praj-17/QA-MCQ-Open-ended huggingface dataset:
Animals slowly consume saturated fatty acids while hibernating

question: An animal hibernating is slowly consuming  (A) organic matter (B) Slowing the transfer of heat (C) saturated fatty acids (D) tree roots (E) the amount of oxygen (F) sulfuric acid (G) animal crackers (H) amount of matter 

answer: C
Animals use saturated fatty acids to create stationary potential energy

question: Animals use saturated fatty acids to create what? (A) stationary potential energy (B) it helps plants in growing (C) animal houses (D) elaborate meals (E) To keep their body heat. (F) it keeps an organism warm (G) Monosaccharides (H) energized conversations 

answer: A
killer whales use saturated fatty acids to store energy.

question: What uses saturated fatty acids to store energy? (A) the Sun (B) peachleaf willow (C) Conifers (D) killer whales (E) perennials (F) generators (G) passenger pigeons (H) light bulbs 

answer: D
Animals use fats to store energy.

question: Which of the following would animals use to store energy? (A) fats (B) plants (C) sodium (D) blood (E) Energy (F) sugar (G) food (H) carcass 

answer: A
Animals use the body's cells to store energy

question: Animals use the body's cells to what? (A) store energy (B) release neutrons (C) share properties (D) produce offspring (E) store cells (F) health (G) survive (H) kill deer 

answer: A
animals use glucose for energy

question: what do animals use for energy? (A) hydrogen (B) chemicals (C) vitamin C (D) nitrogen (E) food (F) glucose (G) Nutrients (H) soil 

answer: F
cats use saturated fatty acids to store energy

question: What use saturated fatty acids to store energy? (A) Raven (B) cats (C) the Sun (D) cattle (E) koalas (F) water (G) humans (H) rocks 

answer: B
Saturated fatty acids can be used to store excess energy.

question: Saturated fatty acids are used for: (A) exercise (B) Reproducing (C) solid, liquid, gas (D) energy storage (E) keeping the dog warm (F) oxidation reaction (G) an organism's body (H) Plants growth 

answer: D
Animals use saturated fatty acids to become potential energy

question: Animals use saturated fatty acids to become what? (A) Something to move (B) to stay alive (C) solid, liquid, gas (D) increased body strength (E) To keep their body heat. (F) a gas in the air (G) potential energy (H) chemicals 

answer: G
cows use saturated fatty acids to store energy

question: what uses saturated fatty acids to store energy? (A) bushes (B) cows (C) Raven (D) humans (E) koalas (F) birds (G) cattle (H) Man 

answer: B
Dogs use saturated fatty acids to store energy.

question: Where do dogs store energy? (A) Something coming from a gland (B) saturated fatty acids (C) Earth orbiting the Sun (D) the environment (E) Slowing the transfer of heat (F) an organism's body (G) it keeps an organism warm (H) it helps plants in growing 

answer: B
Dolphins use saturated fatty acids to store energy.

question: What do dolphins use to store energy? (A) saturated fatty acids (B) thermal insulators (C) kinetic energy (D) evaporation (E) Something coming from a gland (F) objects that have mass (G) it helps plants in growing (H) Positive charges 

answer: A
follicles within the skin helps to insulate and protect the body

question: what helps insulate and protect the body (A) layers of fat (B) follicles within the skin (C) with their fur (D) the sun (E) it has a positive impact on it (F) electrons (G) sound waves (H) that material's properties 

answer: B
Hair helps to keep the body warm and protect it in a variety of climates

question: What helps to keep the body warm and protect it in a variety of climates? (A) wooly (B) snow (C) rain (D) fur (E) coats (F) stones (G) skin (H) hair 

answer: H
Whether worn long or as a mullet, there is still insulation and protection provided.

question: What is still provided, whether the style is long or a mullet? (A) braids (B) it helps plants in growing (C) characteristics (D) insulation and protection (E) bowl cut (F) buzz cut (G) Mechanical energy (H) food and shelter 

answer: D
living cells in follicles help insulate and protect the body

question: what helps insulate and protect the body? (A) h2o (B) living cells in follicles (C) layers of fat (D) it has a positive impact on it (E) viruses (F) parasites (G) They have thick fur (H) with their fur 

answer: B
The protein keratin helps to insulate and protect the body.

question: What helps to insulate and protect the body? (A) tail fins (B) Animal fur (C) fur seals (D) keratin (E) nitrogen (F) snow (G) Epidermis (H) poultry 

answer: D
toes are insulated by hair

question: What helps insulate toes? (A) copper (B) hair (C) skin (D) porous (E) muscle (F) rings (G) fat (H) wooly 

answer: B
Hair is not considered fat.

question: What is hair not considered? (A) lack (B) zinc (C) loss (D) Fat (E) long (F) CFCs (G) gold (H) p53 

answer: D
most mammals have insulation that also protects the body

question: What has insulation that also protects the body? (A) layers of fat (B) animals (C) Animal fur (D) fur and fat (E) alpacas (F) fur seals (G) most mammals (H) Blankets 

answer: G
follicles from dead proteins help to insulate and protect the body

question: What from dead proteins help to insulate and protect the body? (A) follicles (B) bioaerosols (C) Energy (D) sweating (E) fossil fuels (F) layers of fat (G) fur and fat (H) fungi 

answer: A
Plucking a string can cause that string to make a noise.

question: Plucking a string can cause that string to make what? (A) colors (B) light (C) Energy. (D) a chime (E) flavors (F) sound (G) noise (H) waves 

answer: G
Plucking a string on a guitar creates sound

question: How does a guitar create sound? (A) electrically (B) mechanical (C) Amplifying it with electricity (D) The musician being trained (E) Tuning it properly (F) Plucking a string (G) Through play (H) lowered energy cost 

answer: F
strumming a guitar causes it to vibrate

question: what do you strum to cause vibration? (A) brass instruments (B) waves (C) nerves (D) mechanical (E) energy (F) sound waves (G) guitars (H) drums 

answer: G
Plucking a string creates sound waves.

question: What results from plucking a string? (A) light waves (B) sound waves (C) guitar (D) friction (E) chemical changes (F) kinetic energy (G) mechanical (H) violinist 

answer: B
Plucking a string can cause sound to be made in stringed instruments.

question: Doing what can cause sound to be made in stringed instruments? (A) Movement (B) wind (C) striking (D) adding (E) playing (F) plucking (G) electrically (H) breaking 

answer: F
plucking vibrates the saddle

question: What vibrates the saddle? (A) voltage (B) friction (C) nerves (D) heat energy (E) mechanical (F) plucking (G) energy (H) waves 

answer: F
guitars make sound with vibration

question: What do guitars make sound with? (A) friction (B) vibration (C) voltage (D) energy (E) power (F) bamboo (G) mechanical (H) heat energy 

answer: B
dissolving is when solids are heated and ions move freely.

question: What is when solids are heated and ions move freely? (A) dissolving (B) refreshing (C) kinetic energy (D) removing (E) boiling (F) barrel-shaped (G) renewing (H) unidirectional 

answer: A
Heat allows candles to burn and wax to melt.

question: What allows candles to burn and wax to melt? (A) nektar (B) lids (C) energy (D) sugar (E) heat (F) displays (G) jars (H) power 

answer: E
ice melts into water

question: what does ice melt into? (A) gas (B) water (C) a solute (D) air (E) a delta (F) crust (G) liquid (H) lava 

answer: G
ice changes into water when above it's melting point

question: what does ice change into above it's melting point? (A) white (B) Rocks (C) crust (D) nitrogen (E) gas (F) water (G) heat (H) solid 

answer: F
If an object is below a solids melting temperature then it is solid

question: If an object is below an objects melting temperature then it is what? (A) solid (B) liquid (C) volatile (D) gas (E) eroded (F) cold (G) dead (H) Weight 

answer: A
ice cubes heated turn into liquid water

question: What, when heated, turns into liquid water? (A) gasoline (B) oil (C) a solute (D) fire (E) ice cubes (F) a prism (G) mussels (H) Energy. 

answer: E
melting is when something part of a colloidal system is heated above its melting point

question: Melting is when something that is part of what is heated above its melting point? (A) organic molecules (B) gas (C) measuring system (D) Water expanding (E) colloidal system (F) objects that have mass (G) pot (H) an object 

answer: E
When ice is heated above its melting point that is melting.

question: When ice is what above its melting point that is melting. (A) salinity (B) cooled (C) not (D) boiling (E) frozen (F) erosion (G) heated (H) an object 

answer: G
Melting occurs when ice is heated above its melting point.

question: Melting occurs when ice is (A) heating liquids (B) temperature changes (C) heat is produced (D) cooled (E) heated below melting point (F) frozen (G) heated above melting point (H) It gets heated up 

answer: G
melting rocks forms magma

question: What do igneous rocks form into when heated? (A) magma (B) matter (C) crust (D) soils (E) rocks (F) alveoli (G) coal (H) mines 

answer: A
hurricanes convert a large amount of heat

question: What do hurricanes convert? (A) wind (B) Mass (C) fats (D) fibers (E) water (F) heat (G) cold (H) Light 

answer: F
Andrew and Fran both had energy.

question: What did Andrew and Fran have? (A) support (B) courtship (C) Hail (D) Snow (E) Energy (F) Shoes (G) children (H) food 

answer: E
Tropical cyclones convert heat energy into mechanical energy.

question: What's an example of something that converts heat energy into mechanical energy? (A) Roller coaster (B) Tropical cyclone (C) dangerous (D) objects that have mass (E) Electric heater (F) electricity (G) Candle (H) an engine 

answer: B
mechanical energy can cause severe damage

question: What can cause severe damage? (A) progress (B) some viruses (C) important habitats (D) Mechanical energy (E) empathy (F) helpfulness (G) Pollution (H) Destroy bridges 

answer: D
Tropical cyclones convert heat energy into mechanical energy.

question: What converts heat energy into mechanical energy? (A) animal transport (B) kinetic energy (C) all animals (D) dangerous (E) an engine (F) objects that have mass (G) tropical cyclones (H) electricity 

answer: G
A tropical cyclone can convert heat energy into mechanical energy.

question: What does a tropical cyclone convert heat energy into? (A) rays or beams (B) enormous damage to homes (C) mechanical energy (D) kinetic energy (E) massive damage (F) an object (G) electricity (H) electromagnetic energy 

answer: C
Something categorized by the Saffir-Simpson scale converts heat energy into mechanical energy

question: Something that converts heat energy to mechanical energy is categorized by what scale? (A) engines (B) dangerous (C) supersonic (D) Energy. (E) electricity (F) a hydraulic system (G) kinetic energy (H) Saffir-Simpson 

answer: H
Chemical weathering causes iron to rust.

question: What causes iron to rust? (A) Chemical energy (B) High pressure (C) harmful substances (D) Greenhouse gasses (E) permineralization (F) Chemical weathering (G) Cold temperatures (H) Direct heat 

answer: F
Chemical weathering gives a rusty red color to sedimentary rocks.

question: What gives a rusty red color to sedimentary rocks? (A) food coloring (B) The area was once underwater (C) chemical weathering (D) remains of prehistoric life (E) deoxyribonucleic acid (F) sea urchins (G) dirt (H) earthquakes 

answer: C
chemical weathering causes iron in asteroids to oxidize

question: What causes iron in asteroids to oxidize? (A) aliens (B) chemical weathering (C) flow of electrons (D) hydrogen and oxygen (E) water (F) Chemical energy (G) fossil fuels (H) ice 

answer: B
chemical weathering causes iron to rust

question: What does chemical weathering cause iron to do? (A) rust (B) vomit (C) reacts (D) bruise (E) divide (F) expand (G) harm (H) burned 

answer: A
chemical weathering causes redness of the rocks containing iron.

question: chemical weathering causes redness of the rocks containing what? (A) iron (B) Urea (C) Gases (D) red stones (E) matter (F) gems (G) coal (H) oranges 

answer: A
Chemical weathering causes FE in rock to oxidize.

question: Chemical weathering causes what in rock to oxidize? (A) Fe (B) tar (C) h2o (D) H20 (E) DDT (F) Ag (G) O (H) CO2 

answer: A
Chemical weathering causes iron in rock to combine with oxygen

question: Chemical weathering causes iron in rock to combine with what? (A) uranium (B) oxygen (C) cartilage (D) nothing (E) an object (F) vacuum (G) energy (H) heat 

answer: B
Iron oxidation in granite is very slow.

question: Iron oxidation in granite is _. (A) unique (B) deadly (C) slow (D) reacts (E) reduce (F) fast (G) stagnant (H) nonexistent 

answer: C
chemical weathering causes iron to turn brown, red, or orange

question: What does chemical weather cause iron to do? (A) Change to rainbow colors (B) flow of electrons (C) contamination (D) Stay the same (E) It gets heated up (F) Plant growth is reduced (G) Change gender (H) Change color to brown 

answer: H
chemical weathering causes rust

question: What causes rust? (A) a pathogens (B) Roundworms (C) flow of electrons (D) dust (E) thunder (F) an amoebae (G) chemical weathering (H) skin 

answer: G
Chemical weathering of iron in rock causes rust

question: Rust of iron in rocks is a direct result of  (A) solar heating (B) high speed fall from space (C) Chemical energy (D) The area was once underwater (E) permineralization (F) Temperature (G) volcanic ejection (H) chemical weathering 

answer: H
iron oxidation occurs more when it's hot

question: What causes oxidation to happen at a faster rate? (A) flow of electrons (B) Organic compounds (C) Cooking (D) heating liquids (E) Hot conditions (F) Greenhouse gases (G) hydrogen and oxygen (H) an electric stove 

answer: E
The chemical disintegration of rocks causes iron in rock to oxidize.

question: The chemical disintegration of rocks causes iron in rocks to what? (A) oxidize (B) heat (C) break off (D) Rise (E) Bend (F) size (G) inactive (H) deadly 

answer: A
Low rainfall can lead to oxidation of iron in rock.

question: What can lead to oxidation of iron in rock? (A) heat energy (B) low rainfall (C) flow of electrons (D) permineralization (E) fossil fuels (F) harmful substances (G) boiling (H) evaporation 

answer: B
chemical disintegration of rocks causes the iron in it to oxidize

question: what causes iron in rocks to oxidize? (A) a tree falling (B) oxidation reaction (C) exposure to cold (D) chemical disintegration (E) hydrogen and oxygen (F) basic building blocks of life (G) fissures of hot, acidic water (H) flow of electrons 

answer: D
chemical weathering causes pyrite to change to limonite, geothite and hematite

question: chemical weathering causes what to change to limonite (A) pyrite (B) growth (C) Collagen (D) fibrous (E) cellulose (F) soil (G) cracks (H) calcite 

answer: A
chemical weathering causes iron in limestone to oxidize

question: chemical weathering causes iron to oxidize in what? (A) calcite (B) limestone (C) In sediment (D) the skin (E) graptolites (F) loose soil (G) body water (H) soils 

answer: B
glaciers melt via thermal conduction

question: Glaciers melt via (A) vaporization (B) thermal conduction (C) Water expanding (D) colder temperatures (E) mountain sources (F) internal combustion (G) decreased wind (H) Physical weathering 

answer: B
when a cooler object touches a warmer object it removes heat

question: When a cooler object touches a warmer object it (A) electrically (B) flow of electrons (C) heat energy (D) energizes molecules (E) breaks down particles (F) solid, liquid, gas (G) removes heat (H) enables magnetism 

answer: G
Heat sinks are designed to be cooler than the objects they're in contact with.

question: What is an example of an object designed to be cool? (A) a prism (B) cold hands (C) storing water (D) heat sink (E) satellites (F) naturally occurring ice (G) sweating (H) heater 

answer: D
when a cabbage touches a cucumber, thermal conduction occurs

question: What happens when a cucumber touches a cabbage? (A) permineralization (B) Plant growth is reduced (C) magnetism (D) prolactin release (E) It gets heated up (F) atom creation (G) explosion (H) thermal conduction 

answer: H
when a cooler object touches a warmer object, heat is removed from the center

question: what happens when a cooler object touches a warmer object? (A) Temperature changing (B) they die (C) thermometer (D) flow of electrons (E) heat removed from the center (F) matter vibrating (G) h2o loss (H) converting electricity to heat 

answer: E
heat always flows to cooler objects as thermal conduction occurs.

question: When thermal conduction occurs, what always flows to what? (A) ice to burning objects (B) heat energy (C) heat to cooler objects (D) converting electricity to heat (E) heat to metal objects (F) kinetic energy (G) cold to hot objects (H) Evaporation 

answer: C
When a cooler object touches a warmer object, conductivity varies with sediment type.

question: When a cooler object touches a warmer object, conductivity varies with what? (A) heat energy (B) flow of electrons (C) voltage (D) activation energy (E) Electrical energy (F) sediment type (G) energy barrier (H) friction 

answer: F
conduction is increased with compaction

question: conduction is increased with what? (A) Time and energy (B) compaction (C) blood (D) evaporation (E) voltage (F) heat energy (G) motion (H) sweating 

answer: B
heat transfers from warmer to cooler by convection

question: How is heat transferred? (A) rays or beams (B) kinetic energy (C) photons (D) heat energy (E) sweating (F) energy (G) convection (H) Evaporation 

answer: G
A mass loses energy when there is friction

question: What does friction cause a mass to lose? (A) support (B) Energy (C) nutrients (D) weight (E) contents (F) Collagen (G) height (H) cartilage 

answer: B
The decline of speed in associated with an object losing energy.

question: The decline of speed is associated with what? (A) an object gaining energy (B) a lot of human deaths (C) decrease stamina (D) hyperthyroidism (E) an object losing energy (F) an object gaining momentum (G) body temperature reduces (H) an object going faster 

answer: E
friction causes a car to lose energy

question: what causes a car to lose energy? (A) Temperature (B) gas (C) slipperiness (D) friction (E) heat (F) lack of resistance (G) Dehydration (H) wind 

answer: D
Friction causes an object to slow down.

question: What causes an object to slow down? (A) sweating (B) hormones (C) quadriceps (D) smooth surfaces (E) electrically (F) friction (G) speed (H) lack of friction 

answer: F
Friction causes a car to lose energy

question: Friction causes a car to what? (A) renew energy (B) to move people (C) increase velocity (D) imbalanced (E) squeeze (F) lose energy (G) speed up (H) contracting 

answer: F
Friction causes things to lose energy.

question: What does friction cause things to lose? (A) heat (B) moisture (C) toughness (D) Energy. (E) traits (F) light (G) energy (H) cartilage 

answer: G
generating heat causes an object to lose energy

question: generating heat causes an object to lose what (A) toughness (B) position (C) stability (D) Energy. (E) sunlight (F) energy (G) mass (H) balance 

answer: F
energy is lost due to heat

question: what is energy lost to? (A) heat (B) health (C) Bats (D) squids (E) living (F) life (G) cells (H) horses 

answer: A
Spacecraft that are reentering the atmosphere lose energy

question: Orbiting spacecraft reentering the Earth's atmosphere (A) lose energy (B) dormant state (C) to move people (D) migrate (E) inactive (F) threatened (G) rays or beams (H) It decreases 

answer: A
pressure causes an object to lose energy

question: What causes an object to lose energy? (A) fur and fat (B) Temperature (C) sweating (D) Evaporation (E) wind (F) pressure (G) Dehydration (H) photons 

answer: F
heat build up causes an object to lose energy

question: What causes an objects to lose energy? (A) Greenhouse gasses (B) layers of fat (C) fur and fat (D) Dehydration (E) heat build up (F) sweating (G) chemical messengers (H) Temperature 

answer: E
surfaces rubbing together causes an object to lose energy

question: what causes an object to lose energy? (A) high temperature (B) electron transport (C) degrees celcius (D) surfaces rubbing together (E) heat is produced (F) degrees Celsius (G) depress neuronal excitability (H) a tree falling 

answer: D
opposing force dissipates energy

question: what dissipates energy? (A) aqueous solution (B) chlorofluorocarbons (C) carbon dioxide (D) opposing force (E) Evaporation (F) hydrogen and oxygen (G) sweating (H) fossil fuels 

answer: D
two substances rubbing together causes an object to lose energy

question: what causes an object to lose energy (A) wind and erosion (B) pressure differences. (C) refract or absorb. (D) heat is produced (E) electron transport (F) depress neuronal excitability (G) degrees Celsius (H) 2 substances rubbing together 

answer: H
Force acting against motion causes an object to lose energy.

question: Force acting against motion causes what? (A) Object to lose energy. (B) depress neuronal excitability (C) body temperature reduces (D) kinetic energy (E) heat production (F) heat is produced (G) heat the body (H) a lot of human deaths 

answer: A
lubrication prevents an object from losing energy

question: What does lubrication prevent? (A) permineralization (B) Losing energy (C) harmful substances (D) prolactin release (E) Pollution (F) sweating (G) contamination (H) Greenhouse gasses 

answer: B
The nonparasitic protists live on decaying trees and are fungus-like

question: Where do non-parasitic protists live? (A) decaying vegetables (B) loose soil (C) Conifers (D) decaying bodies (E) decaying trees (F) Most plants (G) an organism's body (H) decaying teeth 

answer: E
Slime molds are fungus like protists commonly found on rotting logs and decomposed matter.

question: Where can slime mold, a fungus like protist, most likely be found? (A) in a log cabin (B) swamp vegetation (C) mouth of rivers (D) an area swollen with pus (E) in decomposing matter (F) Germy surfaces (G) on a new car (H) on a mushroom dish 

answer: E
slime molds are fungus-like single-celled organisms

question: slime molds are fungus-like what? (A) major threat to health (B) members of their own species (C) humans (D) Leptospirosis (E) single-celled organism (F) share properties (G) complex organisms (H) button fungus 

answer: E
Slime molds can be found on rotting logs and other nutrient-rich areas

question: Where can slime molds be found besides rotting logs? (A) other nutrient-rich areas (B) By wind and rain (C) swamp vegetation (D) in ice (E) To another location like underground (F) on the ocean floor (G) inside bacteria (H) colder and wetter 

answer: A
mushrooms are found on compost

question: where are mushrooms found? (A) ocean (B) mountains (C) vegetation (D) loose dirt (E) limestone (F) compost (G) metal (H) loose soil 

answer: F
Mucus like organisms can be found on rotting logs and compost.

question: Where can mucus like organisms be found? (A) the environment (B) Contaminated wounds (C) on food (D) on rotting logs and compost (E) an area swollen with pus (F) in the grass (G) in the refridgerator (H) mouth of rivers 

answer: D
nuisance fungus are commonly found on rotting logs and compost

question: nuisance fungus are what on rotting logs and compost? (A) rarely discovered (B) deceptively found (C) more abundant (D) Decrease bodily water (E) infrequently found (F) harmful substances (G) bioaerosols (H) commonly found 

answer: H
slime molds are unicellular

question: What are unicellular? (A) more abundant (B) alveoli (C) bears (D) mice (E) slime molds (F) In their leaves (G) mushrooms (H) Most plants 

answer: E
Slime molds are fungus-like protists commonly found on rotting trees and compost.

question: Where are slime molds found? (A) flowers (B) loose dirt (C) animals (D) leaves (E) loose soil (F) swamp vegetation (G) rotting trees (H) an organism's body 

answer: G