9. Transport Across Membranes

In passive transport, how does increasing temperature affect the rate of diffusion of small molecules across a solution or membrane (assuming no phase change and constant concentration gradient)?

In the context of passive transport across a selectively permeable membrane, what is the diffusion of water called?

In passive transport, what is the primary driving force of diffusion across a membrane?

In passive transport, how does increasing temperature generally affect the rate of diffusion of small molecules in a fluid environment?

In passive transport by diffusion, what is the principal force driving the net movement of molecules?

In the context of passive transport, simple diffusion across a plasma membrane requires __________.

Which statement best describes facilitated diffusion in the context of passive transport across a cell membrane?

In animal cells, what is the primary mechanism by which water enters the cell across the plasma membrane under normal physiological conditions?

Which of the following is an example of passive transport across a cell membrane?

In osmosis across a selectively permeable membrane, the net movement of water is always from a region with which condition to a region with the opposite condition?

A red blood cell will undergo hemolysis when placed in which type of solution?

During osmosis across a selectively permeable membrane, in which direction will water molecules move overall?

In the context of passive transport (osmosis), what typically happens to an animal cell placed in a hypertonic solution compared with its cytosol?

Which of the following statements is true of osmosis?

How are osmosis and diffusion alike in passive transport?