Jongbin-kr/qasc huggingface dataset:
What will happen if an object is at equilibrium? (A) kinetic energy (B) evaporation (C) It accelerates (D) flow of electrons (E) It explodes (F) It remains stationary (G) The bending of a ray of light (H) It reverses direction
Answer: F
Fact 1: if two balanced forces act on an object in opposite directions then that object will remain stationary
Fact 2: If an object is at equilibrium, then the forces are balanced.
Combined fact: If an object is at equilibrium  that object will remain stationary
What can change the movement of something or have it remain stationary? (A) rolling around (B) pulling chains (C) a hydraulic system (D) remaining motionless (E) kinetic energy (F) friction (G) Electrical energy (H) pushes and pulls
Answer: H
Fact 1: if two balanced forces act on an object in opposite directions then that object will remain stationary
Fact 2: Pushes and pulls can change the movement of an object.
Combined fact: Pushes and pulls can change the movement of something or have it remain stationary.
What happens if two balanced forces act on an badge in opposite directions? (A) a badge will move (B) heat is produced (C) a badge will remain stationary (D) a badge will accelerate (E) Earth revolving around the sun (F) depress neuronal excitability (G) a badge will disappear (H) The bending of a ray of light
Answer: C
Fact 1: if two balanced forces act on an object in opposite directions then that object will remain stationary
Fact 2: Another symbolic object is the badge on the hat of Dinteville.
Combined fact: if two balanced forces act on an badge in opposite directions then that badge will remain stationary
What happens when an object is at equilibrium? (A) It melts (B) It remains stationary (C) The bending of a ray of light (D) It weighs more (E) matter vibrating (F) It moves quickly (G) flow of electrons (H) Movement of an air mass
Answer: B
Fact 1: if two balanced forces act on an object in opposite directions then that object will remain stationary
Fact 2: If an object is at equilibrium, then the forces are balanced.
Combined fact: When an object is at equilibrium, the object will remain stationary
What can cause an object to remain stationary? (A) travel (B) microscope (C) running (D) wind (E) sweating (F) cold air (G) gravity (H) motion
Answer: G
Fact 1: if two balanced forces act on an object in opposite directions then that object will remain stationary
Fact 2: Gravity creates force and energy.
Combined fact: gravity can cause an object to remain stationary
If two balanced forces act on an object in opposite directions then that object is (A) uncontrolled (B) It will move. (C) threatened (D) heated (E) penetrated (F) unidirectional (G) not moving (H) vibrating
Answer: G
Fact 1: if two balanced forces act on an object in opposite directions then that object will remain stationary
Fact 2: Objects can be stationary or moving with constant linear velocity.
Combined fact: if two balanced forces act on an object in opposite directions then that object is not  moving
what is a stationary object? (A) moving (B) in the frog family (C) Under 32 degrees (D) dying (E) By coral exoskeletons (F) at equilibrium (G) solid, liquid, gas (H) h2o
Answer: F
Fact 1: if two balanced forces act on an object in opposite directions then that object will remain stationary
Fact 2: If an object is at equilibrium, then the forces are balanced.
Combined fact: a stationary object is at equilibrium
Two forces at an equilibrium on an object in opposite directions will keep the object what? (A) energy (B) yanked (C) mechanical (D) moving (E) stationary (F) It will move. (G) kinetic energy (H) pulled
Answer: E
Fact 1: if two balanced forces act on an object in opposite directions then that object will remain stationary
Fact 2: If an object is at equilibrium, then the forces are balanced.
Combined fact: Two forces at an equilibrium on an object in opposite directions will keep the object stationary
What is likely to exert mutually on an object, making the object remain stationary? (A) balanced forces (B) kinetic energy (C) a single force (D) competition (E) unbalanced forces (F) heat energy (G) randomized forces (H) solid, liquid, gas
Answer: A
Fact 1: if two balanced forces act on an object in opposite directions then that object will remain stationary
Fact 2: Opposites also hold each other in balance and exert mutual control.
Combined fact: balanced forces exert mutually on an object making it remain stationary
Centrifugal force act along with gravitational force to cause an object to remain what (A) moves (B) ground (C) small (D) Energy. (E) kinetic energy (F) stationary (G) energy (H) It will move.
Answer: F
Fact 1: if two balanced forces act on an object in opposite directions then that object will remain stationary
Fact 2: Centrifugal force exactly balances gravitational force.
Combined fact: Centrifugal force act along with gravitational force to cause an object to remain stationary
If two balanced objects act on an object in opposite directions, the object will (A) bent (B) behave (C) cool off (D) friction (E) Temperature (F) not move (G) survive (H) run away
Answer: F
Fact 1: if two balanced forces act on an object in opposite directions then that object will remain stationary
Fact 2: Objects can be stationary or moving with constant linear velocity.
Combined fact: If two balanced forces act on an object in opposite directions then that object will not move.
what might competition lead to? (A) negative (B) weathering (C) heaven (D) friction (E) strength (F) violence (G) harm them (H) passiveness
Answer: F
Fact 1: Competition may lead to aggressive behaviors or displays of aggression.
Fact 2: Aggression Aggression and violence often go together.
Combined fact: competition may lead to violence
Competition may lead to release of  (A) Chemical energy (B) dopamine (C) insulin (D) heat energy (E) emissions (F) growth hormone (G) adrenaline (H) Energy
Answer: G
Fact 1: Competition may lead to aggressive behaviors or displays of aggression.
Fact 2: Aggression is the drive, the adrenaline, the power.
Combined fact: Competition may lead to release of adrenaline
populations need for food can lead to what (A) agriculture (B) rapid expansion (C) drinking (D) death and devastation (E) sadness (F) displays of aggression (G) massive damage (H) sorrow
Answer: F
Fact 1: Competition may lead to aggressive behaviors or displays of aggression.
Fact 2: Population Competition for food in larger animals leads to territory being established and defended.
Combined fact: populations need for food can lead to displays of aggression
Human mating may lead to  (A) population decline (B) improved eyesight (C) earthquakes (D) It helps them survive (E) heat produced (F) aggressive behavior (G) produce offspring (H) biological diversity
Answer: F
Fact 1: Competition may lead to aggressive behaviors or displays of aggression.
Fact 2: Human mating behavior also involves some competition.
Combined fact: Human mating may lead to aggressive behaviors or displays of aggresion
What can cause harm? (A) Sulfur dioxide (B) burning coal (C) Medical treatment (D) treats (E) Good feelings (F) cigarettes (G) competition (H) emissions
Answer: G
Fact 1: Competition may lead to aggressive behaviors or displays of aggression.
Fact 2: Aggression is the desire or intent to cause harm.
Combined fact: competition can cause harm
What displays less aggression when there are fewer older members? (A) bacteria (B) rocks (C) bucks (D) bamboo (E) toads (F) cats (G) dogs (H) the Sun
Answer: C
Fact 1: Competition may lead to aggressive behaviors or displays of aggression.
Fact 2: With so many does and so few older bucks, there is little competition for mating.
Combined fact: bucks display less aggression when there are fewer older bucks
Hostility can be one outcome of: (A) relocation (B) behavior research (C) decrease stamina (D) forces (E) fungi (F) competition (G) tolerance (H) Gunshots
Answer: F
Fact 1: Competition may lead to aggressive behaviors or displays of aggression.
Fact 2: Frequently their behavior is aggressively hostile.
Combined fact: Competition may lead to hostility.
what may lead to aggressive behaviors? (A) respiration (B) Gunshots (C) tortoises (D) digestion (E) sports (F) gravity (G) vehicles (H) abrasion
Answer: E
Fact 1: Competition may lead to aggressive behaviors or displays of aggression.
Fact 2: Many sports are solely competition sports.
Combined fact: sports may lead to aggressive behaviors
What can lead to bullying? (A) Cooperation (B) Isolation (C) Damaged hearing (D) Perfection (E) Competition (F) negative (G) smoking tobacco (H) heat or cold
Answer: E
Fact 1: Competition may lead to aggressive behaviors or displays of aggression.
Fact 2: Aggressive behavior is often first recognized as bullying behavior.
Combined fact: Competition can result in bullying.
What can lead to a dog demonstrating a deep grumbling bark? (A) sensory neurons (B) reduced heat (C) competition (D) Decibels (E) friction (F) Damaged hearing (G) matter vibrating (H) adding heat
Answer: C
Fact 1: Competition may lead to aggressive behaviors or displays of aggression.
Fact 2: Social aggression is characterized by a dog that demonstrates a deep grumbling bark.
Combined fact: competition can lead to dogs demonstrating a deep grumbling bark
what may competition lead to? (A) Plant growth is reduced (B) if humans disturb bears (C) enormous damage to homes (D) negative (E) major threat to health (F) harm them (G) verbal outbursts (H) resistance activities
Answer: G
Fact 1: Competition may lead to aggressive behaviors or displays of aggression.
Fact 2: Another form of aggressive behavior is the verbal outburst.
Combined fact: competition may lead to verbal outbursts
What does an incandescent light bulb use to convert electricity into light  (A) energy (B) light (C) heat energy (D) Tungsten (E) heat (F) Neon gas (G) Coal (H) Helium
Answer: D
Fact 1: an incandescent light bulb converts electricity into light by sending electricity through a filament
Fact 2: Standard filaments are made of tungsten.
Combined fact: an incandescent light bulb converts electricity into light by using tungsten
Incandescent bulbs convert electricity into what in the electric field? (A) activation energy (B) fragments (C) motors (D) kinetic energy (E) oscillations (F) shards (G) heat energy (H) energy
Answer: E
Fact 1: an incandescent light bulb converts electricity into light by sending electricity through a filament
Fact 2: Light is the oscillations in the electric field.
Combined fact: Incandescent bulbs convert electricity into oscillations in the electric field.
What happens when incandescent bulbs get hot (A) energy (B) They burn out (C) sunlight (D) They glow (E) heat energy (F) They explode (G) uncontrolled (H) They turn off
Answer: D
Fact 1: an incandescent light bulb converts electricity into light by sending electricity through a filament
Fact 2: An incandescent material is so hot that it glows, producing light.
Combined fact: Incandescent bulbs use electricity to get hot and glow.
What can convert battery energy into light? (A) incandescent light bulbs (B) motors (C) focusing a lens (D) an electron lens (E) generators (F) speakers (G) hydrogen and oxygen (H) Firecrackers
Answer: A
Fact 1: an incandescent light bulb converts electricity into light by sending electricity through a filament
Fact 2: Additional electricity is stored in the battery.
Combined fact: an incandescent light bulb converts battery energy into light
What part of a light bulb has energy run through it, converting energy into light? (A) adding heat (B) sun's heat (C) cotton (D) heat energy (E) glass (F) light (G) filaments (H) broken light bulbs
Answer: G
Fact 1: an incandescent light bulb converts electricity into light by sending electricity through a filament
Fact 2: Electrical energy is also energy.
Combined fact: a light bulb converts energy into light by sending energy through a filament
What do yard lamps use to convert electricity to light?  (A) heat energy (B) energy (C) Solar energy (D) transference (E) heat (F) filament (G) tube (H) metal
Answer: F
Fact 1: an incandescent light bulb converts electricity into light by sending electricity through a filament
Fact 2: Most of the yard lamps are incandescent.
Combined fact: most yard lamps convert electricity to light using a filament
what are light bulbs powered by? (A) heat (B) metal (C) wind (D) sun (E) energy (F) magnetism (G) gas (H) cold
Answer: A
Fact 1: an incandescent light bulb converts electricity into light by sending electricity through a filament
Fact 2: Incandescence is light from heat energy.
Combined fact: light bulbs are powered by heat
an incandescent light bulb converts electricity into light by sending electricity through what? (A) hair-thin molecules (B) hair-thin spokes (C) epidermis and dermis (D) hydrogen and oxygen (E) activation energy (F) an electron lens (G) hair-thin hairs (H) hair-thin fibers of glass
Answer: H
Fact 1: an incandescent light bulb converts electricity into light by sending electricity through a filament
Fact 2: Fiber optics works by carrying light along hair-thin filaments of glass.
Combined fact: an incandescent light bulb converts electricity into light by sending electricity through hair-thin fibers of glass
What do incandescent bulbs produce as they create electricity? (A) energy (B) heat (C) fuel (D) smoke (E) gas (F) fields (G) copper (H) waves
Answer: B
Fact 1: an incandescent light bulb converts electricity into light by sending electricity through a filament
Fact 2: Incandescent bulbs produce more heat than light.
Combined fact: Incandescent bulbs produce heat as they create electricity.
What do LEDs convert into light? (A) Solar energy (B) heat energy (C) fish (D) kinetic energy (E) electricity (F) tulip bulbs (G) energy (H) bacteria
Answer: E
Fact 1: an incandescent light bulb converts electricity into light by sending electricity through a filament
Fact 2: Light source is an ultra-bright, unbreakable LED Bulb.
Combined fact: LEDs converts electricity into light
Structures coil when, and are made of DNA and proteins? (A) during the night (B) they bend (C) during prophase (D) during reproduction (E) an organism's body (F) solid, liquid, gas (G) during protein absorbtion (H) Veins and arteries.
Answer: C
Fact 1: Chromosomes are coiled structures made of DNA and proteins.
Fact 2: During prophase the chromosomes coil up.
Combined fact: Strucutres coil during prophase and are made of DNA and proteins
What are a part of coiled structures made of DNA and proteins? (A) seeds (B) alleles (C) genes (D) skin (E) PDAs (F) coils (G) ovaries (H) complex
Answer: C
Fact 1: Chromosomes are coiled structures made of DNA and proteins.
Fact 2: Genes are part of the chromosomes and coded for on the DNA strands.
Combined fact: Genes are a part of coiled structures made of DNA and proteins
chromosomes are coiled structures made of proteins and what? (A) solid, liquid, gas (B) density (C) Something that causes allergies (D) deoxyribonucleic acid (E) It helps them survive (F) inheritance (G) blood cells (H) allow growth
Answer: D
Fact 1: Chromosomes are coiled structures made of DNA and proteins.
Fact 2: DNA is deoxyribonucleic acid.
Combined fact: chromosomes are coiled structures made of deoxyribonucleic acid and proteins
what are chromosomes? (A) organ (B) wrapped (C) coiled (D) three (E) flat (F) springed (G) alleles (H) protected
Answer: C
Fact 1: Chromosomes are coiled structures made of DNA and proteins.
Fact 2: Chromosomes consist of DNA and protein.
Combined fact: chromosomes are coiled
What is an anomaly in coiled structures made of DNA and proteins? (A) ribosomes (B) trisomy (C) mitosis (D) metamorphosis (E) resistance (F) deltas (G) lmestone (H) Bend
Answer: B
Fact 1: Chromosomes are coiled structures made of DNA and proteins.
Fact 2: Trisomy chromosomes are the most common chromosomal anomaly.
Combined fact: trisomy is an anomaly in coiled structures made of DNA and proteins
What are the stuff of life? (A) rocks (B) food and shelter (C) magic (D) chromosomes (E) fossil fuels (F) insects (G) animals (H) emptiness
Answer: D
Fact 1: Chromosomes are coiled structures made of DNA and proteins.
Fact 2: DNA is the stuff of life.
Combined fact: chromosomes are the stuff of life
What are chromosomes made of? (A) Deoxyribonucleicacid, protein (B) sulfuric acid, fat (C) Chemical energy (D) protein, hydrobromic acid (E) boric acid, protein (F) Something that comes in a bundle of fibers (G) sub-units of species (H) A compound that donates proton
Answer: A
Fact 1: Chromosomes are coiled structures made of DNA and proteins.
Fact 2: DNA stands for Deoxyribonucleicacid.
Combined fact: Chromosomes are coiled structures made of Deoxyribonucleicacid and proteins.
where are genes carried? (A) the environment (B) Most plants (C) plant reproduction (D) Veins and arteries. (E) Earth orbiting the Sun (F) the body's largest organ (G) Leeuwenhoek (H) coiled structures
Answer: H
Fact 1: Chromosomes are coiled structures made of DNA and proteins.
Fact 2: Genes are carried on the chromosomes.
Combined fact: genes are carried in coiled structures made of DNA and proteins
What are one thing the combination of proteins and DNA make up? (A) alleles (B) sperm (C) insects (D) embryos (E) fusion (F) PDAs (G) humans (H) complex
Answer: B
Fact 1: Chromosomes are coiled structures made of DNA and proteins.
Fact 2: An egg or sperm with an extra chromosome or missing a chromosome is then made.
Combined fact: Eggs and sperm have coiled structures made of DNA and proteins.
What are part of chromosomes? (A) Chemical energy (B) color of leaves (C) sensory neurons (D) the body's largest organ (E) Most plants (F) histone proteins (G) keeps the organism warm (H) more abundant
Answer: F
Fact 1: Chromosomes are coiled structures made of DNA and proteins.
Fact 2: Chromosomes are made up of DNA and histone proteins.
Combined fact: histone proteins make up chromosomes
What do coiled structures made of DNA and proteins determine? (A) life (B) SNPs (C) sex (D) size (E) cell (F) RNA (G) tRNA (H) gene
Answer: C
Fact 1: Chromosomes are coiled structures made of DNA and proteins.
Fact 2: Sex Chromosomes determine sex of individual.
Combined fact: coiled structures made of DNA and proteins determine sex
Chromosomes are what made of deoxyribonucleic acid and proteins? (A) Something to move (B) the body's largest organ (C) they bend (D) allow growth (E) competing for resources (F) objects that have mass (G) coiled structures (H) more abundant
Answer: G
Fact 1: Chromosomes are coiled structures made of DNA and proteins.
Fact 2: DNA is an abbreviation for deoxyribonucleic acid.
Combined fact: Chromosomes are coiled structures made of deoxyribonucleic acid and proteins
The determination of what is coiled structures made of DNA and proteins? (A) PDAs (B) ligt (C) complex (D) gender (E) improve (F) SO2 (G) three (H) alleles
Answer: D
Fact 1: Chromosomes are coiled structures made of DNA and proteins.
Fact 2: Sex chromosomes determine gender.
Combined fact: The determination of gender is coiled structures made of DNA and proteins
What is influenza caused by? (A) insects (B) A bacteria (C) smoking (D) Mold (E) Viruses (F) amoeba (G) Cold weather (H) chemicals
Answer: E
Fact 1: Viruses cause many human diseases.
Fact 2: Influenza virus causes widespread human disease.
Combined fact: Influenza is a disease caused by a virus
what does influenza cause? (A) amoeba (B) diabetes (C) anemia (D) extinction (E) shingles (F) disease (G) measles (H) propagate
Answer: F
Fact 1: Viruses cause many human diseases.
Fact 2: Influenza virus causes widespread human disease.
Combined fact: influenza causes widespread disease
What causes diseases? (A) water (B) air (C) smoking (D) fungi (E) insects (F) Papilloma (G) sunlight (H) Pollution
Answer: F
Fact 1: Viruses cause many human diseases.
Fact 2: Another virus is the Human Papilloma virus.
Combined fact: Papilloma causes diseases
what can be detected clinically? (A) clinics (B) viruses (C) murmur (D) ghosts (E) anemia (F) vampires (G) harm (H) sweating
Answer: B
Fact 1: Viruses cause many human diseases.
Fact 2: Human diseases can be detected clinically.
Combined fact: viruses can be detected clinically
Viruses cause contamination spreading what? (A) alleles (B) Toxicity (C) Pollution (D) food (E) diseases (F) cells (G) pores (H) microbes
Answer: E
Fact 1: Viruses cause many human diseases.
Fact 2: Bacterial contamination can spread diseases to humans and livestock.
Combined fact: Viruses cause contamination spreading diseases
What can smallpox cause? (A) contamination (B) harmful substances (C) vaccines (D) photosynthesis (E) extinction (F) cellular respiration (G) Destroy crops (H) human disease
Answer: H
Fact 1: Viruses cause many human diseases.
Fact 2: Some smallpox viruses are maintained in laboratories.
Combined fact: smallpox causes human disease
Something that can cause many human diseases can be what? (A) deadly and devastating (B) Disease textbooks (C) harmful substances (D) Microscopic organisms (E) Human thoughts (F) destroying life (G) Human emotions (H) Created by a natural process.
Answer: H
Fact 1: Viruses cause many human diseases.
Fact 2: Human viruses are created by natural process.
Combined fact: Something created by a natural process  cause many human diseases.
what can cause death? (A) weathering (B) chemicals (C) Cars (D) respiration (E) viruses (F) flooding (G) digestion (H) Pesticides
Answer: E
Fact 1: Viruses cause many human diseases.
Fact 2: Infectious disease is the leading cause of human death worldwide.
Combined fact: viruses cause death
What causes human disease? (A) HPV (B) UV (C) minerals (D) Tamiflu (E) mold (F) HIV (G) human growth (H) CFCs
Answer: F
Fact 1: Viruses cause many human diseases.
Fact 2: Examples include influenza, rabies, HIV, and Herpes viruses.
Combined fact: Influenza causes human disease.
The pull of what on the Earth's oceans cause the tides? (A) A yellow star (B) Time and energy (C) energy of moving objects (D) A natural satellite (E) flow of electrons (F) An artificial satellite (G) A red star (H) hydrogen and oxygen
Answer: D
Fact 1: the gravitational pull of the Moon on Earth 's oceans causes the tides
Fact 2: Planetary moons are natural satellites.
Combined fact: The gravitational pull of a natural satellite on Earth's oceans causes the tides
what has a gravitation pull from the Moon to cause tides? (A) dolphins (B) Earth's atmosphere (C) Mount Everest (D) Lake Ontario (E) squids (F) Pacific (G) our star (H) Jellyfish
Answer: F
Fact 1: the gravitational pull of the Moon on Earth 's oceans causes the tides
Fact 2: Largest of the oceans on Earth is the Pacific Ocean .
Combined fact: the gravitational pull of the Moon on the Pacific causes the tides
What does the gravitational pull of the Moon on Earth 's oceans cause? (A) kite surfing (B) erosion (C) currents (D) fishing (E) waves (F) flooding (G) rivers (H) algae bloom
Answer: C
Fact 1: the gravitational pull of the Moon on Earth 's oceans causes the tides
Fact 2: Tides also cause currents.
Combined fact: the gravitational pull of the Moon on Earth 's oceans causes currents
the gravitational pull of the Moon on Earth 's oceans causes water to enter and leave the bay when (A) H20 (B) seasons (C) weekly (D) daily (E) slow (F) monthly (G) strong (H) annually
Answer: D
Fact 1: the gravitational pull of the Moon on Earth 's oceans causes the tides
Fact 2: Ocean tides enter and leave the Bay twice a day.
Combined fact: the gravitational pull of the Moon on Earth 's oceans causes water to enter and leave the bay twice a day
What does does the gravitational pull of the Moon on Earth's oceans cause? (A) deer calls (B) waves (C) rivers (D) two (E) erosion (F) trees (G) Energy. (H) moon cycles
Answer: B
Fact 1: the gravitational pull of the Moon on Earth 's oceans causes the tides
Fact 2: High tide is the crest of the wave and low tide the trough.
Combined fact: the gravitational pull of the Moon on Earth 's oceans causes waves
What causes tides? (A) waves (B) sunlight (C) Mass (D) moon (E) weight (F) force (G) wind (H) asteroid
Answer: D
Fact 1: the gravitational pull of the Moon on Earth 's oceans causes the tides
Fact 2: For example, ocean tides are caused by the sun and moon's gravity pulling on the water.
Combined fact: tides are caused by the moon
the gravitational pull of the Moon on Earth's oceans pumps what into the oceans? (A) rivers (B) oxygen (C) saltwater (D) seaweed (E) energy (F) water (G) fish (H) h2o
Answer: E
Fact 1: the gravitational pull of the Moon on Earth 's oceans causes the tides
Fact 2: Energy is pumped into the ocean by the winds and tides.
Combined fact: The gravitational pull of the Moon on Earth's oceans pumps energy into the ocean.
what forms tides? (A) magma (B) plates (C) two (D) algae (E) sun (F) earth (G) moon (H) spring
Answer: G
Fact 1: the gravitational pull of the Moon on Earth 's oceans causes the tides
Fact 2: Gravity causes tides.
Combined fact: the moon forms tides
the gravitational pull of the Moon on Earth 's oceans causes water to what? (A) vaporization (B) mouth of rivers (C) fall down a hole (D) rise and fall (E) Condensation (F) sink into the crust (G) disappear forever (H) It gets heated up
Answer: D
Fact 1: the gravitational pull of the Moon on Earth 's oceans causes the tides
Fact 2: Tides are the rising and falling of ocean's water.
Combined fact: the gravitational pull of the Moon on Earth 's oceans causes water to rise and fall
The moon's gravitational pull on Earth 's oceans causes the vertical movement of what? (A) oceans (B) rivers (C) matter (D) waves (E) deserts (F) asteroids (G) the sun (H) water
Answer: H
Fact 1: the gravitational pull of the Moon on Earth 's oceans causes the tides
Fact 2: Tides A tide is vertical movement of water.
Combined fact: The gravitational pull of the Moon on Earth 's oceans causes the vertical movement of water
What does the gravitational pull of the Moon on Earth 's oceans cause? (A) Energy. (B) two (C) waves (D) fires (E) the Sun (F) sunlight (G) rivers (H) erosion
Answer: C
Fact 1: the gravitational pull of the Moon on Earth 's oceans causes the tides
Fact 2: High tide is when the best waves come in.
Combined fact: the gravitational pull of the Moon on Earth 's oceans causes waves
What does gravitational pull of the moon cause? (A) tides (B) waves (C) heat (D) gravitational pull of the sun (E) rain (F) the world's orbit (G) motion (H) erosion
Answer: A
Fact 1: the gravitational pull of the Moon on Earth 's oceans causes the tides
Fact 2: Earth Day celebrations are now held across the world.
Combined fact: the gravitational pull of the Moon on the world's oceans causes the tides
the gravitational pull of the Moon on what causes the tides? (A) the sun (B) earth (C) squids (D) mountains (E) Pacific (F) Jupiter (G) amoebae (H) our star
Answer: E
Fact 1: the gravitational pull of the Moon on Earth 's oceans causes the tides
Fact 2: To the west is the Pacific Ocean.
Combined fact: the gravitational pull of the Moon on the Pacific causes the tides
What does the gravitational pull of the moon cause? (A) earth's rotation (B) energy of moving objects (C) tides in the Pacific (D) to move people (E) river beds (F) the Great Barrier Reef (G) Plant growth is reduced (H) gravitational pull of earth
Answer: C
Fact 1: the gravitational pull of the Moon on Earth 's oceans causes the tides
Fact 2: Rivers drain into the Pacific Ocean.
Combined fact:  the gravitational pull of the Moon on the Pacific causes the tides
The gravitational pull of the moon on Earth's what cause flooding and damaged homes? (A) Annelids (B) erosion (C) streams (D) oceans (E) rivers (F) Roads (G) wind (H) two
Answer: D
Fact 1: the gravitational pull of the Moon on Earth 's oceans causes the tides
Fact 2: Torrential rain and high tides caused flooding in coastal areas and damaged beachfront homes.
Combined fact: The gravitational pull of the moon on Earth's oceans causes flooding and damaged homes.
If the moon was not present, what would happen to ocean currents? (A) erosion (B) Movement (C) decrease (D) summer end (E) imbalanced (F) flooding (G) watershred (H) rivers
Answer: C
Fact 1: the gravitational pull of the Moon on Earth 's oceans causes the tides
Fact 2: Tides create current.
Combined fact: The gravitational pull of the Moon on Earth's ocean contributes to ocean currents
Fossil fuels are burned in many what? (A) roads (B) Fuel cells (C) solids (D) fossilized animals (E) power (F) engines (G) energy (H) Electrical
Answer: F
Fact 1: using a gasoline engine requires burning gasoline
Fact 2: Oil and gasoline are fossil fuels.
Combined fact: Many engines burn fossil fuels.
What is NOT a byproduct of using a gasoline engine? (A) chickenpox (B) carbon dioxide (C) carcinogens (D) Collagen (E) water (F) warmth (G) loose dirt (H) uranium
Answer: H
Fact 1: using a gasoline engine requires burning gasoline
Fact 2: For every one gallon of gasoline an engine burns, one gallon of water is produced as a by-product.
Combined fact: Using a gasoline engine produces water as a by-product
What requires burning fossil fuels? (A) Fuel cells (B) using electricity (C) animals (D) Cooking (E) organisms (F) engines (G) lightning (H) solar power
Answer: F
Fact 1: using a gasoline engine requires burning gasoline
Fact 2: Oil and gasoline are fossil fuels.
Combined fact: using some engines requires burning fossil fuels
If you want to use a gasoline engine, what must you do with the gasoline? (A) drain the gasoline (B) wash the gasoline (C) cool down the gasoline (D) move to different locations (E) adding heat (F) ignite the gasoline (G) vaporization (H) evaporation
Answer: F
Fact 1: using a gasoline engine requires burning gasoline
Fact 2: When the fuel is ignited, it burns with oxygen.
Combined fact: Using a gasoline engine requires igniting gasoline.
what ignites easily? (A) rockets (B) fuel (C) air (D) cigars (E) Fuel cells (F) heat energy (G) oil (H) gasoline
Answer: H
Fact 1: using a gasoline engine requires burning gasoline
Fact 2: Gasoline ignites easily and burns vigorously.
Combined fact: gasoline ignites easily
using a gasoline engine requires what? (A) electricity (B) no ignition (C) carbon dioxide (D) easy ignition (E) difficult ignition (F) no gasoline (G) hydrogen and oxygen (H) adding heat
Answer: D
Fact 1: using a gasoline engine requires burning gasoline
Fact 2: Gasoline ignites easily and burns vigorously.
Combined fact: using a gasoline engine requires easy ignition
What does an engine require burning? (A) Time and energy (B) energy (C) wind (D) water (E) carbon dioxide (F) layers of fat (G) fossil fuels (H) sunlight
Answer: G
Fact 1: using a gasoline engine requires burning gasoline
Fact 2: Fossil fuels include coal, oil, natural gas, and gasoline.
Combined fact: using a fossil fuel engine requires burning fossil fuels
Using what can require burning gasoline? (A) Lead (B) oil (C) calculator (D) woodfire (E) fire (F) running shoes (G) coal (H) car
Answer: H
Fact 1: using a gasoline engine requires burning gasoline
Fact 2: After the car is moving, the gasoline engine kicks in.
Combined fact: Using a car can require burning gasoline
Toxic carbon monoxide is produced by what? (A) gasoline engines (B) Electric generators (C) electric cars (D) electricity (E) solar panels (F) cigarettes (G) an engine (H) ionization
Answer: A
Fact 1: using a gasoline engine requires burning gasoline
Fact 2: And, of course, burning of gasoline produces toxic carbon monoxide.
Combined fact: Using a gasoline engine produces toxic carbon monoxide
What does using a car require? (A) Burning gasoline (B) Burning wood (C) Electrical energy (D) a hydraulic system (E) Driving a boat (F) Burning tires (G) Time and energy (H) hydrogen and oxygen
Answer: A
Fact 1: using a gasoline engine requires burning gasoline
Fact 2: Gasoline is used in cars, boats, motorcycles, lawn mowers and other engines.
Combined fact: using a car requires burning gasoline
using an what requires burning flammable liquid (A) light bulb (B) engine (C) toaster (D) Decibels (E) cigars (F) barrel (G) Cooking (H) battery
Answer: B
Fact 1: using a gasoline engine requires burning gasoline
Fact 2: Gasoline and flammable liquid related burns, however, are a preventable problem.
Combined fact: using an engine requires burning flammable liquid
Using a gasoline engine requires doing what to gasoline? (A) Dehydration (B) Cooking (C) Smoking (D) energy usage (E) vaporization (F) consuming (G) adding heat (H) evaporation
Answer: F
Fact 1: using a gasoline engine requires burning gasoline
Fact 2: When they are burned, fossil fuels are consumed.
Combined fact: using a gasoline engine requires consuming gasoline
Much of protein transport in a cell requires what? (A) protons (B) recycling (C) oxygen (D) energy (E) atoms (F) Nutrients (G) walls (H) Energy.
Answer: D
Fact 1: Vesicle transport requires energy, so it is also a form of active transport.
Fact 2: Much of protein transport in a cell occurs via coated transport vesicles.
Combined fact: Much of protein transport in a cell requires energy
Glutamate transport requires what? (A) chemicals (B) flavoring (C) glucose (D) energy (E) MSG (F) Energy. (G) chop sui (H) oxygen
Answer: D
Fact 1: Vesicle transport requires energy, so it is also a form of active transport.
Fact 2: Synaptic vesicles glutamate transporter 5.
Combined fact: Glutamate transport requires energy.
What requires energy? (A) diffusion (B) empty space (C) Plants growth (D) nothing (E) salamanders (F) animals (G) passive transport (H) Cooking
Answer: A
Fact 1: Vesicle transport requires energy, so it is also a form of active transport.
Fact 2: Active transport is another form of diffusion.
Combined fact: diffusion requires energy
Why does vesicle transport need energy?  (A) it helps plants in growing (B) to prevent movement (C) for movement of substances (D) during the day (E) Transfers energy (F) flow of electrons (G) to breath (H) magnetism
Answer: C
Fact 1: Vesicle transport requires energy, so it is also a form of active transport.
Fact 2: Active transport involves movement of substances against a chemical gradient.
Combined fact: Vesicle transport requires energy for movement of substances against a chemical gradient.
Vesicle transport requires energy and a what? (A) activity (B) major threat to health (C) metabolic reaction (D) hydration (E) biofuel (F) wavelengths and photons (G) carrier molecule (H) Vibrations.
Answer: G
Fact 1: Vesicle transport requires energy, so it is also a form of active transport.
Fact 2: Active transport requires a carrier molecule and a form of energy.
Combined fact: Vesicle transport requires energy and a carrier molecule
What does vesicle transport require? (A) bus (B) Joules (C) railroad (D) vehicles (E) heat (F) charge (G) oxygen (H) food
Answer: H
Fact 1: Vesicle transport requires energy, so it is also a form of active transport.
Fact 2: Food provides energy and health.
Combined fact: vesicle transport requires food
what is vesicle transport a form of? (A) motion (B) direct energy (C) bioaerosols (D) relocation (E) diffusion (F) heat energy (G) communication (H) movement
Answer: E
Fact 1: Vesicle transport requires energy, so it is also a form of active transport.
Fact 2: Active transport is another form of diffusion.
Combined fact: vesicle transport requires energy, and is a form of diffusion
What is a form of vesicle transport that requires energy? (A) absorption (B) glucose (C) Leptospirosis (D) a solute (E) Energy. (F) bioaerosols (G) direct energy (H) heat or cold
Answer: A
Fact 1: Vesicle transport requires energy, so it is also a form of active transport.
Fact 2: Absorption comes from active transport.
Combined fact: Absorption is a form of vesicle transport that requires energy.
The transport of what requires energy? (A) communication (B) microorganisms (C) colors of the spectrum (D) Something to move (E) salamanders (F) Neurotransmitters (G) an object (H) Veins and arteries.
Answer: F
Fact 1: Vesicle transport requires energy, so it is also a form of active transport.
Fact 2: Neurotransmitters are released from vesicles.
Combined fact: Transport of neurotransmitters is active transport
Vesicle transport is a form of _. (A) diffusion (B) animals (C) communication (D) movement (E) direct energy (F) resistance (G) Vibrations. (H) motion
Answer: A
Fact 1: Vesicle transport requires energy, so it is also a form of active transport.
Fact 2: Active transport is another form of diffusion.
Combined fact: Vesicle transport is a form of diffusion.
How do proteins leave the ER? (A) aqueous solution (B) it's state (C) Veins and arteries. (D) Move to another area (E) allow growth (F) active transport (G) It expands (H) movement
Answer: F
Fact 1: Vesicle transport requires energy, so it is also a form of active transport.
Fact 2: Proteins leave the ER in transport vesicles 5.
Combined fact: Proteins leave the ER via active transport.
Protein transportation between the ER and the Golgi require what? (A) energy (B) glucose (C) vitamin C (D) chemicals (E) Energy. (F) oxygen (G) recycling (H) Nutrients
Answer: A
Fact 1: Vesicle transport requires energy, so it is also a form of active transport.
Fact 2: Proteins are transported to and from the ER via vesicles to the Golgi.
Combined fact: Protein transportation between the ER and the Golgi require energy.
what is a form of diffusion? (A) Move to another area (B) vesicle transport (C) By wind and rain (D) through water (E) Soil movement (F) by making heat (G) Evaporation (H) Veins and arteries.
Answer: B
Fact 1: Vesicle transport requires energy, so it is also a form of active transport.
Fact 2: Active transport is yet another form of diffusion.
Combined fact: vesicle transport is a form of diffusion
budding and fusion of vesicles in the Golgi complex involves what (A) nektar (B) movement (C) chemicals (D) energy (E) a solute (F) recycling (G) Energy. (H) heat
Answer: D
Fact 1: Vesicle transport requires energy, so it is also a form of active transport.
Fact 2: Transport of material in and out of the Golgi complex involves budding and fusion of vesicles.
Combined fact: budding and fusion of vesicles in the Golgi complex involves energy, so it is active
Roots, stems and leaves continue to do what throughout their lives? (A) die (B) edible (C) expand (D) grow (E) growth (F) spread (G) live (H) propagate
Answer: D
Fact 1: Most plants continue to grow throughout their lives.
Fact 2: All seed plants have roots, a stem, and leaves.
Combined fact: Roots, stems and leaves continue to grow throughout their lives.
When do most plants grow? (A) when they decide to (B) all of their life (C) our nearest star (D) during death (E) chlorophyll (F) during the day (G) Earth orbiting the Sun (H) by indirect light
Answer: B
Fact 1: Most plants continue to grow throughout their lives.
Fact 2: Everything that lives eventually dies.
Combined fact: Most plants continue to grow until they die.
What continues to grow throughout their lives? (A) flour (B) bamboo (C) ovaries (D) harvested wheat (E) cats (F) flowers (G) potatoes (H) tortoises
Answer: B
Fact 1: Most plants continue to grow throughout their lives.
Fact 2: Bamboos are vigorous, rugged plants.
Combined fact: bamboo continues to grow throughout their lives
what continues to grow throughout their lives? (A) h2o (B) Trees (C) clouds (D) insects (E) bushes (F) tortoises (G) flowers (H) potatoes
Answer: E
Fact 1: Most plants continue to grow throughout their lives.
Fact 2: All plants are of bush type.
Combined fact: most bushes continue to grow throughout their lives
What continues to grow throughout their lives?  (A) potatoes (B) Hemoglobin (C) tortoises (D) plastic  roses. (E) Human teeth. (F) Lilies. (G) Silk daisies. (H) vegetation
Answer: F
Fact 1: Most plants continue to grow throughout their lives.
Fact 2: Lilies continually produce new bulbs, from which grow new plants.
Combined fact: Lilies continue to grow throughout their lives.
What happens to bamboo throughout its life? (A) It helps them survive (B) it has cellular respiration (C) it dies and comes back to life (D) it continues to grow (E) it needs no water (F) it keeps an organism warm (G) flow of electrons (H) the body's largest organ
Answer: D
Fact 1: Most plants continue to grow throughout their lives.
Fact 2: Bamboos are vigorous, rugged plants.
Combined fact: Bamboo continue to grow throughout their lives.
What continues to grow throughout their lives? (A) Chemical energy (B) bacteria (C) animals (D) Humans (E) Orange Trees (F) Cats (G) an organism's body (H) Dogs
Answer: E
Fact 1: Most plants continue to grow throughout their lives.
Fact 2: All orange trees are plants.
Combined fact: Orange trees continue to grow throughout their lives.
What is required for growth through life? (A) Energy (B) Energy. (C) sunlight (D) heat energy (E) nutrients (F) oxygen (G) incubation (H) soil
Answer: E
Fact 1: Most plants continue to grow throughout their lives.
Fact 2: Plants require nutrients for growth.
Combined fact: nutrients are required for growth throughout their lives
What do most plants continue to use throughout their lives? (A) Light energy (B) money (C) wealth (D) sunlight (E) The Sun (F) food and shelter (G) energy (H) Mechanical energy
Answer: A
Fact 1: Most plants continue to grow throughout their lives.
Fact 2: Plants use the light energy to grow.
Combined fact: most plants continue to use light energy throughout their lives
what continues to grow throughout their lives? (A) hair (B) apples (C) roses (D) cacti (E) flowers (F) Trees (G) fungus (H) ovaries
Answer: C
Fact 1: Most plants continue to grow throughout their lives.
Fact 2: Roses are among the hardiest of all plants.
Combined fact: roses continue to grow throughout their lives
What helps plants cultivate their entire live span? (A) Fertilizer (B) Exfoliation (C) agriculture (D) sunlight (E) warmth (F) Energy. (G) Energy (H) Chemical energy
Answer: A
Fact 1: Most plants continue to grow throughout their lives.
Fact 2: Fertilizers help plants grow.
Combined fact: Most plants cultivate their entire lives and Fertilizer helps them.
what has a negative impact on the environment? (A) deforestation (B) deserts (C) cigarettes (D) desertification (E) humans disturb it (F) environments (G) weather (H) harmful substances
Answer: D
Fact 1: erosion of soil has a negative impact on the environment
Fact 2: Desertification implies soil erosion.
Combined fact: Desertification has a negative impact on the environment
What has a negative impact on forests? (A) local fauna (B) local flora (C) humans disturb it (D) deforestation (E) erosion of soil (F) smallpox (G) local wildlife (H) vehicles
Answer: E
Fact 1: erosion of soil has a negative impact on the environment
Fact 2: Forest environments collapse.
Combined fact: erosion of soil has a negative impact on forests
Land degradation causes what effects on the enviroment? (A) climate (B) flooding (C) pollinization (D) hydroponic (E) blooming (F) negative (G) disease (H) wind
Answer: F
Fact 1: erosion of soil has a negative impact on the environment
Fact 2: Across the earth, land degradation is on the rise through erosion, salination, pollution, etc.
Combined fact: Throuout earth, land degradation is on the rise having a negative impact on the enviornment.
What usually has a negative impact on the environment? (A) cigarettes (B) humans disturb it (C) harmful substances (D) sunlight (E) deforestation (F) erosion of dirt (G) rainfall (H) moon phases
Answer: F
Fact 1: erosion of soil has a negative impact on the environment
Fact 2: Dirt is really misplaced soil.
Combined fact: Erosion of dirt has a negative impact on the enviroment.
What is scarred by a negative impact on the environment? (A) mines (B) deforestation (C) skin (D) bushes (E) water (F) landscape (G) coastlines (H) clouds
Answer: F
Fact 1: erosion of soil has a negative impact on the environment
Fact 2: Much of the landscape is scarred by severe soil erosion.
Combined fact: Landscape is scarred by a negative impact on the environment.
Erosion of soil has what impact on a forest? (A) mechanical (B) negative (C) helpful (D) wind (E) healthy (F) forces (G) positive (H) flooding
Answer: B
Fact 1: erosion of soil has a negative impact on the environment
Fact 2: Forests provide a clean and comfortable environment.
Combined fact: Erosion of soil has a negative impact on a forest
What has a negative impact on the environment? (A) harmful substances (B) weathering of soil (C) saving water (D) planting trees (E) deforestation (F) massive damage (G) recycling (H) enormous damage to homes
Answer: B
Fact 1: erosion of soil has a negative impact on the environment
Fact 2: Weathering and erosion continue to shape it today.
Combined fact: weathering of soil has a negative impact on the environment
What sort of impact does erosion have on land? (A) ambiguous (B) negative (C) coastlines (D) Wind (E) helpful (F) positive (G) mechanical (H) forces
Answer: B
Fact 1: erosion of soil has a negative impact on the environment
Fact 2: Plants keep the soil on the land.
Combined fact: erosion of land has a negative impact on the environment
How does ground erosion impact the environment? (A) mechanical (B) growing (C) uncontrolled (D) pushing (E) watering (F) damaging (G) movement (H) wind
Answer: F
Fact 1: erosion of soil has a negative impact on the environment
Fact 2: Environment Soil erosion causes more damage than floods.
Combined fact: ground erosion causes damage to the environment
what can have a negative impact on the environment? (A) toxins (B) trees (C) Cars (D) cattle (E) tar (F) nutrients (G) h2o (H) coal
Answer: D
Fact 1: erosion of soil has a negative impact on the environment
Fact 2: Cattle can cause soil erosion.
Combined fact: cattle can have a negative impact on the environment
What kind of process can have a negative impact on an environment? (A) coal (B) natural (C) Pesticides (D) flooding (E) cigarettes (F) Smoking (G) Cars (H) burning
Answer: B
Fact 1: erosion of soil has a negative impact on the environment
Fact 2: Soil Erosion Soil erosion is a natural process.
Combined fact: Natural processes can have a negative impact on the environment.
what and excessive crop irrigation enhance negative impacts on the environment (A) contamination (B) drought (C) humans disturb it (D) Pollution (E) Greenhouse gasses (F) Deforestation (G) uncontrolled (H) threatened
Answer: F
Fact 1: erosion of soil has a negative impact on the environment
Fact 2: Soil erosion Deforestation and excessive crop irrigation enhance soil erosion.
Combined fact: Deforestation and excessive crop irrigation enhance negative impacts on the environment
water vapor moves from plants into the atmosphere through what? (A) stomata (B) vacuoles (C) boiling (D) Joules (E) chloroplasts (F) sunlight (G) ribosomes (H) Wind
Answer: A
Fact 1: transpiration is when water vapor moves from plants into the atmosphere
Fact 2: Transpiration is the process of water loss from plants through stomata .
Combined fact: water vapor moves from plants into the atmosphere through stomata
what must happen for water vapor to move from plants into the atmosphere? (A) plant must be dead (B) Condensation (C) stomates must be open (D) evaporation (E) cells must be closed (F) must be cloudy (G) Warm air moving into cold air (H) vaporization
Answer: C
Fact 1: transpiration is when water vapor moves from plants into the atmosphere
Fact 2: Transpiration occurs as long as stomates are open.
Combined fact: stomates must be open for water vapor to move from plants into the atmosphere
What happens when vapor moves from bushes into the atmosphere? (A) transpiration (B) Condensation (C) flow of electrons (D) evaluation (E) vaporization (F) evaporation (G) transpire (H) transaction
Answer: A
Fact 1: transpiration is when water vapor moves from plants into the atmosphere
Fact 2: All plants are of bush type.
Combined fact: When vapor moves from bushes into the atmosphere, transpiration occurs.
Transpiration is when what moves from plants into the blanket of air around the earth. (A) nitrogen (B) evaporation (C) kinetic energy (D) heat energy (E) cells (F) air (G) water vapor (H) Condensation
Answer: G
Fact 1: transpiration is when water vapor moves from plants into the atmosphere
Fact 2: Atmosphere is the blanket of air around the earth.
Combined fact: Transpiration is when water vapor moves from plants into the blanket of air around the earth.
Transpiration is part of what process? (A) carbon (B) flow of electrons (C) plants (D) conversion of chemical energy (E) evaporation (F) Condensation (G) circulatory systems (H) photosynthesis
Answer: H
Fact 1: transpiration is when water vapor moves from plants into the atmosphere
Fact 2: When plants give off water vapor during photosynthesis 2.
Combined fact: Transpiration is part of the photosynthesis process.