Cellular transport processes

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"Cellular transport processes

Créé par

Andrea Arroyave Rincón

Colombia

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Compléter Cellular transport processesVersion en ligne "Cellular transport processes par Andrea Arroyave Rincón 1 low permeable Osmosis high parteially is the movement of water from an area of water potential , to an area of water potential , across a membrane . 2 lysis osmosis low turgid crenation wall burst 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 increases time faster down kinetic 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 surface alveoli diffusion food oxygen faster intestine 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 difference partially gradient concentration steeper quicker 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 thin efficiently faster 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 Mineral glucose high soil blood urine against gradient kidney 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 .

Compléter

Cellular transport processesVersion en ligne

"Cellular transport processes

low permeable Osmosis high parteially

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

lysis osmosis low turgid crenation wall burst 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 .

increases time faster down kinetic 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 .

surface alveoli diffusion food oxygen faster intestine

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 .

difference partially gradient concentration steeper quicker

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 .

thin efficiently faster 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 .

energy Mineral glucose high soil blood urine against gradient kidney

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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Cellular transport processes

Compléter

À propos de cette activité

Créé par

Téléchargez la version pour jouer sur papier

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The Preamble

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Cellular transport processesVersion en ligne

par Andrea Arroyave Rincón

low permeable Osmosis high parteially

lysis osmosis low turgid crenation wall burst membrane plasmolysed

increases time faster down kinetic gradient

surface alveoli diffusion food oxygen faster intestine

difference partially gradient concentration steeper quicker

thin efficiently faster shorter

energy Mineral glucose high soil blood urine against gradient kidney

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