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Create your own at Storyboard That Membrane Transport Hypotonic Hypertonic Membrane transport is needed for cellular life. As cells proceed through their life cycle it collects and passes solutes like ions. Then pushes them through the membrane. Net inflow which means more water and less salutes, causing a higher concentration inside and a lower concentration on the outside. moving molecules from the outside to the inside. Getting through by putting pressure on the cell. Net outflow meaning more solutes and less water , which causes higher concentration on the outside then on the inside of the cell. With more solution outside there could be a chance of the water escaping the cell. so this is what controls whether something is being passed into or out of the cell. so the evidence says water molecules are entering the cell ( causing it to blow up like a balloon) Water escaping the cell could cause it to shrivel up ... what should i do! eek! Detective, do you know what this means? there may be some clues here... hurry detective before its too late...
Create your own at Storyboard That Membrane Transport Hypotonic Hypertonic Membrane transport is needed for cellular life. As cells proceed through their life cycle it collects and passes solutes like ions. Then pushes them through the membrane. Net inflow which means more water and less salutes, causing a higher concentration inside and a lower concentration on the outside. moving molecules from the outside to the inside. Getting through by putting pressure on the cell. Net outflow meaning more solutes and less water , which causes higher concentration on the outside then on the inside of the cell. With more solution outside there could be a chance of the water escaping the cell. so this is what controls whether something is being passed into or out of the cell. so the evidence says water molecules are entering the cell ( causing it to blow up like a balloon) Water escaping the cell could cause it to shrivel up ... what should i do! eek! Detective, do you know what this means? there may be some clues here... hurry detective before its too late...
Create your own at Storyboard That Membrane Transport Hypotonic Hypertonic Membrane transport is needed for cellular life. As cells proceed through their life cycle it collects and passes solutes like ions. Then pushes them through the membrane. Net inflow which means more water and less salutes, causing a higher concentration inside and a lower concentration on the outside. moving molecules from the outside to the inside. Getting through by putting pressure on the cell. Net outflow meaning more solutes and less water , which causes higher concentration on the outside then on the inside of the cell. With more solution outside there could be a chance of the water escaping the cell. so this is what controls whether something is being passed into or out of the cell. so the evidence says water molecules are entering the cell ( causing it to blow up like a balloon) Water escaping the cell could cause it to shrivel up ... what should i do! eek! Detective, do you know what this means? there may be some clues here... hurry detective before its too late...
Create your own at Storyboard That Membrane Transport Hypotonic Hypertonic Membrane transport is needed for cellular life. As cells proceed through their life cycle it collects and passes solutes like ions. Then pushes them through the membrane. Net inflow which means more water and less salutes, causing a higher concentration inside and a lower concentration on the outside. moving molecules from the outside to the inside. Getting through by putting pressure on the cell. Net outflow meaning more solutes and less water , which causes higher concentration on the outside then on the inside of the cell. With more solution outside there could be a chance of the water escaping the cell. so this is what controls whether something is being passed into or out of the cell. so the evidence says water molecules are entering the cell ( causing it to blow up like a balloon) Water escaping the cell could cause it to shrivel up ... what should i do! eek! Detective, do you know what this means? there may be some clues here... hurry detective before its too late...
Create your own at Storyboard That Membrane Transport Hypotonic Hypertonic Membrane transport is needed for cellular life. As cells proceed through their life cycle it collects and passes solutes like ions. Then pushes them through the membrane. Net inflow which means more water and less salutes, causing a higher concentration inside and a lower concentration on the outside. moving molecules from the outside to the inside. Getting through by putting pressure on the cell. Net outflow meaning more solutes and less water , which causes higher concentration on the outside then on the inside of the cell. With more solution outside there could be a chance of the water escaping the cell. so this is what controls whether something is being passed into or out of the cell. so the evidence says water molecules are entering the cell ( causing it to blow up like a balloon) Water escaping the cell could cause it to shrivel up ... what should i do! eek! Detective, do you know what this means? there may be some clues here... hurry detective before its too late...
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  • Membrane Transport
  • eek! Detective, do you know what this means?
  • so this is what controls whether something is being passed into or out of the cell.
  • Hypotonic
  • so the evidence says water molecules are entering the cell ( causing it to blow up like a balloon)
  • there may be some clues here...
  • Hypertonic
  • Water escaping the cell could cause it to shrivel up ... what should i do!
  • hurry detective before its too late...
  • Membrane transport is needed for cellular life. As cells proceed through their life cycle it collects and passes solutes like ions. Then pushes them through the membrane.
  • Net inflow which means more water and less salutes, causing a higher concentration inside and a lower concentration on the outside. moving molecules from the outside to the inside. Getting through by putting pressure on the cell.
  • Net outflow meaning more solutes and less water , which causes higher concentration on the outside then on the inside of the cell. With more solution outside there could be a chance of the water escaping the cell.
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