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Unit 6 study guide review

Total questions: 20

Worksheet time: 20mins

Name
Class
Date
1.

A single-celled organism can be classified as a prokaryotic based on the absence of

a)

Cell membrane

b)

Ribosomes

c)

Cytoplasm

d)

Nucleus

2.

Which of the statements below best describes what is taking place in the picture on the left?

a)

The membrane is not permeable to anything and the movement is due to evaporation.

b)

The membrane is permeable to water which allows the particles to move from one side of the membrane to the other.

c)

The membrane is permeable to the particles, but is not permeable to the water. That is why the particles go to one side but the water stays where It is.

d)

The membrane is permeable to water, but is not permeable to the particles. That is why the water goes to one side but the particles stay where they are.

3.

How isit possible that some molecules are allowed to pass through a cell membrane while other molecules cannot?

a)

A cell membrane is found in plant and animals cells

b)

A cell membrane holds organelles in place

c)

A cell membrane is semi-permeable

d)

A cell membrane is surrounded by liquid.

4.

Based off the cell pictures below as seen under a microscope, from which of the following did the specimen most likely come from?

a)

Paramecium/bacteria

b)

Water lily/rose/daisy

c)

Frog/snake/bull

d)

Sponge

5.

One drop of red dye was dropped into a cup of water as seen below. What is causing the dye to "spread out" through the cup?

a)

Diffusion

b)

Osmosis

c)

Photosynthesis

d)

Excocytosis

6.

When would osmosis most likely occur?

a)

Across a non-permeable membrane that separates solutions of different concentrations.

b)

Across a non-permeable membrane that separates solutions of the same concentration.

c)

Across a semi-permeable membrane that separates solutions of different concentrations.

d)

Across a permeable membrane that separates solutions of the same concentration.

7.

What does a plant cell have that an animal cell doesn't?

a)

Ribosomes

b)

Chromosomes

c)

Chloroplasts

d)

Mitochondria

8.

The picture above "H" standard for high concentration and "L" standards for low concentration. What explains what happened to the egg in the first picture (One on left)

a)

The egg will decrease in size due to osmosis

b)

The egg will achieve equilibrium through simple diffusion and remain the same size

c)

The egg will increase in size due to osmosis

d)

The egg will increase in size due to simple diffusion

9.

The before picture is due to a lack of adequate rain fall. The after picture is after placing the plant in a small amount of water. What process caused the plant to become rigid again?

a)

Diffusion

b)

Osmosis

c)

Photosynthesis

d)

Active transport

10.

Using the picture below, identify which is the prokaryotic cell and which is the eukaryotic cell.

The picture on the left:

a)

Prokaryotic

b)

Eaukaryotic

11.

Using the picture below, identify which is the prokaryotic cell and which is the eukaryotic cell.

The picture on the right:

a)

Prokaryotic

b)

Eaukaryotic

12.

Which of the following (left, middle, right) Indicated a plant cell that is in equilibrium and why?

a)

Left: Because water is moving out of the cell which means there is a lower area of concentration on the outside of the cell.

b)

Middle: Because water is moving into and out of the cell meaning the area of water concentration on the outside is the same as on the inside.

c)

Right: Because water is moving into the cell which means there is a lower area of concentration in the cell.

13.

Mitochondria are important in a cell. If the mitochondria stopped working what would happen?

(a)  

14.

Which would you find in a plant cell but not an animal cell? (Choose two)

a)

Cell membrane

b)

Cell wall

c)

Chloroplasts

d)

Nucleus

e)

Cytoplasm

15.

If the concentration of molecules on both sides of the membrane are the same during diffusion what will happen?

a)

Molecules would only move to one side of the cell

b)

Molecules would stop moving and stay where they are

c)

Molecules will continue to move back and to keep equilibrium.

16.

What does the nucleus control in a cell?

a)

Maintains energy production

b)

controls the activity of the cell

c)

Stores waste products before they are disposed of.

d)

Stores water and solutions.

17.

What explains what happened to the egg in the second picture (one on right)

a)

The egg will decrease in size due to osmosis

b)

The egg will achieve equilibrium through simple diffusion and remain the same size

c)

The egg will increase in size due to osmosis

d)

The egg will increase in size due to simple diffusion

18.

When put in distilled water, an onion cell will swell up and a red blood cell will burst. Why did the onion cell sweel and the red blood cell burst?

a)

The onion cell is protected by the Chlorophyll

b)

The onion cell is protected by the mitochondria

c)

The onion cell is protected by the cell membrane

d)

The onion cell is protected by the cell wall

19.

Explain why your grandmother was correct when she told you to gargle warm salt water if you had a sore throat.

4 lines
20.

Draw an arrow on which way the water would flow if following the rules of osmosis,