Cell Transport Chart KEY Nov 2 copy brown PDF

Preview

Summary

summary info pics key for handout and explanation...

Description

Active and Passive Transport Chart

November 2020

Use the Passive and Active Transport PPTs we discussed in class to fill out the two tables below: Type of Transport

gradient?

Type of Concentration (High  Low or Low  High?)

Active or Passive Transport ?

NO

WITH

HIGH  LOW

PASSIVE

NO

WITH

HIGH  LOW

PASSIVE

WITH

HIGH  LOW

PASSIVE

YES

AGAINST

LOW  HIGH

ACTIVE

YES

AGAINST

LOW  HIGH

ACTIVE

YES

AGAINST

LOW  HIGH

ACTIVE

Uses Energy?

Goes with or against concentration

Diffusion

Osmosis

Facilitated Diffusion

Sodium Potassium Pumps

NO (but uses transport proteins)

Endocytosis

Exocytosis

Picture of Process?

Active and Passive Transport Chart Type Hypertonic

Description of process The solution has a higher concentration of solutes and a lower concentration of water than inside the cell. (High solute; Low water)

November 2020 What happens to cell? Water moves from inside the cell to the solution; Cell shrinks!

So, if there was a 10% salt solution inside the cell and 20% outside the cell, the water would want to move outside of the cell to try and help the outside reach equilibrium (get = to 10%)

Isotonic

The concentration of solutes in the solution is equal to the concentration of solutes inside the cell.

The cell would stay the same size

So, if there was a 10% salt solution inside the cell, there would also be 10% outside of the cell and water would flow equally into and out of cell.

Hypotonic

The solution has a lower concentration of solutes and a higher concentration of water than inside the cell. (Low solute; High water) So, if there was a 20% salt solution inside the cell and 10% outside the cell, the water would want to move INTO the cell to try and help the cell reach equilibrium (get = to 10%)

Water moves from the solution to inside the cell; Cell Swells and bursts open!

Picture

Active and Passive Transport Chart

November 2020...