A cell with 85% water concentration is placed in a solution with a 15% solute concentration. Draw a model of the cell and its environment. Predict whether the cell will gain mass, lose mass or remain unchanged. A cell with a solute concentration of 40% is placed in distilled (pure) water. Draw a model of the cell and its environment. Predict whether the cell will gain mass, lose mass or remain unchanged. **A cell with a water concentration of 50% was placed in a solution with 50% solute concentration. Draw a model of the cell and its environment. Predict whether the cell will gain mass, lose mass, or remain unchanged.

An Illustrated Guide To Vet Med Term
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ISBN:9781305465763
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Chapter17: Drugs And Dissection
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ningy-Percent Mass Change
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Binder Section: Homework U3SL7
1. *A cell with 85% water concentration is placed in a solution with a 15% solute
concentration. Draw a model of the cell and its environment. Predict whether the cell will
gain mass, lose mass or remain unchanged.
2. A cell with a solute concentration of 40% is placed in distilled (pure) water. Draw a model
of the cell and its environment. Predict whether the cell will gain mass, lose mass or remain
unchanged.
3. **A cell with a water concentration of 50% was placed in a solution with 50% solute
concentration. Draw a model of the cell and its environment. Predict whether the cell will
gain mass, lose mass, or remain unchanged.
1
Transcribed Image Text:ningy-Percent Mass Change Section: Homework common Schools Cry Binder Section: Homework U3SL7 1. *A cell with 85% water concentration is placed in a solution with a 15% solute concentration. Draw a model of the cell and its environment. Predict whether the cell will gain mass, lose mass or remain unchanged. 2. A cell with a solute concentration of 40% is placed in distilled (pure) water. Draw a model of the cell and its environment. Predict whether the cell will gain mass, lose mass or remain unchanged. 3. **A cell with a water concentration of 50% was placed in a solution with 50% solute concentration. Draw a model of the cell and its environment. Predict whether the cell will gain mass, lose mass, or remain unchanged. 1
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