Put these steps in order from first to last. They show how cells take in materials. (1 point)

membrane goes around and covers the material

a bubble with the material forms inside the cell

cell membrane starts to fold around the material

Drag and drop the words into the correct locations. (2 points)
The cell membrane is a (an) Response area membrane. It is made of a double layer of Response area with water-loving heads pointing out and Response area tails pointing in

Select the correct answer(s) from the list(s). (2 points)
In ACTIVE transport, molecules move from areas of
concentration to areas of
concentration.

Select the correct answer(s) from the list(s). (2 points)
In facilitated diffusion, special
in the membrane help
molecules cross without using
.

Match each cell process with the type of bubble transport it shows. (2 points)
Releasing large molecules outside cell
Breaking down cell waste
Moving proteins from Golgi
Bringing large materials into cell

exocytosis

lysosome processing

vesicle transport

endocytosis

Which facts describe the structure and function of the cell membrane in keeping cells healthy? (Select the three correct answers.)(1 point)
Responses

Semipermeable membrane that controls material movement
Semipermeable membrane that controls material movement

Double lipid layer with water-loving heads
Double lipid layer with water-loving heads

Made only of water molecules
Made only of water molecules

Still structure with no protein parts
Still structure with no protein parts

Solid barrier that blocks all molecules
Solid barrier that blocks all molecules

Contains built-in proteins and channels

Which factors decide how water moves during osmosis and changes cell size in different solutions? (Select the three correct answers.)(1 point)
Responses

Water movement directions
Water movement directions

Outside temperature changes
Outside temperature changes

Cell metabolism rates
Cell metabolism rates

Cell wall thickness
Cell wall thickness

Solute amounts outside the cell
Solute amounts outside the cell

Gradient differences between areas
Gradient differences between areas

Order these transport methods from smallest to largest molecules they can move across membranes. (2 points)

osmosis just for water molecules

visicle transport for large proteins and sugars

active transport for specific ions and molecules

simple diffusion for small non-polar molecules

facilitated or helped diffusion through protein channels for polar molecules

Match each type of cell transport with its main facts about energy needs and movement. (2 points)
Osmosis
Helped Diffusion
Endocytosis
Diffusion
Active Transport

no energy needed, moves from high to low amounts

need energy, moves against the gradient

no energy needed, just for water movement

needs energy, brings large molecules into cell

no energy needed, uses membrane proteins

Match each organelle with its main job in moving or handling materials within cells. (2 points)
Vesicles
Endoplasmic Reticulum
Golgi Apparatus
Lysosome
Mitochondria

packages and sends cell materials

breaks down unwanted cell mateials

makes and moves proteins

transport large molecules in and out of cell

makes energy for cell transport

processes

Arrange these cellular events in the correct order to show how a plant cell responds when soil conditions become dry. (2 points)

soil becomes concentrated with salts

cell begins making stress response proteins

water moves out of the cell by osmosis

cell membrane sends stress signals to the nucleus

cell vacuole shrinks and loses water pressure

1 answer

Order of Steps for Cell Material Uptake:

Cell membrane starts to fold around the material
Membrane goes around and covers the material
A bubble with the material forms inside the cell

Fill in the Gaps:

The cell membrane is a (an) elastic membrane. It is made of a double layer of lipids with water-loving heads pointing out and water-fearing tails pointing in.

Select the Correct Answers for Active Transport:

In ACTIVE transport, molecules move from areas of low concentration to areas of high concentration.

Select the Correct Answers for Facilitated Diffusion:

In facilitated diffusion, special proteins in the membrane help polar molecules cross without using energy.

Match Each Cell Process with Bubble Transport:

Releasing large molecules outside cell - exocytosis
Breaking down cell waste - lysosome processing
Moving proteins from Golgi - vesicle transport
Bringing large materials into cell - endocytosis

Facts about Cell Membrane Structure and Function:

Semipermeable membrane that controls material movement
Double lipid layer with water-loving heads
Contains built-in proteins and channels

Factors Deciding Water Movement during Osmosis:

Water movement directions
Solute amounts outside the cell
Gradient differences between areas

Order of Transport Methods from Smallest to Largest Molecules:

Osmosis just for water molecules
Simple diffusion for small non-polar molecules
Facilitated or helped diffusion through protein channels for polar molecules
Active transport for specific ions and molecules
Vesicle transport for large proteins and sugars

Match Each Type of Cell Transport with Energy Needs:

Osmosis - no energy needed, just for water movement
Helped Diffusion - no energy needed, uses membrane proteins
Endocytosis - needs energy, brings large molecules into cell
Diffusion - no energy needed, moves from high to low amounts
Active Transport - need energy, moves against the gradient

Match Each Organelle with its Job:

Vesicles - transport large molecules in and out of cell
Endoplasmic Reticulum - makes and moves proteins
Golgi Apparatus - packages and sends cell materials
Lysosome - breaks down unwanted cell materials
Mitochondria - makes energy for cell transport

Arrange Cellular Events for Plant Cell Response:

Soil becomes concentrated with salts
Cell membrane sends stress signals to the nucleus
Cell begins making stress response proteins
Water moves out of the cell by osmosis
Cell vacuole shrinks and loses water pressure