How an why do animal cells and plant cells respond differently when placed on hypotonic or hypertonic solution

Answer 1

Plant cells have Cell walls that prevent further ballooning of the cell membrane so they won't burst when placed in Hypotonic solution

Animals don't have cell wall. Nothing prevents them from swelling until they burst when placed in hypotonic solution.

Both animal and plant cells shrink when placed in Hypertonic solution except that it is not so obviuos with plant cells because you will most likely only see the Cell Wall and this does not shrink.

Answer 2

Crenation is the contraction of a cellular after exposure to a hypertonic answer, because of shortcoming of water through osmosis. The word is from the Latin "crenatus" meaning scalloped or notched, and is termed for the scalloped-edged shape the cells handle whilst crenated. Crenation occurs because of fact in a hypertonic environment, (it quite is, the cellular has a decrease concentration of solutes than the encircling extracellular fluid), osmosis (the diffusion of water) reasons a internet stream of water out of the cellular, inflicting the cytoplasm to cut back in its quantity. consequently the cellular shrinks and varieties unusual notchings around its edges. the effects of crenation are fairly seen in purple blood cells, or erythrocytes, as they become distorted in shape extremely than conserving the final disc-like shape with the dimple that the blood cellular oftentimes has. extremely, the purple blood cellular seems as though it has legs extending from a smaller conventional section, like a spiked ball. Plasmolysis is the term which describes plant cells whilst the cytoplasm shrinks from the cellular wall in a hypertonic environment. In plasmolysis, the cellular wall remains intact, however the plasma membrane shrinks and the chloroplasts of the plant cellular focus interior the midsection of the cellular. In an isotonic answer, the concentration of the solute interior the answer outdoors of the cellular equals the concentration of the solute interior the cellular so there is not any internet substitute interior the concentrations of the two answer.

Answer 3

i agree with stitch! it because of cellwall that plant cell have but

and animal cell dont have. that's why they respond differently in

hypotonic or hypertonic solution.

Answer 4

Animal cells and plant cells vary in tonicity is probably the
best reason I can think of.

Answer 5

stich is right!