Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN: 9780134580999
Author: Elaine N. Marieb, Katja N. Hoehn
Publisher: PEARSON
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Answer this Complete Question (Conisdered by School SYstems only counts as one Question made up of each numebr being atcually a letter (1=a,etc.).

Based on:

https://video.esc4.net/video/assets/Science/Biology/Gateway%20Resources/cell%20homeostasis%20virtual%20lab%20-%20activity/index.html

 

Go to Cell Homeostasis Virtual Lab
Click START. Read and click CONTINUE.
Follow the instructions and complete the following.
1. Describe your control group (Beaker A).
2. Complete the table about your experimental groups. Beaker B is done as an example.
Beaker B
Beaker C
Вeaker D
Beaker E
mL of water
1000 mL
1000 mL
1000 mL
1000 mL
g of sugar
0 g
% of sugar
0%
3. NO NEED TO SKETCH the setups. Click CONTINUE.
4. Complete the table about the dialysis tubes representing cells. Column A is completed
as an example.
Tube
A
В
C
D
E
Initial Mass
17.59
(g)
Placed in
A
В
D
E
Beaker
Вeaker
Control
Concentration
(%)
Final Mass
17.66
(g)
Mass
0.07
Difference
5. Click CONTINUE and "wait" for 24 hours.
6. Go back to the table above and complete the final mass and mass difference.
7. NO NEED TO MAKE A GRAPH. Click CONTINUE.
8. Answer the questions (3 questions in the virtual lab).
9. What have you learned from this virtual lab? Be sure to mention the different types of
solutions and the movement of water molecules.
TURN THIS IN!
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Transcribed Image Text:Go to Cell Homeostasis Virtual Lab Click START. Read and click CONTINUE. Follow the instructions and complete the following. 1. Describe your control group (Beaker A). 2. Complete the table about your experimental groups. Beaker B is done as an example. Beaker B Beaker C Вeaker D Beaker E mL of water 1000 mL 1000 mL 1000 mL 1000 mL g of sugar 0 g % of sugar 0% 3. NO NEED TO SKETCH the setups. Click CONTINUE. 4. Complete the table about the dialysis tubes representing cells. Column A is completed as an example. Tube A В C D E Initial Mass 17.59 (g) Placed in A В D E Beaker Вeaker Control Concentration (%) Final Mass 17.66 (g) Mass 0.07 Difference 5. Click CONTINUE and "wait" for 24 hours. 6. Go back to the table above and complete the final mass and mass difference. 7. NO NEED TO MAKE A GRAPH. Click CONTINUE. 8. Answer the questions (3 questions in the virtual lab). 9. What have you learned from this virtual lab? Be sure to mention the different types of solutions and the movement of water molecules. TURN THIS IN!
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