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(D) The relationship between $DPD$,$OP$,and $TP$ is given by the formula: $DPD = OP - TP$.For cell-$A$: $DPD = 10 	ext{ atm} - 7 	ext{ atm} = 3 	ex

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Movement of water from cell-$A$ to $B$

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(D) The relationship between $DPD$,$OP$,and $TP$ is given by the formula: $DPD = OP - TP$.For cell-$A$: $DPD = 10 	ext{ atm} - 7 	ext{ atm} = 3 	ext{ atm}$.For cell-$B$: $DPD = 8 	ext{ atm} - 3 	ext{ atm} = 5 	ext{ atm}$.Water always moves from a region of lower $DPD$ to a region of higher $DPD$ (or from higher water potential to lower water potential).Since cell-$A$ has a $DPD$ of $3 	ext{ atm}$ and cell-$B$ has a $DPD$ of $5 	ext{ atm}$,water will move from cell-$A$ to cell-$B$.

Two cells $A$ and $B$ are contiguous. Cell-$A$ has osmotic pressure-$10$ atm,turgor pressure-$7$ atm and diffusion pressure deficit-$3$ atm. Cell-$B$ has osmotic pressure-$8$ atm,turgor pressure-$3$ atm and diffusion pressure deficit-$5$ atm. The result will be

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