Hypertonic means that the environment outside of the cell has a higher concentration of solutes than the cell itself. That will attract water molecules from the cell leading to the shrinking of the cell water concentration is greater outside the cell and the solute concentration is higher inside the interior of the cell that is hypertonic to the hypertonic surroundings. The net flow of water is into the cell Ina cor equ is n cha plae will 4. The tonicity of a solution is determined by the presence of solutes that (circle one) [ ca| cannot ] easily pass the cell membrane. 5. In a HYPERTONIC solution, there is a (circle ore( higher | lower ] amount of solutes outside the cell relative to the inside of a cell. 6. In a HYPOTONIC solution, there is a (circle one) [ higher | lower ] amount of solutes outside the cell relative to the inside of a cell. 7. In an ISOTONIC solution, the amount of solutes outside the cell ihypertonio the amount of solutes inside the cell. 8. Hypertonic solutions and hypotonic solutions can cause molecules to move across the cell membrane. 9. If you were to drink seawater (salt water), which type of cell environment would you be creating for your cells?X 10. Why is it dangerous to drink seawater? X

Human Anatomy & Physiology (11th Edition)
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A Cell Transport Study Guide
Amara Mohamad - Cell Transpo
A docs.google.com/presentation/d/1rTHSAC-61C2E8sLBESlplITDoyKOX5hXDpSNLDJ23TY/edit#slide-id.SLIDES API169621999 3
1 2
3
4 I 5
Hypertonic means that the environment
outside of the cell has a higher
concentration of solutes than the cell
itself. That will attract water molecules
from the cell leading to the shrinking of
the cell
water concentration is greater outside
the cell and the solute concentration is
higher inside the interior of the cell that
is hypertonic to the hypertonic
surroundings. The net flow of water is
into the cell
In an
conce
equal
is no
chang
place
will er
4. The tonicity of a solution is determined by the presence of solutes that (circle one) [ ca cannot ]easily pass the cell membrane.
5. In a HYPERTONIC solution, there is a (circle ore) ( higher | lower ] amount of solutes
ide
ecell relative
the inside of a cell.
6. In a HYPOTONIC solution, there is a (circle one) [ higher lower ] amount of solutes outside the cell relative to the inside of a cell.
7. In an ISOTONIC solution, the amount of solutes outside the cell ihyperfonio
the amount of solutes inside the cell.
8. Hypertonic solutions and hypotonic solutions can cause
molecules to move across the cell membrane.
9. If you were to drink seawater (salt water), which type of cell environment would you be creating for your cells?
10. Why is it dangerous to drink seawater?
For each illustration below, label it is one of the following: hypertonic, hypotonic, or isotonic
FOR EACH ENVIRONM
WILL FLOW- INTO THE
AND OUT OF
DELL
Transcribed Image Text:A Cell Transport Study Guide Amara Mohamad - Cell Transpo A docs.google.com/presentation/d/1rTHSAC-61C2E8sLBESlplITDoyKOX5hXDpSNLDJ23TY/edit#slide-id.SLIDES API169621999 3 1 2 3 4 I 5 Hypertonic means that the environment outside of the cell has a higher concentration of solutes than the cell itself. That will attract water molecules from the cell leading to the shrinking of the cell water concentration is greater outside the cell and the solute concentration is higher inside the interior of the cell that is hypertonic to the hypertonic surroundings. The net flow of water is into the cell In an conce equal is no chang place will er 4. The tonicity of a solution is determined by the presence of solutes that (circle one) [ ca cannot ]easily pass the cell membrane. 5. In a HYPERTONIC solution, there is a (circle ore) ( higher | lower ] amount of solutes ide ecell relative the inside of a cell. 6. In a HYPOTONIC solution, there is a (circle one) [ higher lower ] amount of solutes outside the cell relative to the inside of a cell. 7. In an ISOTONIC solution, the amount of solutes outside the cell ihyperfonio the amount of solutes inside the cell. 8. Hypertonic solutions and hypotonic solutions can cause molecules to move across the cell membrane. 9. If you were to drink seawater (salt water), which type of cell environment would you be creating for your cells? 10. Why is it dangerous to drink seawater? For each illustration below, label it is one of the following: hypertonic, hypotonic, or isotonic FOR EACH ENVIRONM WILL FLOW- INTO THE AND OUT OF DELL
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