What do you mean by Exergonic and endergonic reaction.
Describe the function of ATP.
Define term a) Glycolysis b) Glycogenesis c) Glycogenolysis d) Gluconeogenesis e) Lipogenesis f) Lipolysis g) Ketogenesis
What is difference between osmosis and diffusion.
What do you mean by Exergonic and endergonic reaction.
Describe the function of ATP.
Define term a) Glycolysis b) Glycogenesis c) Glycogenolysis d) Gluconeogenesis e) Lipogenesis f) Lipolysis g) Ketogenesis
What is difference between osmosis and diffusion.
Related textbook solutions
Related questions
1A.
A <---> B
You measure the amount of molecules A and B for the reversible reaction above at a particular time point and find more of molecule A than of B. Your colleague believes that the reaction is at equilibrium. Which of the following statements about this reaction is correct? (select all that apply)
| A | A --> B is exergonic |
| B | B --> A is exergonic |
| C | B --> A is endergonic |
| D | A --> B is endergonic |
| E | Your colleague must be wrong. If the reaction were at equilibrium, there must be equal amounts of molecule A and B. |
1B. Which of the following is/are true of energy and chemical gradients? (select all that apply)
| A | A concentration gradient represents a form of potential (stored) energy. |
| B | Movement of a molecule down a concentration gradient across a membrane releases energy that can be used to do work. |
| C | If a molecules cross a membrane at equal rates in both directions (is at equilibrium) this movement is neither exergonic or endergonic. |
| D | Moving molecules against a concentration gradient is an endergonic process. |
