A cell 'A' has `Psi_(W)=-18` bars and its adjacent cell 'B' has a water potential to -23 bars . Which cell has higher `Psi_(W) ` and what will be the direction of movement of water is

What determines the cell to cell movement of water in plants?

If a cell 'X' has OP=6 and TP=5 and is surrounded by the cell with OP=4 and TP=2, then what will be the direction of water movement ?

X and Y are adjacent living cells. The cell X has solute potential (Psi_(s)) of -9 bars and preesure potential (Psi_(p)) of bars wherease cell Y has solute potential (Psi_(s)) of -8 bars and pressure potential (Psi_(p)) of 5 bars. What will be the direction of water movement between these cells

X and Y are adjacent living cells. The cell X has solute potential (Psi_(s)) of -9 bars and preesure potential (Psi_(p)) of bars wherease cell Y has solute potential (Psi_(s)) of -8 bars and pressure potential (Psi_(p)) of 5 bars. What will be the direction of water movement between these cells

If a cell X' has OP = 6 and TP = 5 and is surrounded by the cell with OP = 4 and TP = 2, then what will be the direction of water movement

Water potential psi measured in bar or in

Cell A has osmotic potential of -18 bars and pressure potential of 8 bars,wheres,cell B has osmotic potential of - 14bars and pressure potential 2 bars. The direction of flow of water will be:

The cell A has an osmotic potential of -20 bars and a pressure potential of +6 bars. What will be its water potential?

The cell A has an osmotic potential of -20 bars and a pressure potential of +6 bars. What will be its water potential?