Assume a living cell with 0.9% of glucose solution (aqueous). This cell is immersed in another solution having equal mole fraction of glucose and water. (Consider the data upto first decimal place only) The cell will : [2025]

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Q.
Assume a living cell with 0.9% $(ω / ω)$ of glucose solution (aqueous). This cell is immersed in another solution having equal mole fraction of glucose and water.

(Consider the data upto first decimal place only) The cell will : [2025]

Solution

Q.
Assume a living cell with 0.9% $(ω / ω)$ of glucose solution (aqueous). This cell is immersed in another solution having equal mole fraction of glucose and water.

(Consider the data upto first decimal place only) The cell will : [2025]

1 shrink since solution is 0.5% $(ω / ω)$

2 shrink since solution is 0.45% $(ω / ω)$ as a result of association of glucose molecules (due to hydrogen bonding)

3 swell up since solution is 1% $(ω / ω)$

4 show no change in volume since solution is 0.9% $(ω / ω)$

Ans.
(4)

(4)

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Solution

Q. Assume a living cell with 0.9% (ω/ω) of glucose solution (aqueous). This cell is immersed in another solution having equal mole fraction of glucose and water. (Consider the data upto first decimal place only) The cell will : [2025]

1 shrink since solution is 0.5% (ω/ω)

2 shrink since solution is 0.45% (ω/ω) as a result of association of glucose molecules (due to hydrogen bonding)

3 swell up since solution is 1% (ω/ω)

4 show no change in volume since solution is 0.9% (ω/ω)

Ans. (4)

(4)

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Q.
Assume a living cell with 0.9% $(ω / ω)$ of glucose solution (aqueous). This cell is immersed in another solution having equal mole fraction of glucose and water.

(Consider the data upto first decimal place only) The cell will : [2025]

1 shrink since solution is 0.5% $(ω / ω)$

2 shrink since solution is 0.45% $(ω / ω)$ as a result of association of glucose molecules (due to hydrogen bonding)

3 swell up since solution is 1% $(ω / ω)$

4 show no change in volume since solution is 0.9% $(ω / ω)$

Ans.
(4)