What concentration of sucrose do you estimate would yield no change inpressure? Why is this biologically significant? Explain in your own words. Do not copy and paste from google. Please refer to your data/graphs on Dialysis tubing cell osmosis. ORate of pressure change(kPa/min)0.0005 O0.000450.00040.000350.00030.00025 O0.00020.000150.00010.0000500Scatter plot (Class average data)● 0.00002410.5● 0.0001781● 0.0004421.5Sucrose solution concentration (M)20.0000074832.5Series1 Sucrose SolutionConcentration1 MTable 1Group Data0.5Sucrose solutionconcentration(M)21.51Rate of pressurechange (kPa/min)1.78 x 10e-4Class Average DataRate of pressurechange(kPa/min)7.483 x 10e-64.42 x 10e-41.78 x 10e-42.41 x10e-5

Osmosis is the movement of water through a semipermeable membrane.

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Chapter1: The Human Body: An Orientation

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What concentration of sucrose do you estimate would yield no change in
pressure? Why is this biologically significant? Explain in your own words. Do not copy and paste from google. Please refer to your data/graphs on Dialysis tubing cell osmosis.

O
Rate of pressure change(kPa/min)
0.0005 O
0.00045
0.0004
0.00035
0.0003
0.00025 O
0.0002
0.00015
0.0001
0.00005
0
0
Scatter plot (Class average data)
● 0.0000241
0.5
● 0.000178
1
● 0.000442
1.5
Sucrose solution concentration (M)
2
0.000007483
2.5
Series1

Sucrose Solution
Concentration
1 M
Table 1
Group Data
0.5
Sucrose solution
concentration
(M)
2
1.5
1
Rate of pressure
change (kPa/min)
1.78 x 10e-4
Class Average Data
Rate of pressure
change
(kPa/min)
7.483 x 10e-6
4.42 x 10e-4
1.78 x 10e-4
2.41 x10e-5

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