Refer to the illustration showing movement of solutions in and out of a cell. What type of cell environment is

Question

A.

hypertonic

B.

isotonic

C.

hypotonic

D.

eqilibrium

Answer 1

misread the question, sorry. Would have to see the pic.

Answer 2

You did not include an illustration, but here is a rundown of how it works. In a hypertonic solution, the solute particles are dense or highly concentrated. The water would move out of the cell to the higher concentration causing shrinking of the cell, crenation. In a hypotonic solution, the solute particles are at a low concentration. In this situation, water moves into the cell causing swelling. In an isotonic solution, there is no change. Iso means same. Equilibrium means equal so there will be no movement here either.

Answer 3

We can't see the picture, but you look and see if the movement in and out is even (isotonic solution or equilibrium would match), greater movement into the cell than out (hypotonic) or greater movement out of the cell than into (hypertonic).

Hypertonic solutions make the inside of the cell shrink. (Hyperrrrrrrtonic = shrrrrrrrrink)
Hypotonic solutions make the inside of the cell swell up.
(Hyp O O O O O tonic)
Isotonic leaves the cell the same as it was. (I ssss o tonic = ssssss ame)

Answer 4

no pic