water moves out of the cell % solute 95% water % solute 85% water hv rtonic :: isotonic :: hypotonic :: water moves into cell water moves at equal rates into and out of the cell

Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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8:34 1
E 2B Process Questions (Cell Transport)
For the beaker below, some information has been
provided.
Determine the type of extracellular solution (blue
liquid) this cell ( the white circle ) has been placed
within and which way the water will move based on
the concentration gradients provided.
You may want to calculate the missing percentages to
help you.
water moves out of the cell
% solute
95% water
% solute
85% water
hv
rtonic.
:: isotonic
:: hypotonic
:: water moves into cell
::
water moves at equal rates into and out of
the cell
Transcribed Image Text:8:34 1 E 2B Process Questions (Cell Transport) For the beaker below, some information has been provided. Determine the type of extracellular solution (blue liquid) this cell ( the white circle ) has been placed within and which way the water will move based on the concentration gradients provided. You may want to calculate the missing percentages to help you. water moves out of the cell % solute 95% water % solute 85% water hv rtonic. :: isotonic :: hypotonic :: water moves into cell :: water moves at equal rates into and out of the cell
Expert Solution
Step 1

A cell is placed in a solution. There is a difference in concentration between the solution inside the cell and the extracellular solution. 

So, osmosis will take place here. We need to determine the direction of the flow of solvent(water here) and the type if the extracellular solution. 

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