The real forces responsible for the movement of water from one cell to another cell is mainly

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

In a fully turgid cell,the values of $DPD$,$OP$,and $TP$ will show the tendency:

If a cell $A$ has an osmotic pressure of $100 \ bars$ and a turgor pressure of $50 \ bars$,and a cell $B$ has an osmotic pressure of $100 \ bars$ and a turgor pressure of $60 \ bars$,then the flow of water occurs . . . . . . .

In a fully turgid cell,..... is zero.

Which statement regarding the osmotic pressure of a solution compared to a pure solvent is correct?