jeggers/fermi huggingface dataset:
Question: How many pennies are needed to equal the height of Mt. Everest?
CONTEXT:
F1: The height to be matched is 8849 meters
F2: The thickness of a penny is 0.0015 metes
PROGRAM:
Q1: What is the height of Mt. Everest?
Q2: What is the thickness of a penny?
A1: 8849 m
A2: 0.0015 m=Q2 -> A2|F2=Q1 -> A1|F1
P: Div(Q1, Q2)
Answer: 5898666
Question: How much gasoline does a typical automobile use during its lifetime?
CONTEXT:
F1: The average life-time of an automobile is 8 years
F2: A typical automobile consumes 2400 litres of gasoline each year.
PROGRAM:
Q1: What is the average lifetime of an automobile?
Q2: How much gasoline does a typical automobile consume in a year?
A1: 8
A2: 2400 L=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Mul (Q1, Q2)
Answer: 19200 L
Question: How much energy does it take to produce a flat-screen TV?
CONTEXT:
F1: The average cost of procuring raw materials in terms of energy is 100 J.
F2: The average production cost of building a flat screen TV in terms of energy is 150 J
PROGRAM:
Q1: What is the average cost of the entire raw materials required to build a flat screen TV in terms of energy?
Q2: What is the average production cost of a flat screen TV in terms of energy?
A1: 100 J
A2: 150 J=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Add (Q1, Q2)
Answer: 250 J
Question: Suppose the Army Corps of Engineers decided to put a dam across the Potomac River in order to provide power for the Washington area. Assume the dam was built to hold back the water into a lake to a height of 15 m behind the dam. Estimate the total force the water would exert on the dam.
CONTEXT:
F1: The length of the dam is 50 m.The height of the dam is 15 m
F2: The density of water is 1000kg/m**3
F3: The acceleration due to gravity is 10 m/s**2
F4: The height of the dam is 15 m
F5: numerical coefficient for computing square of a number is 2
PROGRAM:
Q1: What is the length of the dam?
Q2: What is the product of density, square of the height of the dam, water and acceleration due to gravity?
Q3: What is the density of water?
Q4: What is the product of square of the height of the dam and acceleration due to gravity?
Q5: What is the square height of the dam?
Q6: What is the accelaration due to gravity of the dam?
Q7: What is the height of the dam?
Q8: What is the numerical coefficient for computing square of a number?
A1: 50 meters
A2: 1000 kg*meters**-3
A3: 10 meters*s**-2
A4: 15 meters
A5: 2=Q8 -> A5 | F5=Q7 -> A4 | F4=Q5 -> Pow (Q7, Q8)=Q6 -> A3 | F3=Q4 -> Mul (Q5, Q6)=Q3 -> A2 | F2=Q2 -> Mul (Q3, Q4)=Q1 -> A1 | F1
P: Mul (Q1, Q2)
Answer: 1.12e+8 kg*meter*s**-2
Question: What is the minimum surface area of a 2 dimensional sheet that would still cause a solar eclipse?
CONTEXT:
F1: Total surface area of the moon is 38e+6 km**2
F2: ½ part of the moon is involved in the solar eclipse phenomenon.
PROGRAM:
Q1: What is the total surface area of the moon?
Q2: What part of the moon is involved in the solar eclipse phenomenon?
A1: 38e+6 km**2
A2: 1/2=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Mul (Q1, Q2)
Answer: 18e+6 km**2
Question: How old are you if you are a million seconds old?
CONTEXT:
F1: There are 365 days in a year.
F2: There are 24 hours in a day.
F3: There are 60 minutes in an hour.
F4: There are 60 seconds in a minute
F5: There are 1000000 seconds in a million seconds
PROGRAM:
Q1: How many days does a million seconds equal to?
Q2: How many days are there in a year?
Q3: How many hours does a million seconds equal to?
Q4: How many hours are there in a day?
Q5: How many minutes does a million seconds equal to?
Q6: How many minutes are there in an hour?
Q7: How many seconds does a million seconds equate to?
Q8: How many seconds are there in a minute?
A1: 365 days/year
A2: 24 hours/day
A3: 60 minutes/hour
A4: 60 seconds/minutes
A5: 1000000 seconds=Q8 -> A4 | F4=Q7 -> A5 | F5=Q5 -> Div(Q7,Q8)=Q6 -> A3 | F3=Q3 -> Div(Q5,Q6)=Q4 -> A2 | F2=Q1 -> Div(Q3, Q4)=Q2 -> A1 | F1
P: Div(Q1, Q2)
Answer: 0.031 years
Question: How many cents per mile does it take to drive your car?
CONTEXT:
F1: It takes 0.35 USD for a car to drive upto a mile.
F2: There are 100 cents in a dollar.
PROGRAM:
Q1: How much does it cost for a car to drive upto a mile?
Q2: How many cents are there in a dollar?
A1: 0.35 mi**-1
A2: 100=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Mul (Q1, Q2)
Answer: 35 mi**-1
Question: How many trees need to be cut to print newspapers everyday?
CONTEXT:
F1: 120000 tonnes of newspaper are produced each day.
F2: 18 trees are to be cut to produce a tonne of news paper.
PROGRAM:
Q1: How many tonnes of newspaper are produced each day?
Q2: How many trees are to be cut to produce a ton of newspaper?
A1: 120000
A2: 18=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Mul (Q1, Q2)
Answer: 2160000
Question: How old are you if you are a million hours old?
CONTEXT:
F1: There are 365 days in a year.
F2: There are 24 hours in a day.
F3: There are a 1000000 hours in a million hours.
PROGRAM:
Q1: How many days does a million hours equal to?
Q2: How many days are there in a year?
Q3: How many hours does a million hours equal to?
Q4: How many hours are there in a day?
A1: 365 days/year
A2: 24 hours/day
A3: 1000000 hours=Q3 -> A3 | F3=Q4 -> A2 | F2=Q1 -> Div(Q3, Q4)=Q2 -> A1 | F1
P: Div(Q1, Q2)
Answer: 114 years
Question: How many plastic straws are used every day accross the world?
CONTEXT:
F1: There are around 15e+6 restaurants and cafes combined in the world.
F2: An average of 100 beverages are sold each day in a restaurant/cafe.
PROGRAM:
Q1: How many cafes and restaurants are there in the world?
Q2: How many beverages are sold on an average daily in a restaurant?
A1: 15e+6
A2: 100=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Mul (Q1, Q2)
Answer: 1.50E+09
Question: How long is a truck?
CONTEXT:
F1: The length of an average car is around 16 feet
F2: Around 4 cars make up for the length of the truck.
PROGRAM:
Q1: What is the average length of a car?
Q2: How many cars equivalent is the length of the truck?
A1: 16 ft
A2: 4=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Mul (Q1, Q2)
Answer: 64 ft
Question: Would it have been possible for a seismometer to pick up the vibrations caused by a walking Diplodocus?
CONTEXT:
F1: The minimum vibrations of an earthquake detected by a seismometer are 2 Hz
F2: The vibrations produced by the walking of a Diplodocus is 48 Hz.
PROGRAM:
Q1: What is the minimum vibrations of an earthquake detected by the seismometer?
Q2: What are the vibrations produced by the walking of a Diplodocus?
A1: 2 hertz
A2: 48 hertz=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Sub (Q2, Q1)
Answer: 46 hertz
Question: How many grains of rice are in a 10kg bag?
CONTEXT:
F1: The mass of the rice bag in total is 10 kg.
F2: The average mass of a single rice bag is 0.020 gm.
PROGRAM:
Q1: What is the mass of the rice bag in total?
Q2: What is the mass of a single grain of rice?
A1: 10 kg
A2: 0.0002 kg.=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Div(Q1, Q2)
Answer: 50000
Question: How many gallons of gasoline does a car use in its lifetime?
CONTEXT:
F1: The average lifetime of a car is 12 years.
F2: The annual fuel consumption of a car is 656 gallons per year.
PROGRAM:
Q1: What is the average lifetime of a car?
Q2: What is the annual fuel consumption of a normal car?
A1: 12 years
A2: 656 gallons*year**-1=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Mul (Q1, Q2)
Answer: 7872 gal
Question: If all the string was removed from all of the tennis rackets in the US and layed out end-to-end, how many round trips from Detroit to Orlando could be made with the string?
CONTEXT:
F1: The distance between Detroit and Orlando is 1870 km
F2: There are 1e+9 tennis racquets in the US.
F3: The distance covered by the strings of tennis racquet when laid out is 0.012 km
F4: The dividing factor to get round trips from one way trips is 2.
PROGRAM:
Q1: How many one-way trips can be covered using if the string were laid out?
Q2: What is the distance between Detroit and Orlando?
Q3: What is the distance covered by the strings of all the tennis racquets in the US when laid out?
Q4: How many tennis racquets are there in the US?
Q5: What is the length of the string in a tennis racquet when laid out?
Q6: What is the dividing factor to get round trips from one-way trips
A1: 1870 km
A2: 1e+9
A3: 0.012 km
A4: 2=Q5 -> A3 | F3=Q4 -> A2 | F2=Q3 -> Mul (Q4, Q5)=Q2 -> A1 | F1=Q1 -> Div (Q3, Q2)=Q6 -> A4 | F4
P: Div (Q1, Q6)
Answer: 3208.5
Question: How much would it cost to build the NYC subway from scratch today?
CONTEXT:
F1: The ratio of the cost of dollars currently and the dollar rate back when NYC was being built is 30.
F2: The total cost in building the initial NYC Subway turned out to be 15e+9 dollars
PROGRAM:
Q1: What is the ratio of the cost of dollars currently and the dollar rate back when NYC was being built?
Q2: How much did it cost to build the NYC subway?
A1: 30
A2: $15e+9=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Mul (Q1, Q2)
Answer: $450000000000
Question: How many seeds does a dandelion have?
CONTEXT:
F1: An average dandelion has about 10 flowers.
F2: An average flower produces about 150 seeds.
PROGRAM:
Q1: How many flowers does a dandelion have?
Q2: How many seeds are produced by a single dandelion flower?
A1: 10
A2: 150=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Mul (Q1, Q2)
Answer: 1500
Question: How many fewer people would have solar panels if there were no subsidies for installing it?
CONTEXT:
F1: Around 0.5 of the total people buy the panels for subsidy benefits.
F2: Around 2e+6 people go solar each year.
PROGRAM:
Q1: What fraction of people buy solar panels for sustainability and not for subsidies?
Q2: How many people buy solar panels each year?
A1: 0.5
A2: 2e+6=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Mul (Q1, Q2)
Answer: 1.00E+06
Question: How many people would it take to surround our school if they held hands?
CONTEXT:
F1: The perimeter of a school is 300m
F2: The average length between both hands when holding two different people on both sides is 0.6m
PROGRAM:
Q1: What is the perimeter of the school?
Q2: What is the length between both hands when holding two different people on both sides?
A1: 300m
A2: 0.6m=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Div(Q1, Q2)
Answer: 500
Question: What are the approximate values of Force acting on a stretched string in a guitar?
CONTEXT:
F1: The mass coefficient of the string of the guitar is 2.5e-5 kg/m
F2: The velocity of the wave that travels across the string is 405 m/s
PROGRAM:
Q1: What is the mass coefficient of a string in the guitar?
Q2: What is the square of the velocity of the wave that travels across the string?
Q3: What is the velocity of the wave that travels across the string?
A1: 2.5e-5 kg*m**-1
A2: 405 m*s**-1=Q3 -> A2 | F2=Q2 -> Pow (Q3, 2)=Q1 -> A1 | F1
P: Mul (Q1, Q2)
Answer: 4.1 N
Question: How many more RBCs does an adult male have than an adult woman?
CONTEXT:
F1: The number of RBCs in a male body is 5400000 cells per microliter
F2: The number of RBCs in a female body is 4800000 cells per microliter
PROGRAM:
Q1: How many RBCs are there in a male body?
Q2: How many RBCs are there in a female body?
A1: 5.4 L**-1
A2: 4.8 L**-1=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Sub (Q1, Q2)
Answer: 0.6 L**-1
Question: How much can a single diatom intakes CO2 in a 6 day life span?
CONTEXT:
F1: The daily CO2 intake of diatom is 0.13 pounds.
F2: The given lifespan of the diatom is 6 days.
PROGRAM:
Q1: What is the daily intake of CO2 of a diatom?
Q2: What is the given lifespan of the diatom?
A1: 0.13 pounds
A2: 6=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Mul (Q1, Q2)
Answer: 0.78 pounds
Question: How far could you theoretically travel back in time before you could no longer find a genetically compatible human to breed with because of differences caused by evolution?
CONTEXT:
F1: The current year is 2021.
F2: The last genetically computable human goes all the way back to the one's life during Harappa and MohenjodarO, the first human civilisation [assumption] which was 6000 BC
PROGRAM:
Q1: What is the current year?
Q2: In which year does the last genetically compatible human w.r.t the current generation resides in?
A1: 2021
A2: -5979=Q2 -> A2 | F2=Q1 -> A1 | F2
P: Sub (Q1, Q2)
Answer: 8000
Question: What do you estimate the total weight of all the Covid-19 viruses in the world?
CONTEXT:
F1: The mass of the corona virus in a patient's body is 50e-6 grams
F2: The total number of people associated with CoronaVirus right now are 1.58e+6
PROGRAM:
Q1: What is the mass of the corona virus in a patient's body?
Q2: How many people in total are down with Coronavirus right now?
A1: 50e-6 g
A2: 1.58e+6=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Mul (Q1, Q2)
Answer: 79 g
Question: How many people could you fit into a classroom?
CONTEXT:
F1: The average classroom size in the US is 960 sq. ft
F2: An average person occupies 3 sq. ft while standing given
PROGRAM:
Q1: What is the average area of a classroom?
Q2: How much floor space does an average human occupy while he/she is standing?
A1: 960 ft**2
A2: 3 ft**2=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Div(Q1, Q2)
Answer: 320
Question: How much file space would be required to house every Disney production in standard definition?
CONTEXT:
F1: Disney has produced 59 films till now.
F2: The average file space for a standard definition video is 0.7 GB
PROGRAM:
Q1: How many movies have disney produced till now?
Q2: What is average file space for a standard definition video?
A1: 59
A2: 0.7 GB=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Mul (Q1, Q2)
Answer: 41.3 GB
Question: Take your typical large football/soccer sized stadium and add levels until you can fit everyone on the planet... how big is this stadium?
CONTEXT:
F1: The total human population is 7.2e+9.
F2: Around 20000 people fit in one level of a football stadium.
PROGRAM:
Q1: What is the total population on earth?
Q2: How many people fit in one floor of an average sized football stadium?
A1: 7.2e+9
A2: 20000=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Div (Q1, Q2)
Answer: 360000
Question: How much domestic trash is produced in the U.S per year?
CONTEXT:
F1: An average US household produces 2877 kgs of garbage every year.
F2: There are 128e+6 households in the US.
PROGRAM:
Q1: How much domestic trash is produced per household every year in the US?
Q2:How many households are there in the US?
A1: 2877 kg
A2: 128e+6=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Mul (Q1, Q2)
Answer: 3.6e+11 kg
Question: How many trees does one need to grow in their backyard to balance the carbon footprint caused by the average usage of an Air Conditioner?
CONTEXT:
F1: The carbon footprint of an AC in a year is 1.368 tons
F2: 6 trees are to be planted for 1 ton of CO2.
PROGRAM:
Q1: What is the carbon footprint caused by an AC over a year?
Q2: How many trees are to be planted for 1 ton of CO2?
A1: 1.368
A2: 6=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Mul (Q1, Q2)
Answer: 8
Question: Moving 200 feet per minute, how long would it take to get from Earth to Mars?
CONTEXT:
F1: The distance between earth and moon is 1.8e+11 ft
F2: The speed at which one is moving is 200 ft/minute
PROGRAM:
Q1: What is the distance between earth and mars?
Q2: What is the speed at which one is moving?
A1: 1.8e+11 ft
A2: 200 ft*min**-1=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Div (Q1, Q2)
Answer: 9e+8 min
Question: How many leaves are on a tree?
CONTEXT:
F1: The oxygen is produced by a single tree in a year is 48 pounds
F2: The oxygen is produced by a single leaf in a year is 0.219 gm ( 0.00048 pounds)
PROGRAM:
Q1: How much oxygen is produced by a single tree in a year?
Q2: How much oxygen is produced by a single leaf in a year
A1: 48 pounds
A2: 0.00048 pounds=Q1 -> A1 | F1=Q2 -> A2 | F2
P: Div (Q1, Q2)
Answer: 100000
Question: What is the kinetic energy of a truck driving on a highway?
CONTEXT:
F1: The mass of the truck is 3000 kg
F2: The velocity of a truck is 27 m/s
PROGRAM:
Q1: What is the half of the mass of the truck?
Q2: What is the velocity square of the truck?
Q3: What is the velocity of the truck?
Q4: What is the mass of the truck?
A1: 3000 kg
A2: 27 m*s**-1=Q3 -> A2 | F2=Q2 -> Pow (Q3, 2)=Q4 -> A1 | F1=Q1 -> Div (Q4, 2)
P: Mul (Q1, Q2)
Answer: 1093500 J
Question: What is the total number of hairs on your head?
CONTEXT:
F1: Considering our head to be a half sphere with radius 2.5, the surface area is 78.5 sq. inch
F2: The average number of hairs on a sq. inch covered area is 1400
PROGRAM:
Q1: What is the total surface area of your head?
Q2: How many hairs does our head have on an area of a square inch?
A1: 78.5 in**2
A2: 1400 in**-2=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Mul (Q1, Q2)
Answer: 109900
Question: If fluoride in water is 4 parts per million how much of an 8 oz glass of water would be fluoride atoms?
CONTEXT:
F1: There are 2 fluorine atoms in a part of fluoride.
F2: 9.3e+23 atoms are present in a single oz of water molecule.
F3: There are 8 oz of water given.
F4: The total size is in terms of ppm.
PROGRAM:
Q1: How many water atoms are there in 8 oz glass of water?
Q2: How many fluoride atoms are present in one part of fluoride?
Q3: How many atoms are present in an oz of water?
Q4: How many oz of water do we have?
Q5: What is the total volume of water used to compare the concentration here?
Q6: How many flouride atoms are present in the given volume of water?
A1: 0.000008
A2: 9.3e+23 oz**-1
A3: 8 oz
A4: 1e+6=Q4 -> A3 | F3=Q3 -> A2 | F2=Q1 -> Mul (Q3, Q4)=Q2 -> A1 | F1=Q6 -> Mul (Q1, Q2)=Q5 -> A4 | F4
P: Div (Q6, Q5)
Answer: 5.95E+13
Question: How many A4 sheets does it take to make a paper chain long enough to go down the main hallway at school?
CONTEXT:
F1: The length of main hallway in the school is 150 ft
F2: The length of an A4 size paper is 0.975 ft.
PROGRAM:
Q1: What is the length of the main hallway in the school?
Q2: What is the length of an A4 size paper?
A1: 15 ft
A2: 0.975 ft=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Div(Q1, Q2)
Answer: 15.4
Question: How many blades of grass are there on a football pitch?
CONTEXT:
F1: The area of a football pitch is 76854 sq foot.
F2: The average square foot has 3000 blades of grass.
PROGRAM:
Q1: What is the total area of the football pitch?
Q2: How many blades of grass does an average square foot consist of?
A1: 76854 ft**2.
A2: 3000 ft**-2=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Mul (Q1, Q2)
Answer: 230562000
Question: What is the average amount of excrement produced per person per day in Africa?
CONTEXT:
F1: The population of Africa is 1.2e+9
F2: An average person excretes 400 grams every day.
PROGRAM:
Q1: What is the population of Africa?
Q2: How much does an average person excrete each day in Africa?
A1: 1.2e+9
A2: 400g=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Mul (Q1, Q2)
Answer: 4.8e+11 g
Question: How many days worth of video exists in the world currently?
CONTEXT:
F1: The total hours worth of video content available is 10e+9 hours (estimate)
F2: There are 24 hours in a day.
PROGRAM:
Q1: What is total hours worth of video content present in the world currently?
Q2: How many hours are there in a day?
A1: 10e+9 hours
A2: 24 hours*day**-1=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Div (Q1, Q2)
Answer: 416666667 days
Question: How much energy is spent each second by smartphones being charged?
CONTEXT:
F1: Approximately 0.1 Wh is used per minute in charging a smartphone.
F2: There are 60 seconds in a minute.
PROGRAM:
Q1: How much energy is spent per minute in charging a smartphone?
Q2: How many seconds are there in a minute?
A1: 0.1 Wh
A2: 60=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Div (Q1, Q2)
Answer: 1e-3 Wh
Question: How many books are read by children in our school in one year?
CONTEXT:
F1: The average number of students in a school is 516.
F2: The number of books read by a child annually is 30.
PROGRAM:
Q1: What is the total number of students in a school?
Q2: How many books are read by a child on an average yearly?
A1: 516
A2: 30=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Mul (Q1, Q2)
Answer: 15480
Question: How many high fives has Lebron James given/received?
CONTEXT:
F2: Lebron has played a total of 1308 games till now.
F1: Lebron has been a participant in at least 200 high fives in a single match (considering he only high-fives during a basketball match)
PROGRAM:
Q1: How many matches has Lebron James played?
Q2: What is the average number of High-fives that Lebron has been a part of, in a match on an average?
A1: 1308
A2: 200=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Mul (Q2, Q1)
Answer: 261600
Question: What percentage of library books in the US were checked out at least once in 2016?
CONTEXT:
F1: The number of books that were checked out at least once in the US 1e+7 (assumption)
F2: The total number of books checked out in the US in 2016 are 8e+8.
PROGRAM:
Q1: What is the number of books that were checked out at least once in the US?
Q2: What is the total number of books checked out in the US in 2016?
A1: 1e+7
A2: 8e+8=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Div (Q1, Q2)
Answer: 0.0125
Question: What is the density, g/cc, of the gold atom nucleus?
CONTEXT:
F1: The number of nucleons present in gold's nucleus is 197
F2: The density of gold atom is 19.32 g/cc
PROGRAM:
Q1: What is the number of nucleons, inside's gold's nucleus?
Q2: What is the density of the gold atom?
A1: 197
A2: 19.32 g*cm**-3=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Mul (Q1, Q2)
Answer: 3806 g*cm**-3
Question: How many people on earth have a PHD in computer science?
CONTEXT:
F1: There are roughly 10000 universities that offer Computer Science as a degree.
F2: Roughly, each university has awarded 200 students a PhD in Computer Science.
PROGRAM:
Q1: How many universities offering computer science are there in the world?
Q2: On an average, how many PhDs have these universities awarded since their inception.
A1: 10000
A2: 200=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Mul (Q1, Q2)
Answer: 2000000
Question: How many cows are there in the United States?
CONTEXT:
F1: There are 9.89e+8 cows in the world.
F2: 10% of world's cows are in the US
PROGRAM:
Q1: How many cows are there in the world?
Q2: What fraction of the world's cows reside in the US?
A1: 9.89e+8
A2: 0.1=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Mul (Q1, Q2)
Answer: 9.90E+07
Question: How long would it take for erosion to erase the existence of the Mars rovers, if we never retrieve them?
CONTEXT:
F1: Around 10% of the rover is damaged due to the erosion on mars surface.
F2: Each year, on an average 1 erosion takes place on mars.
F3: When the percentage of damage hits 100%, the rover will cease to exist.
PROGRAM:
Q1: What percent of a rover is damaged due to single erosion on the Mars surface?
Q2: When will the existence of the rover last?
A1: 10 year**-1
A2: 100=Q2 -> A2 | F3=Q1 -> A1 | F1 & F2
P: Div (Q2, Q1)
Answer: 10 years
Question: What percentage of the calories in a student's lunch is spent on swtiching between classes?
CONTEXT:
F1: The calories burnt in switching classes is 10 calories
F2: The amount of calories present in a lunch meal is 600 calories
PROGRAM:
Q1: How many calories are burnt when switching classes?
Q2: What is the amount of calories gained from the consumption of lunch by a student?
Q3: What is the fraction of calorie burnt to calorie gained?
A1: 10
A2: 600=Q1 -> A1 | F1=Q2 -> A2 | F2=Q3 -> Div (Q1, Q2)
P: Mul (Q3, 100)
Answer: 1.60%
Question: How many grams of steam are needed to melt a cubic foot of ice?
CONTEXT:
F1: The weight equivalent of one cubic foot of ice is 28300 gm
F2: The density of earth is 5.5e+12 kg per cubic cm
PROGRAM:
Q1: What is the weight equivalent of one cubic foot of ice?
Q2: How many grams of ice can 1 gram of steam melt?
A1: 28300 g
A2: 8 g=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Div (Q1, Q2)
Answer: 3537
Question: How many tablespoons of water would fill a container?
CONTEXT:
F1: The average volume of a container is 1 L
F2: The average volume of a tablespoon filled water is 0.005 L
PROGRAM:
Q1: What is the volume of a normal container?
Q2: What is the volume of a tablespoon filled water?
A1: 1L
A2: 0.005L=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Div (Q1, Q2)
Answer: 200
Question: The size of sphere made by taking all human body mass and forming it together in space.
CONTEXT:
F1: The mass of an average human being is 60 kg
F2: The density of an average human being is 985 kg/m**3
PROGRAM:
Q1: What is the mass of an average human being?
Q2: What is the density of an average human being?
A1: 60 kg
A2: 985 kg/m**3=Q2 -> A2 | F2=Q1 -> A1 | F1
P: Div (Q1, Q2)
Answer: 0.06 m**3
Question: How many construction sites are there in the US right now?
CONTEXT:
F1: The sites registered with the US Housing and Urban development authority is 1793000
PROGRAM:
Q1: How many sites are registered in the US Housing and Urban development authority with the status - "incomplete"
A1: 1793000
P: A1 | F1
Answer: 1793000