Cell Homeostasis Virtual Lab Data and Review Record the data from the virtual lab activity on this worksheet, answer the questions below the data table and upload your completed worksheet in the Cell Homeostasis Lab assignment folder. Data Collection: Solution (label the beaker with % Glucose) A B C D E Weight of bag before Weight of bag after Difference in weight Data Analysis: 1. What is the importance of beaker "A" in the experiment? 2. For Beaker B, did water move into the dialysis or out of the dialysis bag? 3. For Beaker E, did water move into the dialysis bag or out of the dialysis bag? 4. For samples that showed a net gain in weight, was the beaker solution hypertonic or hypotonic to the solution inside the dialysis bag? 5. For samples that showed a net loss in weight, was the beaker solution hypertonic or hypotonic to the solution inside the dialysis bag? 6. Which beaker (B, C, D, or, E) represents an isotonic condition? 7. Which two beakers (B, C, D, E) represent hypotonic conditions? 8. Which beaker (B, C, D, or, E) represents a hypertonic condition?

Principles Of Pharmacology Med Assist
6th Edition
ISBN:9781337512442
Author:RICE
Publisher:RICE
Chapter8: Forms Of Drugs And How They Act
Section: Chapter Questions
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Cell Homeostasis Virtual Lab Data and Review
Record the data from the virtual lab activity on this worksheet, answer the
questions below the data table and upload your completed worksheet in
the Cell Homeostasis Lab assignment folder.
Data Collection:
Solution (label the
beaker with %
Glucose)
A
B
с
D
E
Weight of bag before Weight of bag after
(g)
Difference in weight
(g)
Data Analysis:
1. What is the importance of beaker "A" in the experiment?
2. For Beaker B, did water move into the dialysis or out of the dialysis
bag?
3. For Beaker E, did water move into the dialysis bag or out of the dialysis
bag?
4. For samples that showed a net gain in weight, was the beaker solution
hypertonic or hypotonic to the solution inside the dialysis bag?
5. For samples that showed a net loss in weight, was the beaker solution
hypertonic or hypotonic to the solution inside the dialysis bag?
6. Which beaker (B, C, D, or, E) represents an isotonic condition?
7. Which two beakers (B, C, D, E) represent hypotonic conditions?
8. Which beaker (B, C, D, or, E) represents a hypertonic condition?
Transcribed Image Text:Cell Homeostasis Virtual Lab Data and Review Record the data from the virtual lab activity on this worksheet, answer the questions below the data table and upload your completed worksheet in the Cell Homeostasis Lab assignment folder. Data Collection: Solution (label the beaker with % Glucose) A B с D E Weight of bag before Weight of bag after (g) Difference in weight (g) Data Analysis: 1. What is the importance of beaker "A" in the experiment? 2. For Beaker B, did water move into the dialysis or out of the dialysis bag? 3. For Beaker E, did water move into the dialysis bag or out of the dialysis bag? 4. For samples that showed a net gain in weight, was the beaker solution hypertonic or hypotonic to the solution inside the dialysis bag? 5. For samples that showed a net loss in weight, was the beaker solution hypertonic or hypotonic to the solution inside the dialysis bag? 6. Which beaker (B, C, D, or, E) represents an isotonic condition? 7. Which two beakers (B, C, D, E) represent hypotonic conditions? 8. Which beaker (B, C, D, or, E) represents a hypertonic condition?
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