A plant cell has osmotic potential of $- 30$ bars and pressure potential of $+ 14$ bars. What would be its water potential?

+ 44

bars

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- 16

bars.

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- 44

bars

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+ 16

bars

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Solution

The correct option is B $- 16$ bars.
Water potential = Osmotic potential + pressure potential.
$= - 30 + 14$
$= - 16$ bars
So, the correct answer is ' $- 16$ bars'.

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A plant cell has osmotic potential of −30 bars and pressure potential of +14 bars. What would be its water potential?

The correct option is B −16 bars.Water potential = Osmotic potential + pressure potential.=−30+14=−16 barsSo, the correct answer is '−16 bars'.

A plant cell has osmotic potential of $- 30$ bars and pressure potential of $+ 14$ bars. What would be its water potential?

The correct option is B $- 16$ bars.
Water potential = Osmotic potential + pressure potential.
$= - 30 + 14$
$= - 16$ bars
So, the correct answer is ' $- 16$ bars'.