were hypotonic compared to the water. Hypertonic Hypotonic
Cell Transport Review Worksheet. Complete the table by checking the correct column (Hypotonic Hypertonic
Water. Moves to the higher concentration of solutes. Hypertonic Hypotonic
Label the tonicity for each solution (isotonic hypotonic
Isotonic. Hypotonic. Hypertonic. Part 2: Write the correct type of solution (isotonic hypertonic
Cell Transport Review Worksheet. Complete the table by checking the correct column (Hypotonic Hypertonic
Cell Membrane & Tonicity Worksheet. Composition of the Cell Membrane & Functions Label the tonicity for each solution (isotonic hypotonic
The-cell will. (shrink burst
hypertonic / isotonic / hypotonic (circle the correct answer). 11. (a) Explain the role of cell wall pressure in generating cell turgor in plants: Because of
Apr 19 2016 Label the tonicity for each solution (isotonic
Worksheet - Osmosis & Tonicity. READ ME! H. This diagram shows the cell in a(n) (circle one) hypotonic / hypertonic / isotonic solution. Beaker 2.
In which direction does water move across membranes up or down the concentration gradient? DOWN. Define these 3 terms: a. isotonic-. THE CONCENTRATION OF
solution. Hypertonic Hypotonic
Osmosis – Hypotonic Isotonic and Hypertonic solutions. Before completing this worksheet
Cell Membrane & Tonicity Worksheet. Composition of the Cell Membrane & Label the tonicity for each solution (isotonic hypotonic
Cell Transport Review Worksheet Isotonic. Hypotonic solution solution. Causes a cell to swell ... D. Passive Transport. Hypertonic tonic. Isotonic.
Isotonic solution. Hypotonic solution. Hypertonic solution. Causes a cell to swell. Doesn't change the shape of a cell. Causes osmosis. Causes a cell to.
Hypertonic Hypotonic
water into cell = hypotonic Osmosis Worksheet. 20 Points ... Identify the type of solution (isotonic hypertonic
_____ plant cell with good turgor pressure. _____ solution with a high water concentration. Label the tonicity for each solution (isotonic hypotonic
Tonicity Worksheet Name: _____ Period: _____ 1 Use the following terms to identify the solutions below: Isotonic Hypertonic and Hypotonic A- isotonic B- hypertonic C- hypotonic 2 Describe what would happen to the animal and plant cell if placed in each of the solutions below The cells would not change
a isotonic- the concentration of dissolved particles are the same inside and outside the cell – there is no overall change in the cell size b hypertonic the concentration of dissolved particles are higher outside the cell than inside the cell– water will leave the cell in an attempt to dilute the outside concentration
This diagram shows the cell in a(n) (circle one) hypotonic / hypertonic / isotonic solution Create your own Tonicity Problem! For your last problem try writing your own! Set up a beaker labeled with what is both inside and outside of the cell Specify (as I did in the directions) what is permeable and impermeable to the membrane
a hypotonic is turgid b hypotonic lysed c hypertonic lysed d hypertonic solution lost water e hypertonic gained water 6 The concentration of solutes in a red blood cell is about 2 Sucrose cannot pass through the membrane but water and urea can Osmosis would cause red blood cells to shrink the most when
isotonic environment light blue the hypotonic environment yellow and the hypertonic environment light green Match the description or picture with the osmotic condition: A Isotonic _____ solution with a lower solute concentration _____ solution in which the solute concentration is the same B Hypertonic _____ condition plant cells require
Cell Transport Review Worksheet Part 1: Complete the table by checking ( ) the correct column for each statement: Statement Isotonic solution Hypotonic solution Hypertonic solution Causes a cell to swell Doesn’t change the shape of a cell Causes osmosis Causes a cell to shrink