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ellendagher
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MNLP_M3_mcqa_dataset_no_source

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what can be found in moist soil near rivers and steams in tropical regions? A. ferns B. insects C. humans D. cobra bobo E. storing water F. weathering G. animals H. clouds Answer:
D
What can be found in moist soil near rivers and streams in tropical regions? A. storing water B. a fish C. insects D. Most plants E. shrub beds F. bioaerosols G. ferns H. reptilians Answer:
H
Where in tropical regions can you find cobra bobo? A. an organism's body B. more abundant C. layers of fat D. swamp vegetation E. colder and wetter F. Wet weather G. in moist soil H. dry conditions Answer:
G
What can bring amino acids in the correct sequence? A. body morphing B. Organic compounds C. flow of electrons D. acid sequences E. gene sequences F. A computer G. gene markups H. A Greek letter Answer:
E
what do molecules of tRNA bring to the ribosome? A. food B. Energy. C. Joules D. Energy E. h2o F. proteins G. nucleus H. electrons Answer:
F
What brings the building blocks of proteins to the ribosomes in the correct sequence? A. recycling B. flow of electrons C. Chemical energy D. it needs them E. an engine F. light energy G. A computer H. molecules of tRNA Answer:
H
Molecules of _ initiate protein synthesis A. Acids B. nektar C. sugar D. tRNA E. H 2 O F. three G. CO 2 H. HIV Answer:
D
Molecules of _ bring the building blocks of protein to the ribosomes in the correct sequence. A. form B. fusion C. core D. shape E. sugar F. HIV G. tRNA H. small Answer:
G
What does molecules of tRNA bringing amino acids in the correct sequence manufacture? A. Cooking B. Energy C. spectrum D. lmestone E. Energy. F. food G. protein H. alleles Answer:
G
tRNA and the ribosome work to produce: A. A kernel B. protein C. food D. Energy. E. power F. Joules G. alleles H. Energy Answer:
B
What bring amino acids to the ribosome in the correct sequence? A. Chemical energy B. Aminoacylation C. Dilution D. a delta E. Cooking F. heat or cold G. it needs them H. A Greek letter Answer:
B
Molecules of tRNA and amino acids are assembled where? A. nucleoli B. A computer C. Cooking D. Most plants E. boiling F. animals G. Power plants H. retina Answer:
A
what happens when muscular walls of blood vessels contract? A. digestion B. weathering C. blood pressure rises D. Dehydration E. recovery time from fatigue F. rapid expansion G. major threat to health H. respiration Answer:
C
What occurs when the muscular walls of blood vessels contract? A. Dehydration B. rapid expansion C. smooth skin D. smoking tobacco E. loose bumping F. pinched nerves G. tight sqeezing H. movement Answer:
G
What can muscle spasms cause? A. massive damage B. matter vibrating C. constriction D. friction E. Dehydration F. ketosis G. stretching H. photosynthesis Answer:
C
What happens when muscular walls of arteries and veins contract? A. connection B. It expands C. Dehydration D. construction E. forces F. massive damage G. constriction H. contraction Answer:
G
What does cocaine make blood vessels do? A. It expands B. contract C. reduce D. It decreases E. harm them F. kill them G. Rise H. Damages them Answer:
B
What causes blood to thicken? A. Constriction B. evaporation C. heat or cold D. thirst E. permineralization F. sweating G. flow of electrons H. matter vibrating Answer:
A
What does caffeine make blood vessels do? A. reduce B. sweating C. reduced heat D. Dehydration E. survive F. contract G. It expands H. Rise Answer:
F
Constricting raises what A. mass and density B. the looseness of soil C. retaining heat D. direct damage to the lungs E. systolic blood pressure F. major threat to health G. metabolic reaction H. Veins and arteries. Answer:
E
what happens when muscular walls of blood vessels contract? A. matter vibrating B. Dehydration C. Leptospirosis D. rapid expansion E. at or near the margins F. recovery time from fatigue G. blood pressure rises H. major threat to health Answer:
G
Cocaine causes what to contract? A. layers of fat B. a lot of human deaths C. Walls of blood vessels. D. harmful substances E. the rest of the body F. metabolic reaction G. direct damage to the lungs H. decreases its bodily water Answer:
C
What are some of the steps that forms a lake? A. decomposition and respiration B. storing water C. photosynthesis and solar energy D. near the shoreline E. precipitation and run-off F. perspiration and excretion G. The area was once underwater H. At the peak of a mountain Answer:
E
Where is one least likely to find a lake? A. Under 32 degrees B. below a mountain range C. Alaska D. Mojave desert E. dry conditions F. dry and hot G. When it's cold H. at the end of a creek Answer:
D
Which of the following can form lakes? A. rivers B. Drought C. Rain D. algae E. Wind F. Erosion G. trout H. fens Answer:
C
What are lakes formed by? A. ice wedging B. hot and cold C. rain and runoff D. Condensation E. rice and beans F. Physical weathering G. flooding H. ice and sun Answer:
C
Snowmelt can help form what? A. calories B. lakes C. rivers D. sunlight E. streams F. moonlight G. soils H. erosion Answer:
B
What does Lake Tahoe originate from? A. hydrogen and oxygen B. It's manmade C. An ocean D. tectonic plates coliding E. A hurricane F. A mountain stream G. Water expanding H. body water Answer:
F
Precipitation and runoff can result in large bodies of what? A. drizzle B. erosion C. rain D. storm E. water F. hail G. liquid H. streams Answer:
E
What are lakes formed by? A. erosion B. streams C. desert D. flooding E. mice F. rivers G. stars H. clouds Answer:
H
Lakes are formed by precipitation and what? A. scarce resources B. storing water C. wasted water D. body water E. Bodily water F. erosion G. flooding H. reduced heat Answer:
C
What was formed by precipitation and runoff? A. a hydraulic system B. streams. C. The Caspian Sea D. kalenchoes E. near the shoreline F. swamp vegetation G. Calcium carbonate H. patch reefs Answer:
C
What is formed by precipitation and runoff? A. a body of standing water B. barrel-shaped C. Calcium carbonate D. storing water E. near the shoreline F. A solid geometric shape G. Something made from fermented ricce H. swamp vegetation Answer:
A
Which of these is formed from dead organisms over time? A. Soil B. Granite C. coral D. Coal E. potash F. ferns G. oil H. Rust Answer:
D
Fossil fuels are formed with help from A. consumers B. burning C. heat energy D. producers E. scavengers F. Decomposers G. Greenhouse gases H. vehicles Answer:
F
what is formed from dead organisms over time? A. insects B. h2o C. plants D. moss E. oil F. peat G. gas H. coal Answer:
E
What forms petroleum over time? A. Organic compounds B. dead dreams C. a solute D. a hydraulic system E. dead organisms F. ice G. rocks H. hydrogen and oxygen Answer:
E
Dead organisms can create energy after what? A. burning B. winter C. mutations D. Cooking E. cycles F. summer G. freezing H. Gunshots Answer:
A
What are oil and gasoline formed from? A. A mixture of water and heat B. Dead organisms C. burning D. one celled organisms E. aqueous solution F. Air and land G. heating liquids H. Living organisms Answer:
B
What is formed over time from something decomposers decay? A. bamboo B. Enzymes C. barrier reefs D. bodies of water E. animal waste F. Fossil fuels G. peachleaf willow H. Sediment Answer:
F
How long does it take for fossil fuels to be formed from dead organisms? A. mostly B. oil C. Eons D. Winter E. three F. Five G. coal H. two Answer:
C
What are fossil fuels the product of? A. decay B. fire C. Energy D. burning E. tar F. engines G. oil H. coal Answer:
A
Driving a car contributes to A. dark matter B. Quality of life C. global warming D. salty cashews E. kinetic energy F. lowered energy cost G. expansion of the universe H. survive Answer:
C
What can have a long term effect on crops and weather conditions around the world? A. electromagnetic energy B. A farmer irrigating his crops C. deforestation D. Nitrogen in the soil E. Temperature F. Use of fossil fuels G. Burning fuel and air H. A windy day Answer:
F
The use of oil, gas and coal contributes to what? A. heat is produced B. animal extinction C. heat production D. radiation E. Global climate change F. Quality of life G. rain H. electricity Answer:
E
Gases released during the use of fossil fuels threaten what? A. coastlines B. the entire planet C. solar movement D. The atmosphere E. Plant growth is reduced F. living things G. star systems H. star formations Answer:
B
What does burning oil cause? A. Clean water B. Dehydration C. More oil D. chemical reaction E. Global warming F. forest is destroyed G. An ice age H. hyperthyroidism Answer:
E
Gases released during the use of oil causes what? A. global warming B. better weather on the earth C. colder weather D. less oily air E. The atmosphere F. flooding G. Temperature H. cleaner air to breathe Answer:
A
what causes global warming? A. storms B. oil C. cars D. coal E. air F. wind G. carbon H. water Answer:
D
gases released during the use of fossil fuels cause a what? A. atmospheric depletion B. global environmental problem C. Plant growth is reduced D. global finances E. depress neuronal excitability F. DNA damage and mutations G. global food increase H. global water stability Answer:
B
Which of the following can help reduce global warming? A. Lowering gas mileage in cars B. reducing public transportation C. evaporative cooling D. reusing materials E. Electrical energy F. biological diversity G. Burning biofuels H. Adoption of geothermal energy Answer:
H
Gases released during the use of what causes global warming? A. coal B. CO 2 C. Globe shaped cake warming D. CO2 E. oil F. CFCs G. Warming plates H. Paper Mache Globe making Answer:
E
gases released from the use of what causes global warming? A. CO2 B. coal C. CO 2 D. h2o E. hydrogen F. cooking G. oil H. CFCs Answer:
G
What is released during the use of fossil fuels that causes climatic oscillation and bad weather? A. coal B. solutes C. gases D. acidity E. storms F. heat G. air H. weather Answer:
C
What do fossil fuel gases cause? A. Extra money B. Sea level rise C. forest is destroyed D. Mining opportunity E. population movement F. Dehydration G. deforestation H. oxygen Answer:
B
gases released during the use of coal, oil, and natural gas causes A. warming glow B. abundance of types organisms C. heat energy D. stabilized temperatures E. global warming F. deforestation G. chemical reaction H. kinetic energy Answer:
E
What causes ice storms? A. colder weather B. Fossil fuels C. heat energy D. a hydraulic system E. Water expanding F. salt and water. G. erosion H. less water Answer:
B
silver sage may use unsaturated fatty acids to store what? A. Joules B. pollen C. nutrients D. saturated fatty acids E. heat F. gold G. energy. H. energy Answer:
H
What do plants use unsaturated fatty acids for? A. Healthy heart B. Storing sunlight C. Storing moonlight D. To keep their body heat. E. survival F. Storing kibble G. recycling H. staying warm Answer:
B
What measurement is used for something plants use unsaturated fatty acids to store? A. amperes B. heat C. volts D. seconds E. vitamin C F. electron G. glucose H. joules Answer:
H
what uses unsaturated fatty acids to store energy A. clouds B. volume C. density D. Conifers E. organisms F. Oak G. cactus H. alpacas Answer:
G
Plants and fish oils contain A. fish oils exist in plants B. plants and fish oils are same C. plants produce fish oil D. fatty acids E. chemicals F. hydrocarbons G. share properties H. Energy Answer:
D
what uses unsaturated fatty acids to store energy? A. bushes B. Cane. C. A rodent D. Oak E. fens F. alpacas G. Conifers H. humans Answer:
A
Plants use what type of compounds to store energy? A. thermal insulators B. It helps them survive C. during the day D. spring, summer, autumn, winter E. compounds with double bonds F. hydrogen and oxygen G. Something with exactly eight protons H. it helps plants in growing Answer:
E
What uses unsaturated fatty acids to store energy? A. algae B. humans C. Trees D. oaks E. shrews F. asses G. Cane. H. fens Answer:
D
What do plants use unsaturated fatty acids to store? A. sunlight B. glucose C. heat D. Nutrients E. hydrocarbons F. electron G. water vapor H. vitamin C Answer:
A
what do antibodies recognize and bind to? A. humans B. vitamins C. h2o D. harmful substances E. cancer cells F. electrons G. the skin H. protect them Answer:
E
Antibodies are large, Y-shaped proteins that recognize and bind to: A. humans B. A Greek letter C. bones D. the skin E. animals F. inorganic items G. immunogens H. water Answer:
G
what do proteins fight? A. heat B. calories C. carbohydrates D. illness E. parasites F. fat G. resistance H. antigens Answer:
H
What can antibodies (large Y-shaped proteins) recognize and bind to? A. animals B. fish C. blood types D. positive E. immunogens F. cats G. humans H. the skin Answer:
E
Allergic reactions can be caused by A. animals B. smoking pipes C. Sulfur dioxide D. Chemical energy E. fur and fat F. antibodies G. smoking tobacco H. Pesticides Answer:
F
Antibodies are large, Y-shaped proteins designed to bind with what? A. heat or cold B. Allergies C. major threat to health D. Veins and arteries. E. foreign proteins F. epidermis and dermis G. harmful substances H. wavelengths and photons Answer:
E
Antigens produce large, Y-shaped what? A. Allergies B. epidermal C. deltas D. bioaerosols E. Joules F. parasites G. proteins H. PDAs Answer:
G
some proteins do what to antigens to cause blood clots A. edema B. Toxins C. H 2 O D. bind E. work F. fusion G. HIV H. damage Answer:
D
_ bind to allergens. A. to stay warm B. mammals C. fur and fat D. animals E. protect them F. Most plants G. Antibodies H. Chemical energy Answer:
G
Antibodies are large, Y-shaped proteins that recognize and bind to A. humans B. positive C. immunogens D. animals E. A Greek letter F. protect them G. Allergies H. the skin Answer:
C
the cause of myocarditis cannot what? A. They may not survive. B. direct damage to the lungs C. A compound that donates proton D. live by the shore E. microorganisms F. survive in a body G. reproduce by themselves H. eat by themselves Answer:
G
What cannot reproduce by itself? A. Acids B. all plants C. anemia D. smallpox E. cigarettes F. all corals G. all bacteria H. acetic acid Answer:
D
The Tobacco Mosaic Virus cannot _ by itself. A. migrate B. reproduce C. move D. consume E. It expands F. animals G. survive H. respirate Answer:
B
Viruses cannot do what by themselves? A. make people sick B. survive C. dangerous D. interact with cells E. migrate F. kill them G. cause a viral infection H. multiply Answer:
H
How can viruses make copies of themselves? A. A compound that donates proton B. attach themselves to cells C. have sex with another virus D. distances themselves from cell E. attach themselves to viruses F. it needs them G. rapid expansion H. By wind and rain Answer:
B
Which of these diseases cannot reproduce by itself? A. fever B. Leptospirosis C. animals D. influenza E. bacteria F. heat or cold G. dangerous H. anemia Answer:
D
what cannot reproduce by themselves? A. acid rain B. bacteria C. ferns D. fungi E. mammals F. goats G. rabies H. insects Answer:
G
What is something that cannot reproduce by itself? A. Leptospirosis B. dangerous C. ferns D. fungi E. bacteria F. Influenza G. acetic acid H. anemia Answer:
F
the smallest agents of what cannot reproduce by themselves? A. Pesticides B. bacteria C. Allergies D. fungi E. animals F. dangerous G. ferns H. disease Answer:
H
germs that cause people to get sick cannot reproduce by what? A. anemia B. dry conditions C. harm them D. contamination E. burning coal F. Smoking G. heat or cold H. themselves Answer:
H
What cannot reproduce by itself? A. Leptospirosis B. cigarettes C. acetic acid D. influenza E. Acids F. bacteria G. anemia H. fungi Answer:
D
What cannot reproduce by themselves? A. fungi B. insects C. influenza D. Leptospirosis E. bacteria F. ferns G. mammals H. acetic acid Answer:
C
What increases the amount of organic matter in soil? A. raining B. shedding C. mussels D. raking E. herbicide F. fossil fuels G. green manures H. composting Answer:
H
What does decomposition increase the amount of in soil? A. green manures B. grass seed C. it needs them D. bamboo E. Energy. F. insects G. molecules H. nutrients Answer:
H
What increases the amount of plant and animal residue in soil? A. Decomposition B. Warm temperatures C. fossil fuels D. Pesticides E. nutrients F. evaporation G. Wet weather H. Living creatures Answer:
A
What improves the soil? A. decomposition B. erosion C. green manures D. evaporation E. fire F. nutrients G. dehydration H. water conservation Answer:
A
what does decomposing increase? A. fossils B. Motility C. prolactin release D. oil E. organic matter F. aerobic capacity G. Energy. H. water Answer:
E
What increases the amount of carbon-containing compounds in the soil? A. nitrogen fixation B. Greenhouse gasses C. fossil fuels D. chlorofluorocarbons E. freezing F. erosion G. rainfall H. decomposition Answer:
H
Fungi increase the amount of what in soil A. one celled organisms B. organic matter C. Energy. D. roots E. genetic diversity F. metals G. Organic compounds H. air Answer:
B
What increases the amount of carbon in soil? A. oxygen B. decomposition C. nutrients D. chlorofluorocarbons E. rainfall F. fossil fuels G. wind H. water Answer:
B
What increases amount of organic matter in dirt? A. animal transport B. composure C. composite D. decomposition E. chemical changes F. fossil fuels G. composition H. nutrients Answer:
D
What does decomposition do to plants? A. Helps them grow B. Distracts them C. Scares them D. nutrients E. Panics them F. duplicate itself G. It becomes dormant H. Decrease bodily water Answer:
A
What creates compost? A. green manures B. eukyarotes C. haploid plants D. Most plants E. chemical reaction F. peachleaf willow G. some invertebrates H. Decomposition Answer:
H
What would increase the amount of organic matter in soil? A. coal B. fossil fuels C. Pesticides D. mussels E. bacteria F. nutrients G. burning H. shrub beds Answer:
E