compare their ideal environment conditions

compare the

compare the spontaneity between the two reactions

compare their reaction rates

none of the above

turning on a light switch

solar panels at work

formation of static energy

1. high 2. low 3. low

1. low 2. high 3. low

1. high 2. low 3. high

1. low 2. high 3. high

equal to -57kcal/mol

primarily stored between the alpha and beta phosphates

providing energy to coupled reactions

harnessed as heat energy by the cell to perform work

ATP

sucrose

glucose

ADP

each one is specific to the particular substrate(s) to which it binds

they are usually made of amino acids

they increase

they lower the activation energy of chemical reactions

binds directly to the active site and mimics the substrate

binds to an enzyme away from the active site and changes the conformation of the active site, increasing its affinity for substrate binding

binds to the active site and blocks it from binding substrate

binds to an enzyme away from the active site and changes the conformation of the active site, decreasing it's affinity for the substrate

a key fitting into a lock

a square peg fitting through the square hole and a round peg fitting through the round hole of a children's toy

a hug between two people

The fitting together of two jigsaw puzzle pieces

a catabolic molecule : anabolic molecule

glucose : ATP

an anabolic molecule : catabolic molecule

ATP : glucose

this is a metabolic process but is neither anabolic not catabolic

this is both anabolic and catabolic

this is an anabolic process

this is a catabolic process

1. potential 2. kinetic 3. potential one kinetic

1. potential and kinetic 2. kinetic 3. potential and kinetic

1. potential and kenetic 2. potential and kinetic 3. kinetic

1. potential 2. potential and kinetic 3. potential and kinetic

endergonic reactions have a positive

both endergonic and exergonic reactions require a small amount of energy to overcome an activation barrier

endergonic reactions take place slowly and exergonic reactions take place quickly

endergonic reactions consume energy and exergonic reactions release energy