Question 2
In order to determine how cells maintain homeostasis in different environments, you place an animal cell with a 3% salt conce
its size and measure its mass over time.
Which conclusion MOST LIKELY explains how the cell responds to its environment over time?
Water moves into the cell so that the internal and external solutions will be isotonic.
Water moves out of the cell so that the cell will reach equilibrium with its environment.
There is no movement of water because the internal and external solutions are at equilibrium.
Water moves into and out of the cell at the same rate since the cell is isotonic to its environment.
A
B
C
D

Homeostasis is the process by which the body maintains a fairly constant internal environment despite changes that occur in its external environment.

Depending on the condition of the external environment, the body responds with various adaptive mechanisms to the environment.

In the given illustration, when an animal cell is placed in an environment with a 3% salt concentration, water may either move in or out of the cell in order for the cell to maintain equilibrium with its environment.

Since the concentration of the external environment is higher than inside the cell, water moves out of the cell so that the cell will reach equilibrium with its environment.

In conclusion, the cell uses the processes of homeostasis to maintain a fairly constant environment.

Learn more about homeostasis at: https://brainly.com/question/1046675

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