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Cellular transport processes

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Cellular transport processes

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About this activity

"Cellular transport processes

Created by

Andrea Arroyave Rincón
Andrea Arroyave Rincón
Colombia

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Cellular transport processes
 

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Cellular transport processesOnline version

"Cellular transport processes

by Andrea Arroyave Rincón
1

permeable low high Osmosis parteially

is the movement of water from an area of water potential , to an area of water potential , across a membrane .

2

lysis turgid wall osmosis crenation burst low membrane plasmolysed

Animal cells do not have a cell , if they gain too much water by they will swell and , known as cell . Plant cell on the other hand do have a cell wall and swell to become . If animal cells are placed in a solution of water potential , water will leave the cell causing it to shrivel , knows as . When plant cells lose water , the cell pulls away from the cell wall and is said be .

3

time kinetic increases faster down gradient

Temperature : As temperature increases the rate of diffution also . Molecules gain more energy and move around . As a result , more of the molecules move the concentration in a give .

4

food intestine surface faster oxygen alveoli diffusion

Surface area : The larger the area , the the rate of . In our bodies , structure such as the in the lungs , and the villi in the small , help increase the diffusion of and digested respectively .

5

quicker concentration gradient difference steeper partially

Concentration gradient : The the concentration the faster diffusion will take place . the bigger the in the of substance across the permeable membrane , the diffusion will take place .

6

efficiently faster thin shorter

Diffusion distance : The the diffusion distance , the the rate of diffusion will be . Many diffusion surfaces in our body are relativaly , in order to allow diffusion to take place as as possible .

7

energy high Mineral kidney blood against urine soil gradient glucose

Active transport moves a substance its concentration . The process requires . An example of active transport is in plant root cells . ions are transported from the into the plant , from low concentration to concentration . In animals , is reabsorbed back into the from the , by active transport . This prevents it from being lost from the body in .

 
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