Many substances move in or out of cells by-

it moves substances more quickly that diffusion

It needs an external force, such as the contraction of the heart in the blood system, to move materials in bulk.

Is the movement of substances against a concentration gradient.

Is the movement of substances that requires energy from Respiration.

Happens when two solutions of different concentration are separated by a partially permeable membrane.

Happens when two solutions of different concentration are separated by a partially permeable membrane.

Water movement across a partially permeable membrane from a more dilute solution to a more concentrated one, down a gradient of water potential.

The process when plants loose water and become flaccid.

The process when Plant cells absorb water and become turgid.

The process when Plant cells loose to much water and become plasmolyzed.

The process where water moves from cell to cell inside a plant.

Process where Mango fruits loose water when salt is added to them.

The term used to explain when people buy heads of lettuce at the market and place them in water afterwards.

The scientific reason why vendors at the market sprinkle water on their green vegetables.

Plants can withstand far greater movement of water in or out of the cell than animal cells because they have a:

cells placed in dilute solution, or water, absorbs water by osmosis and becomes:

cells placed in concentrated solution, loses water by osmosis and becomes:

Excessive loss of water by osmosis causes the cell to become:

The process when Oxygen from the lungs moves into the Blood stream.

The process when Carbon Dioxide move from the blood stream into the lungs.

When temperature increases, the Kinetic movement of particles also increases.

When temperature increases, diffusion is slower

If the gradient is steeper, the rate of diffusion will be greater.

Is the movement of substances when glucose from the gut enters the blood stream

Is the movement of substances when minerals from the soil move into the roots of plants

The length of the chip place Liquid A, increased in size. Liquid A was:

The length of the chip place Liquid B, decreased in size. Liquid B was:

The length of a chip in Liquid A would increase in size because there was:

The length of a chip in Liquid B would decrease in size because there was: