Question

Enzymes that make a biochemical reaction exergonic will also always increase the enzyme’s reaction rate. a)...

Enzymes that make a biochemical reaction exergonic will also always increase the enzyme’s reaction rate. a) True b) False

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Enzymes that make a biochemical reaction exergonic will also always increase the enzyme’s reaction rate. a)...
Enzymes that make a biochemical reaction exergonic will also always increase the enzyme’s reaction rate. a) True b) False Please explain this. Thank you!
Enzymes that make a biochemical reaction exergonic will always increase the enzymes rate of reaction. True...
Enzymes that make a biochemical reaction exergonic will always increase the enzymes rate of reaction. True or False? van der Waals force is a kind of electromagnetic force. T/F?
Enzymes ______. a. increase the rate at which the reaction occurs by lowering the activation energy...
Enzymes ______. a. increase the rate at which the reaction occurs by lowering the activation energy of the reaction b. decreases the rate at which the reaction occurs by raising the activation energy of the reaction c. increase the rate at which the reaction occurs by raising the activation energy of the reaction d. decreases the rate at which the reaction occurs by lowering the activation energy of the reaction Which of the following components is not contained in all...
An increase in money supply will always decrease the interest rate.  Is this statement TRUE, FALSE, or...
An increase in money supply will always decrease the interest rate.  Is this statement TRUE, FALSE, or UNCERTAIN?  
Use a Gibbs enthalpy (energy) reaction coordinate diagram to interpret a biochemical transformation and to make...
Use a Gibbs enthalpy (energy) reaction coordinate diagram to interpret a biochemical transformation and to make predictions about whether the reaction is spontaneous or not.
1)To lower the energy barrier in a reaction, enzymes change the path of the reaction between...
1)To lower the energy barrier in a reaction, enzymes change the path of the reaction between the reactants and products by doing what? A. Destabilizing the transition state by increasing the free energy to be used and lowering the activation energy B. Releasing carbonic acid into the environment to stabilize the transition state and lowering the activation energy C. Reduce the activation energy by stabilizing the transition state and decreasing its free energy D.Supply heat to stabilize the reactants and...
In a Sn1 reaction, why would the reaction rate increase with an increase in the solvent...
In a Sn1 reaction, why would the reaction rate increase with an increase in the solvent polatiry? Also, what would be the affect of halide concentration of the reaction rate of an An1 reaction and why? Thank you!
1.   Which of the following is true of enzyme catalyzed reactions? a.   Reaction rates are temperature dependent b.   Reaction...
1.   Which of the following is true of enzyme catalyzed reactions? a.   Reaction rates are temperature dependent b.   Reaction rates are pH dependent c.   Reaction rates depend on substrate concentration d.   Reaction rates depend on enzyme structure e.   All of the above f.    a, b, and c 2.   Which of the following is NOT true of enzymes? a.   Enzyme activity depends on reaction conditions. b.   Enzymes are catalysts that decrease the rate of reaction. c.   Enzymes can be inhibited by other proteins d.   Enzymes do not alter the change in free energy...
True or false: An increase in the minimum wage will always increase employment if employers have...
True or false: An increase in the minimum wage will always increase employment if employers have monopsony power.
The major advantage of coupling biochemical reactions is: a. to increase the energy release from the...
The major advantage of coupling biochemical reactions is: a. to increase the energy release from the hydrolysis of ATP b. to release energy from ATP hydrolysis to the environment c. to take advantage of coenzymes such as NADH d. to drive an unfavorable reaction by concerted transfer of energy from a favorable reaction