00:01
The question that is given over here, answers to three different parts, we have to answer each and every part.
00:08
The first part of the question is that in a hypotonic solution, what happens to an animal cell? we all know that hypotonic solution is the one in which the solute concentration will be very low.
00:27
So the right answer for this question is option c, which says that the animal cell will lice.
00:37
Or split.
00:41
The meaning of lies is nothing but the division.
00:45
An hypotonic solution is a solution.
00:48
It always had a lower osmotic pressure than the another solution.
01:04
So if we place a single animal cell in a hypotonic solution, then the water molecules, it enter into the cell and this fill up the water and it automatically causes the cell two lives.
01:28
One of the best example for this is if we place a related corpus in water, then what happens? the cell bursts.
01:37
And then the second part of the question says that which of the following is a typical feature of eatp -driven transport mechanism? the right answer for this question is.
02:06
Option a which says that the solute it moves against the concentration gradient.
02:27
Atp driven active transport mechanism, it always require energy and that energy will be in the form of atp and this is needed for the transport of salute against the concentration gradient...