1. Select a different organism for which you want to determine the osmolarity of the cells.   1: Celery 2: Mango 3: Potato 4: Sweet Potato   Organism Number Submit Answer0 / 1 submissions used Heads Up! You need to submit this answer for it to save and be graded.       Read this to me   2. Make a prediction about the solute concentration (osmolarity) of your selection in this section compared to that of the cells you explored in the previous section.   Explain your prediction.             ●Saved Read this to me   3. Collect data from the interactive: 1. Click change and select: Your organism (# Student Response ) A molarity of 0M 2. Measure the mass of your sample at time 0. Record this in your data table as initial mass. 3. Press play and let the video run until 3 hours of time elapses. (The samples are massed each hour.) 4. Measure the mass of your sample at time 3. Record this mass in your data table as final mass 5. Repeat this procedure for the other molarities.   The data table is set up to auto-calculate the change in mass and the % change in mass as you input your data.

Chemistry & Chemical Reactivity
10th Edition
ISBN:9781337399074
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter13: Solutions And Their Behavior
Section: Chapter Questions
Problem 107SCQ
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Related questions
Question
1.

Select a different organism for which you want to determine the osmolarity of the cells.

 

1: Celery

2: Mango

3: Potato

4: Sweet Potato

 
Organism Number
Submit Answer0 / 1 submissions used

Heads Up! You need to submit this answer for it to save and be graded.

 

 
 
Read this to me
 
2.

Make a prediction about the solute concentration (osmolarity) of your selection in this section compared to that of the cells you explored in the previous section.

 

Explain your prediction.

 
 
 

 

 

 
●Saved
Read this to me
 
3.

Collect data from the interactive:

1. Click change and select:

  • Your organism (# Student Response )

  • A molarity of 0M

2. Measure the mass of your sample at time 0.

  • Record this in your data table as initial mass.

3. Press play and let the video run until 3 hours of time elapses. (The samples are massed each hour.)

4. Measure the mass of your sample at time 3.

  • Record this mass in your data table as final mass

5. Repeat this procedure for the other molarities.

 

The data table is set up to auto-calculate the change in mass and the % change in mass as you input your data.

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