d ) 21 , e ) 12
Output: d