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What Happens to Cells in Hypotonic, Hypertonic, and Isotonic Solutions?

Cells deal with some tough situations when they are in different types of solutions. Let’s break it down:

Hypotonic Solutions

  • In this situation, water flows into the cell.
  • As a result, the cell can swell up and might even burst.
  • This can cause damage and make the cell not work properly.
  • To fix this, cells can use special structures called contractile vacuoles to get rid of the extra water.

Hypertonic Solutions

  • Here, water leaves the cell.
  • This causes the cell to shrink.
  • Losing water like this can mess up what the cell does, and it could even die.
  • To handle this, cells might take in water from their surroundings or change what’s inside them to keep things balanced.

Isotonic Solutions

  • This is the best case! In isotonic solutions, water goes in and out of the cell at the same rate.
  • It helps the cell keep its shape.
  • But, if the environment changes too quickly, it can be hard for the cell to stay balanced.
  • Therefore, cells need to react quickly when conditions change to keep everything in order.

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What Happens to Cells in Hypotonic, Hypertonic, and Isotonic Solutions?

Cells deal with some tough situations when they are in different types of solutions. Let’s break it down:

Hypotonic Solutions

  • In this situation, water flows into the cell.
  • As a result, the cell can swell up and might even burst.
  • This can cause damage and make the cell not work properly.
  • To fix this, cells can use special structures called contractile vacuoles to get rid of the extra water.

Hypertonic Solutions

  • Here, water leaves the cell.
  • This causes the cell to shrink.
  • Losing water like this can mess up what the cell does, and it could even die.
  • To handle this, cells might take in water from their surroundings or change what’s inside them to keep things balanced.

Isotonic Solutions

  • This is the best case! In isotonic solutions, water goes in and out of the cell at the same rate.
  • It helps the cell keep its shape.
  • But, if the environment changes too quickly, it can be hard for the cell to stay balanced.
  • Therefore, cells need to react quickly when conditions change to keep everything in order.

Related articles