Based on what we know about the osmosis of water molecules across plasma membranes, predict what will happen to the cytoplasmic volume of the cells of Elodea (that is, the amount of liquid stored inside the cells) when an Elodea leaf is placed in a 15% NaCI solution (a hypertonic environment)
Based on what we know about the osmosis of water molecules across plasma membranes, predict what will happen to the cytoplasmic volume of red blood cells (that is, the amount of liquid stored inside the cells) when red blood cells are placed in distilled water (a hypotonic environment)

when placed in hyper tonic solution , the cytoplasmic volume of elodea plant will be reduced, this is because, elodea is a water plant  with high water potential; therefore,with cytoplasm of  high water potential  elodea will loose  water from the cytoplasm to the external; hypertonic solution, of lower of potential by osmosis.  This reduces the cytoplasmic volume.With time   the protoplasm  pulls away  from the cell wall, and the whole elodea structure shrinks.

However,, when RBC is placed in hypotonic solution, of higher water potential than the RBC (which has lower water potential), the cytoplasmic volume  increases as water moves into the cytoplasm by osmosis. The RBC swells and  eventually busted. This is hemolysis.

Explanation:

explanation:

b,bacteria convert nitrates

into nitrogen gas.

d,plants and animals take in

and use nitrogen compounds.

e,bacteria break down waste    

products and return nitrogen  

to the soil.

a,bacteria convert atmospheric

nitrogen to ammonia.

c,bacteria convert ammonia

to nitrites and nitrates.