This cell membrane is permeable to water and I2KI but not to carbohydrates. What will happen over time? Select all that apply. Question options:   The environment is hypertonic.   Water will exhibit a net movement out of the cell.    I2KI will diffuse into the cell.   Starch will diffuse out of the cell.   Glucose will diffuse out of the cell.

Human Anatomy & Physiology (11th Edition)
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Chapter1: The Human Body: An Orientation
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This cell membrane is permeable to water and I2KI but not to carbohydrates. What will happen over time?

Select all that apply.

Question options:

 

The environment is hypertonic.

 

Water will exhibit a net movement out of the cell. 

 

I2KI will diffuse into the cell.

 

Starch will diffuse out of the cell.

 

Glucose will diffuse out of the cell. 

The image illustrates an experimental setup involving a beaker and a cell-like structure within it, possibly representing a model for diffusion or osmosis.

- **Beaker**:
  - Labeled as "INITIAL BEAKER."
  - Contains a solution of 0.5% I₂KI (iodine-potassium iodide).

- **Cell**:
  - Within the beaker, there is a smaller compartment labeled as "Cell."
  - Inside the "Cell," the solution is composed of 4% glucose and 1.5% starch.

This setup is likely used to study the movement of substances across a semi-permeable membrane, demonstrating principles of selective permeability and the behavior of different solutes.
Transcribed Image Text:The image illustrates an experimental setup involving a beaker and a cell-like structure within it, possibly representing a model for diffusion or osmosis. - **Beaker**: - Labeled as "INITIAL BEAKER." - Contains a solution of 0.5% I₂KI (iodine-potassium iodide). - **Cell**: - Within the beaker, there is a smaller compartment labeled as "Cell." - Inside the "Cell," the solution is composed of 4% glucose and 1.5% starch. This setup is likely used to study the movement of substances across a semi-permeable membrane, demonstrating principles of selective permeability and the behavior of different solutes.
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