A) does not use ATP as an energy source
B) moves solutes with their concentration gradient
C) can involve the transport of ions
D) is a type of facilitated diffusion
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Multiple Choice
A) stay about the same size and shape
B) expand
C) shrink
D) divide
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Multiple Choice
A) potential
B) no
C) kinetic
D) conserved
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Multiple Choice
A) chemical energy into kinetic energy
B) chemical energy into potential energy
C) kinetic energy into potential energy
D) kinetic energy into chemical energy
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Multiple Choice
A) Both are specialized to the materials they act upon.
B) Both are made from RNA molecules.
C) Both require energy to function properly.
D) Neither can change as a result of gene mutations.
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Multiple Choice
A) 75 grams of water by 1 degree Celsius
B) 750 grams of water by 1 degree Celsius
C) 1,000 grams of water by 75 degrees Celsius
D) 7,500 grams of water by 50 degrees Celsius
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Multiple Choice
A) 1,000
B) 10,000
C) 0) 1
D) 100
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Multiple Choice
A) The addition of energy releases a phosphate group from ATP.
B) ATP can perform cellular work when it releases a phosphate group.
C) ATP can be converted to ADP by adding a phosphate group.
D) Energy is released from ATP during the process of cellular respiration.
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Multiple Choice
A) is the result of an energy transformation
B) requires an input of cellular energy
C) occurs when particles spread from areas where they are less concentrated to areas where they are more concentrated
D) proceeds until a dynamic equilibrium is reached
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Multiple Choice
A) sucrose
B) sucrase
C) glucose
D) fructose
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Multiple Choice
A) An enzyme's function depends on its three-dimensional shape.
B) An enzyme works on a broad range of substrates.
C) An enzyme is used up in chemical reactions.
D) An enzyme becomes another enzyme after a reaction.
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Multiple Choice
A) increasing the temperature of the substrates
B) taking energy from reactants and transferring it to products
C) decreasing activation energy
D) binding to a substrate imposter
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Multiple Choice
A) The solution in the beaker is hypertonic relative to the solution in the balloon.
B) The solutions in the balloon and the beaker are isotonic to each other.
C) The solution in the balloon is hypotonic relative to the solution in the beaker.
D) The solution in the balloon is hypertonic relative to the solution in the beaker.
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Multiple Choice
A) A liver cell uses endocytosis to take up cholesterol from the blood.
B) A tear gland cell secretes a salty solution by exocytosis.
C) A neuron uses passive transport to export dopamine.
D) An immune cell engulfs virus particles using facilitated diffusion.
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Multiple Choice
A) the diffusion of water across a selectively permeable membrane
B) the diffusion of any small molecule across a selectively permeable membrane
C) active transport across a selectively permeable membrane
D) the diffusion of a solute across a selectively permeable membrane
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Multiple Choice
A) undergo plasmolysis
B) become flaccid
C) burst
D) become turgid
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Multiple Choice
A) kinetic; potential
B) kinetic; heat
C) potential; kinetic
D) chemical; potential
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Multiple Choice
A) The volume of water in the beaker will decrease.
B) The volume of water in the beaker will increase.
C) The amount of glucose in the beaker will increase.
D) The amount of glucose in the beaker will decrease.
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Multiple Choice
A) potential energy called chemical energy
B) potential energy called entropy
C) kinetic energy called heat
D) electrical energy called heat
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Multiple Choice
A) sucrose
B) sucrase
C) glucose
D) fructose
Correct Answer
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