A cell placed in a hypotonic solution will:
Swell
Shrink
Stay the same
Burst immediately
Related Questions
    Fensom and Jones suggested which of the following method for translocation of solute?
    Osmosis
Plasmolysis
Diffusion
Electrosmosis
In which direction does water move during osmosis?
From higher water potential to lower water potential
From lower water potential to higher water potential
From higher solute concentration to lower solute concentration
From higher solute concentration to lower solute concentration
Osmosis requires?
A selectively permeable membrane and a difference in water potential
Active transport and a protein channel
A cell wall and a difference in solute concentration
Energy input from the cell and a concentration gradient
Experiment demonstrating osmosis?
Bell jar experiment
Thistle funnel experiment
Potato Osmoscope
2 and 3
Which of the following best describes the effect of placing a red blood cell in a hypotonic solution?
The cell will shrink.
The cell will swell and may burst.
The cell will remain unchanged.
The cell will undergo plasmolysis.
Passive absorption of mineral salts is not dependent on
    Diffusion
Osmosis
Donnan equilibrium
Ionic exchange
Osmosis is the movement of water against the concentration of A and along the concentration of B. A and B are
Solvent, Solvent
Solute, Solute
Solvent, Solute
Solute, solvent
A researcher observes that a particular plant cell placed in a solution exhibits incipient plasmolysis. If the solute potential of the cell is -1.2 MPa, what is the MOST likely water potential of the surrounding solution?
-1.2 MPa
-1.0 MPa
-1.4 MPa
-0.8 MPa
    Choose the correct option in accordance to the statements given above
I.    The positive hydrostatic pressure is also called as turgor pressure
II.    Wall pressure is exerted to prevent any increase in protoplasm size
III.    Osmosis is the movement of substances, which takes place along a diffusion gradient
IV.    Plasmolysis is the result of reverse osmosis
    I, II, III are correct IV is incorrect
    II, I are correct, while IV and III are incorrect
III and IV are correct, while I and II are incorrect
    Only II is correct
Imagine a U-shaped tube with a selectively permeable membrane separating two solutions. Side A contains a 0.2M sucrose solution, and Side B contains a 0.1M NaCl solution. Initially, the levels are equal. Considering the dissociation of NaCl and the non-penetrating nature of sucrose and NaCl, which side will have a higher level at equilibrium?
Side A
Side B
The levels will remain equal
The membrane will rupture