Table 10.2 Samples Placed in Water (data)SampleDialysis tubing containing sugar solutionass Before Soakinlon 5.083PruneMass After Soaki5.48012.65211.278Table 10.3 (report)hange in Sampleasurroundinirectionoonc. of Solution (inside sampleSamplelativenDialysis tubing +waterDialysis tubing +sugar solutionPruneSugarsolutionPure waterSugarsolutionPure waterPrune

Question
Asked Apr 2, 2019
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Table 10.2 Samples Placed in Water (data)
Sample
Dialysis tubing containing sugar solution
ass Before Soakin
lon 5.083
Prune
Mass After Soaki
5.480
12.652
11.278
Table 10.3 (report)
hange in Sample
as
urroundin
irectiono
onc. of Solution (inside sample
Sample
lativ
en
Dialysis tubing +
water
Dialysis tubing +
sugar solution
Prune
Sugar
solution
Pure water
Sugar
solution
Pure water
Prune
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Table 10.2 Samples Placed in Water (data) Sample Dialysis tubing containing sugar solution ass Before Soakin lon 5.083 Prune Mass After Soaki 5.480 12.652 11.278 Table 10.3 (report) hange in Sample as urroundin irectiono onc. of Solution (inside sample Sample lativ en Dialysis tubing + water Dialysis tubing + sugar solution Prune Sugar solution Pure water Sugar solution Pure water Prune

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Expert Answer

Step 1

Osmosis is the process by which net movement of solvent into from a lower solute concentration to higher solute concentration via semi permeable membrane. Here, dialysis tube and the skin of prune acts a semipermeable membrane where water molecule travels into an expanse of higher solute concentration.

Step 2

When a dialysis tubing + water is kept in the sugar solution, the water travel into the sugar solution since water has lower concentration. Because of this, the mass of pure water inside the dialysis tubing decreases.

Step 3

When a dialysis tubing + sugar solution is kept in the pure water, the water from outside moves into the dialysis tube since sugar has higher concentration. Bec...

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