Osmosis Worksheet

Last updated over 2 years ago

31 questions

Instructions

Required

1

Required

1

Library

Osmosis Worksheet

Last updated over 2 years ago

31 questions

Instructions

Osmosis Worksheet
Below are animal cells placed in beakers of various concentrations. Use the first picture as an example.
Select the direction that water moves (into the cell or into the solution)
Fill in any missing percentages (water or solute)
Identify the type of solution (isotonic, hypertonic, or hypotonic) 

EXAMPLE: 

The total amout of water and solute together in a cell will add up to 100%.

The total amount of water and solute  in the solution in the beaker will add up to 100%.

In this example the solute concentration in the cell is 79% (math.   21% + x % =100%   ).

The percentage of water in the solution is 32%

Water would move into the cell because water is at a higher concentration out of the cell and water alsways moves from high concentration to low concentration.

The solution is HYPOTONIC because it has a higher concentration of water than the cell.

1

How does water move?

1

Beaker 2 : How does water move?

1

Beaker 3: How does water move?

1

What is the missing solute percentage for beaker 4?

1

The missing percentage for beaker 5 is...

1

The missing percetntage for beaker 6 is...

1

The percentage of water in THE CELLL in beaker 7 is

1

The percentage of water IN THE SOLUTION in beaker 7 is...

1

Required

0

Required

1

The solute concentration INSIDE THE CELL is 20%

Required

1

Required

1

Required

1

Beaker 9 has what concentration of solute IN THE CELL?

Required

1

What is the concentration of solute in beaker 9?

Required

1

Required

1

Required

1

Required

0

Fill in the missing percentages, then draw an arrow to show the direction that water would move for beaker 11.

Required

1

Required

1

Match the term to its definition:

Draggable item		Corresponding Item
Hypertonic		A solution in which the concentration of solutes is lower.
Hypotonic		A solution in which the concentration of solutes is higher.
Isotonic

Required

1

Match the term to its definition:

Draggable item		Corresponding Item
Selective permeability		The property of a membrane that allows only certain substances to pass.
Concentration gradient		A difference in the concentration of solutes between two areas.

Osmosis Worksheet
Below are animal cells placed in beakers of various concentrations. Use the first picture as an example.
Select the direction that water moves (into the cell or into the solution)
Fill in any missing percentages (water or solute)
Identify the type of solution (isotonic, hypertonic, or hypotonic) 

EXAMPLE: 

The total amout of water and solute together in a cell will add up to 100%.

The total amount of water and solute  in the solution in the beaker will add up to 100%.

In this example the solute concentration in the cell is 79% (math.   21% + x % =100%   ).

The percentage of water in the solution is 32%

Water would move into the cell because water is at a higher concentration out of the cell and water alsways moves from high concentration to low concentration.

The solution is HYPOTONIC because it has a higher concentration of water than the cell.

1

How does water move?

1

What type of solution is in Beaker 1?

1

Beaker 2 : How does water move?

1

What type of solution is beaker 2 ?

1

Beaker 3: How does water move?

1

The solution is

1

What is the missing solute percentage for beaker 4?

1

Beaker 4: Water would move...

1

The solution for Beaker 4 is...

1

The missing percentage for beaker 5 is...

1

Beaker 5: Water would move...

1

The solution in beaker 5 is

1

The missing percetntage for beaker 6 is...

1

Water in beaker 6 would move...

1

The solution in beaker 6 is

1

The percentage of water in THE CELLL in beaker 7 is

1

The percentage of water IN THE SOLUTION in beaker 7 is...

1

The solution in beaker 7 is hypertonic in comparison to the cell.

Required

0

Draw an arrow to show the direction water would move.

Required

1

The solute concentration INSIDE THE CELL is 20%

Required

1

The water concentration in the solution for beaker 8 is 20%

Required

1

What type of solution is in beaker 8? *SPELLING COUNTS! (Hypertonic, Isotonic or Hypotonic)

Required

1

Beaker 9 has what concentration of solute IN THE CELL?

Required

1

What is the concentration of solute in beaker 9?

Required

1

The solution in beaker 9 is hypotonic in comparison to the cell.

Required

1

Beaker 9: Mark all answers that are true.

Match the term to its definition:

Draggable item		Corresponding Item
Hypertonic		A solution in which the concentration of solutes is lower.
Hypotonic		A solution in which the concentration of solutes is higher.
Isotonic		The movement of water across a semi-permeable membrane.
Osmosis		A solution in which the concentration of solutes is equal.

Match the term to its definition:

Draggable item		Corresponding Item
Selective permeability		The property of a membrane that allows only certain substances to pass.
Concentration gradient		A difference in the concentration of solutes between two areas.

Water will move in and out of the cell at the same rate.

What type of solution is in Beaker 1?

Whater moves into and out of the cell at the same rate

What type of solution is beaker 2 ?

Water moves into and out of the cell at the same rate

The solution is

Beaker 4: Water would move...

The solution for Beaker 4 is...

Beaker 5: Water would move...

The solution in beaker 5 is

Water in beaker 6 would move...

The solution in beaker 6 is

The solution in beaker 7 is hypertonic in comparison to the cell.

Draw an arrow to show the direction water would move.

False

The water concentration in the solution for beaker 8 is 20%

What type of solution is in beaker 8? *SPELLING COUNTS! (Hypertonic, Isotonic or Hypotonic)

The solution in beaker 9 is hypotonic in comparison to the cell.

Beaker 9: Mark all answers that are true.

Mark all that are true for Beaker 10

Mark all that are true for Beaker 12

The movement of water across a semi-permeable membrane.

Osmosis

A solution in which the concentration of solutes is equal.

Water would move into the cell

The solute concentration of the solution is 10%

Water would move out of the cell

Mark all that are true for Beaker 10

The solution in beaker 10 is HYPERTONIC

The solution in beaker 10 is ISOTONIC

The solution in beaker 10 is HYPOTONIC

Water will move into the cell

Water will move out of the cell

Water will move into and out of the cell at the same rate

Mark all that are true for Beaker 12

The solution in beaker 12 is HYPERTONIC

The solution in beaker 12 is ISOTONIC

The solution in beaker 12 is HYPOTONIC

Water will move into the cell

Water will move out of the cell

Water will move into and out of the cell at the same rate