For a solution at atmospheric pressure,psi_{w | vedclass

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Question

(B) The water potential $(\psi_{w})$ of a solution is given by the equation: $\psi_{w} = \psi_{s} + \psi_{p}$.At atmospheric pressure,the pressure pot

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$\psi_{s}$

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(B) The water potential $(\psi_{w})$ of a solution is given by the equation: $\psi_{w} = \psi_{s} + \psi_{p}$.At atmospheric pressure,the pressure potential $(\psi_{p})$ is equal to $0$.Substituting this value into the equation: $\psi_{w} = \psi_{s} + 0$.Therefore,at atmospheric pressure,the water potential $(\psi_{w})$ is equivalent to the solute potential $(\psi_{s})$.

For a solution at atmospheric pressure,$\psi_{w}$ is equivalent to

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