What form(s) can potential energy take in a cell? How can the cell store potential energyso that it can be used to do work?
ï· What form(s) can kinetic energy take in a cell? How can the cell harness kinetic energyand use it to do work?
What form(s) can potential energy take in a cell? How can the cell store potential energyso that it can be used to do work?
ï· What form(s) can kinetic energy take in a cell? How can the cell harness kinetic energyand use it to do work?
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40. When a protein is synthesized within the cell, this process represents a chemical reaction that is:
| explosive | ||
| exergonic and anabolic | ||
| exergonic and catabolic | ||
| endergonic and anabolic | ||
| endergonic and catabolic |
39. Chemical bonds in carbohydrates (i.e., glucose) and fats, have:
| no potential or kinetic energy | ||
| large amount of kinetic energy | ||
| large amount of potential energy | ||
| small amount of potential energy | ||
| small amount of kinetic energy |
38. When Na+ moves into the cell following the openning of Na+ channels, _____________________________.
| the ion charge across the membrane in the area that Na+ moves in will change. | ||
| voltage-gated channels will close. | ||
| an action potential will be observed. | ||
| the cell will hyperpolarize. | ||
| same amount of K+ ions will move out of the cell to counteract the Na+ moving into the cell. |
