A red blood cell is placed in a solution that is .85% solute. a. It depends upon the temperature O b. Salt will leave the cell O c. The cell crenates

Human Anatomy & Physiology (11th Edition)
11th Edition
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Author:Elaine N. Marieb, Katja N. Hoehn
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Chapter1: The Human Body: An Orientation
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Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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**Question 3**

A red blood cell is placed in a solution that is 0.85% solute. What happens to the cell?

- a. It depends upon the temperature
- b. Salt will leave the cell
- c. The cell crenates
- d. There is no net change in the cell
- e. The cell lyses

---

**Question 4**

If a reaction has a Delta G of -61, what can be inferred about the reaction?

- a. The reaction is non-spontaneous
- b. The reaction is energy requiring
- c. The reaction is spontaneous
- d. The reaction is exergonic
- e. The reaction is endergonic
Transcribed Image Text:**Question 3** A red blood cell is placed in a solution that is 0.85% solute. What happens to the cell? - a. It depends upon the temperature - b. Salt will leave the cell - c. The cell crenates - d. There is no net change in the cell - e. The cell lyses --- **Question 4** If a reaction has a Delta G of -61, what can be inferred about the reaction? - a. The reaction is non-spontaneous - b. The reaction is energy requiring - c. The reaction is spontaneous - d. The reaction is exergonic - e. The reaction is endergonic
**Question 4**

If a reaction has a Delta G of -61:

- a. The reaction is non-spontaneous
- b. The reaction is energy requiring
- c. The reaction is spontaneous
- d. The reaction is exergonic
- e. The reaction is endergonic

**Question 5**

Enzymatic activity can be regulated by regulating:

- a. Substrate concentration
- b. Cofactor concentration
- c. Enzyme concentration
- d. Inhibitor concentration
- e. Temperature
Transcribed Image Text:**Question 4** If a reaction has a Delta G of -61: - a. The reaction is non-spontaneous - b. The reaction is energy requiring - c. The reaction is spontaneous - d. The reaction is exergonic - e. The reaction is endergonic **Question 5** Enzymatic activity can be regulated by regulating: - a. Substrate concentration - b. Cofactor concentration - c. Enzyme concentration - d. Inhibitor concentration - e. Temperature
Expert Solution
Step 1

Hypertonic solution : when solute concentration is higher than another solution and less water concentration. 

Hypotonic  solution: less solute concentration , more water ( solvent ) concentration in a solution .

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