Transport foldableTransport foldableDirectionsDirections: : • Fold 3 pieces Fold 3 pieces

of paper, so of paper, so you have 5 you have 5 layered flaps layered flaps

• Write “Write “Cell Cell Transport” Transport” on on the bottom flap the bottom flap as a titleas a title

1.1. Passive Transport Passive Transport

2.2. Examples of Examples of Passive TransportPassive Transport

3.3. Osmotic Pressure Osmotic Pressure

4.4. Active Transport Active Transport

5.5. Comparing Types Comparing Types of Transportof Transport

On each flap write: On each flap write:

1. Passive Transport1. Passive Transport

(Inside) On Bottom Half of 1(Inside) On Bottom Half of 1stst Flap write: Flap write:

Passive transport is Passive transport is movement of molecules without energy movement of molecules without energy

across a membrane across a membrane goes with the gradient= “with the flow of goes with the gradient= “with the flow of

traffic” traffic” high concentration to a low concentration. high concentration to a low concentration.

2. Examples of Passive 2. Examples of Passive TransportTransport

Turn the foldable sideways and glue the Turn the foldable sideways and glue the picture/diagram on the left half and write picture/diagram on the left half and write

the description on the right half.the description on the right half.

Picture

Picture

Picture

Description

Description

Description

Directions: Directions: 1.1. Cut out panel and glue into flapCut out panel and glue into flap

2.2. Write the definition in the opposite column. Write the definition in the opposite column. Diffusion- movement of molecules from a Diffusion- movement of molecules from a

high to a low concentration.high to a low concentration.3.3. Color the area of high concentration red and Color the area of high concentration red and

the area of low concentration orange.the area of low concentration orange.

Example 1Example 1

Low

High

Example 2Example 2Directions: Directions: 1.1. Cut out panel and glue into flapCut out panel and glue into flap

2.2. Write the definition in the opposite column.Write the definition in the opposite column.Facilitative diffusion- movement of Facilitative diffusion- movement of

molecules molecules from high to low with the help of from high to low with the help of transport transport (carrier) proteins(carrier) proteins

3.3. Label the area of high concentration red and the area Label the area of high concentration red and the area of low concentration orange. Color the carrier proteins of low concentration orange. Color the carrier proteins greengreen

High Concentration

Low Concentration

Carrier

Protein

Example 3Example 3Directions: Directions: 1.1. Cut out panel and glue into flap Cut out panel and glue into flap

2.2. Write the definition in the opposite column.Write the definition in the opposite column.Osmosis- movement of Osmosis- movement of WATERWATER high to low high to low

concentrationconcentration3.3. Highlight the arrows on the diagram that show the movement of Highlight the arrows on the diagram that show the movement of

water in yellow. Label in red the areas of high concentration red, and water in yellow. Label in red the areas of high concentration red, and the areas of low concentration in orangethe areas of low concentration in orange

H

HL

L

3. Osmotic Pressure3. Osmotic Pressure

Directions: Directions:

1. Write the definition in the top half.1. Write the definition in the top half.

Osmotic Pressure- the pressure exerted by Osmotic Pressure- the pressure exerted by the flow of water against a semi permeable the flow of water against a semi permeable membranemembrane

2.2. Cut out panel and glue beneath definition Cut out panel and glue beneath definition

Hypotonic

• water moves INTO a cell T

• cell swells

Isotonic

• water moves IN and OUT of cell

• dynamic equilibrium

• no change in shape of cell

Hypertonic

• water moves OUT of the cell

•cell shrivels

3. Write the definition for each type of osmotic 3. Write the definition for each type of osmotic pressure below the picturespressure below the pictures

4. Active Transport 4. Active Transport (Inside) On Top Half of 4th Flap write: (Inside) On Top Half of 4th Flap write:

Active transport is…Active transport is… movement of molecules with energy across a movement of molecules with energy across a

membrane membrane goes against the gradient= “against the flow of goes against the gradient= “against the flow of

traffic” traffic” low concentration to high concentrationlow concentration to high concentration uses transport (carrier) proteins uses transport (carrier) proteins

Directions: Directions: 1.1. Cut out panel and glue into beneath definition Cut out panel and glue into beneath definition

(on top half of flap)(on top half of flap)

2.2. Label in red the areas of high concentration Label in red the areas of high concentration red, and the areas of low concentration in red, and the areas of low concentration in orange. Color the carrier proteins green and orange. Color the carrier proteins green and the ATP yellowthe ATP yellow

Low concentration

High concentration

Carrier

Protein

(Inside) On Bottom Half of 4th Flap:(Inside) On Bottom Half of 4th Flap:Example 1Example 1

Directions: Directions: 1.1. Cut out panel and glue into flapCut out panel and glue into flap

2.2. Write the definition below the picture. Write the definition below the picture. Exocytosis- discharge of large cell particles Exocytosis- discharge of large cell particles requiring the use of energy requiring the use of energy

3.3. Label the area of high concentration red and Label the area of high concentration red and the area of low concentration orange. the area of low concentration orange.

Low concentration

High concentration

(Inside) On Bottom Half of 4th Flap:(Inside) On Bottom Half of 4th Flap:Example 2Example 2

Directions: Directions: 1.1. Cut out panel and glue into flap below the exocytosis Cut out panel and glue into flap below the exocytosis

picturepicture and and definitiondefinition

2.2. Write the definition below the picture. Write the definition below the picture. Endocytosis- ingestion of large cell particles Endocytosis- ingestion of large cell particles requiring the use of energy requiring the use of energy

3.3. Label the area of high concentration red and the area of Label the area of high concentration red and the area of low concentration orange. low concentration orange.

Low concentration

High concentration

5. Comparing Types of 5. Comparing Types of TransportTransport

(Inside) On Top Half of 5th Flap:(Inside) On Top Half of 5th Flap:

Low concentration

High concentration

EN

ER

GY

NO ENERG

Y A

CTI

VE

TR

AN

SP

OR

T

PASSIVE TRAN

SPOR

T

Low concentration

Directions:Directions:1. Draw the following:1. Draw the following:

(Inside) On Bottom Half of 5th Flap:(Inside) On Bottom Half of 5th Flap:

Directions:Directions:

1. Draw & Complete the following Venn Diagram:1. Draw & Complete the following Venn Diagram:

PASSIVE ACTIVE

On Back of FoldableOn Back of Foldable

Title the booklet “Cell Transport”Title the booklet “Cell Transport” Write the title neatly - add some color, Write the title neatly - add some color,

drawings, designs, embellished lettering, drawings, designs, embellished lettering, etc., to make this page look appealingetc., to make this page look appealing

Write your name, the block, and the date Write your name, the block, and the date in the bottom right hand cornerin the bottom right hand corner