Cell A and cell B are adjacent plant cells. In cell A `Psi_(s)=-20` bars and `Psi_(p) =8` bars. In cell B, `Psi_(s)=-12` bars and `Psi_(p)=2` bars . Then,

What is the direction of water movement between two adjoining cells A and B if (A) Psi_(S)=-20 bars , Psi_(P)= 10 bars (B) Psi_(S)=-24 bars , Psi)_(P)=12 bars

What is the direction of water movement between two adjoining cells A and B if (A) Psi_(S)=-20 bars , Psi_(P)= 10 bars (B) Psi_(S)=-24 bars , Psi)_(P)=12 bars

Psi_(w) inside plant cells is

Psi_(w) inside plant cells is

Solution A has Psi_(s) =-30 bars and Psi_(p) = 5 bars. Solution B has Psi_(s) = -10 bars and Psi_(p) = 0 atm. The two are separated by semipermeable membrane . Flow of water will be

Solution A has Psi_(s) =-30 bars and Psi_(p) = 5 bars. Solution B has Psi_(s) = -10 bars and Psi_(p) = 0 atm. The two are separated by semipermeable membrane . Flow of water will be (a) B to A (b) A to B (c) Equal in both directions (d) No flow of water

If a plant cell has Psi_(S) value of -10 bar and Psi_(P) value of +5 bar ,its water potential (Psi_(W)) will be

If a plant cell has Psi_(S) value of -10 bar and Psi_(P) value of +5 bar ,its water potential (Psi_(W)) will be

" If a plant cells has "Psi_(s)" value of "-10" bar and "Psi_(p)" 'value of "+5" bar,its water potential "(Psi_(w))" will be "