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3.4 Cellular Transport

Total questions: 20

Worksheet time: 31mins

Name
Class
Date
1.

Match the following

a)

Osmosis

1.

Movement of water across a semipermeable membrane

b)

Diffusion

2.

Movement of moleules across a semipermeable membrane

c)

Passive transport

3.

Has three types of movement without the use of ATP

2.

What are the characteristics that a molecule must have to pass through the cell membrane?

a)

No charge to them.

b)

Small and large molecules such as water and glucose.

c)

Require Energy to pass.

d)

Do not require energy to pass.

3.
The cell below is in a _________ solution.
a)
Hypotonic
b)
Hypertonic
c)
Isotonic
4.

If a person's blood cells shrivel (shrink) their blood is likely ____ in comparison to the cell.

a)

isotonic

b)

hypotonic

c)

hypertonic

5.

During osmosis

a)

water moves from high to low concentration

b)

large or oddly shaped molecules move across a cell membrane

c)

water moves when energy is used

d)

proteins are built

6.

Osmosis is the movement of _____ across a membrane.

a)

food

b)

energy

c)

oxygen

d)

water

7.

why is osmoregulation so important?

a)

water gives support and is an important transport medium

b)

it hydrates the body

c)

it regulates hormone secretion

8.
What type of solution is this cell in?
a)
Isotonic
b)
Hypertonic
c)
Hypotonic
d)
diffused
9.
What type of solution is this cell in?
a)
Isotonic
b)
Hypertonic
c)
Hypotonic
d)
diffused
10.

Nemo and other ocean dwelling fish cannot survive in freshwater because......

a)

freshwater is hypertonic to Nemo's cells and will result in water leaving them causing the cells to shrink

b)

freshwater is hypotonic to Nemo's cells and will result in water leaving them causing the cells to shrink

c)

freshwater is hypertonic to Nemo's cells and will result in water entering them causing the cells to swell and burst

d)

freshwater is hypotonic to Nemo's cells and will result in water enter them causing the cells to swell and burst

11.

If the dots represent sugar what direction will the water flow?

a)

Into the cell

b)

Out of the cell

c)

Both equally (equilibrium)

12.

If the % represent % of sugar, what direction will water flow?

a)

Into the cell

b)

Out of the cell

c)

Both equally (equilibrium)

13.

Tonicity deals with the presence of solutes that cannot easily pass the cell membrane. Is water a solute?

a)

yes

b)

no

14.

In which solution the cell happy and in a state of equilibrium?

a)

hypertonic

b)

hypotonic

c)

isotonic

15.

Movement of SOLUTE through the cell membrane from high to low concentration is called.....

a)

diffusion

b)

active transport

c)

facilitated diffusion

d)

osmosis

16.

Which Type of solution is the middle cell placed in?

a)

Hypertonic

b)

Hypotonic

c)

Isotonic

d)

Robotonic

17.

Which molecule is in equilibrium? How can you tell?

a)

Molecule A; equal amounts inside and outside

b)

Molecule B; passive movement into the cell

c)

Molecule C; equal amounts inside and outside

d)

Molecule C; all molecules are inside the cell

18.

Which of the following processes could result in the net movement of a substance into a cell if the substance is more concentrated in the cell than in the surroundings?

a)

active transport

b)

osmosis

c)

diffusion

d)

facilitated diffusion

19.

White blood cells (WBCs) are more resistant to lysis than are red blood cells (RBCs). When looking at a sample of blood for WBCs, what could you do to reduce the interference from RBCs?

a)

Mix the blood in a salty solution to cause the RBCs to lyse

b)

Mix the blood in a hypotonic solution to cause the RBCs to lyse

c)

Mix the blood in a hypertonic solution to cause the RBCs to lyse

d)

Mix the blood in an isotonic solution to cause the WBCs to float on top

20.

Match the following cells in solutions to their outcomes:

a)

Animal cell placed in hypertonic solution

1.

Shrivel

b)

Animal cell placed in hypotonic solution

2.

Lyse

c)

Plant cell placed in hypertonic solution

3.

Plasmolysis

d)

Plant cell placed in hypotonic solution

4.

Turgid

e)

Plant cell placed in isotonic solution

5.

Flaccid