00:01
Hello, so in this question, the question is asking us that what will be the effect on amount of oxygen that will be bound to hemoglobin.
00:10
If we increase the temperature in first case, if we decrease the pressure in second case, and if we increase the concentration of oxygen.
00:20
So for that, first you will see the reaction that will be involved for the reaction of hemoglobin with oxygen that will be a reversible reaction to produce hbo2 plus energy.
00:42
The reason behind writing energy on product side is the delta h value which is given in this question is less than zero.
00:51
So when delta h is less than zero energy is will be released.
00:55
So if energy is released and if we increase the temperature, as mentioned in first case, so as temperature increases and this energy requirement will also be increased or we can say release of energy will also be increased.
01:18
So according to lurch -atlitz principle, if we increase the product concentration, then the reaction will shift to left side.
01:28
Or we can say backward reaction will be more favored.
01:32
If we increase the concentration of any product, the reaction shift to left side.
01:39
Therefore, the concentration of hb .o .2 decreases...