Explanation:
The given reaction is as follows.
Here, [E] = triose phosphate isomerase = 0.1
[S] = Dihydroxy acetone phosphate = 5
[P] = Glyceraldehyde-3-phosphate = 2
Therefore, velocity of the reaction will be as follows.
v = =
where, = Michaelic menten constant =
v =
=
or, = 30 nm/s
Hence, we can conclude that the actual velocity of the forward reaction under physiologic conditions if KM = 10 μM is 30 nm/s.
Solution :
<u>Explanation 1 </u>:
Spontaneity of the reaction is based on two factors :
-- the tendency to acquire a state of minimum energy
-- the energy of a system to acquire a maximum randomness.
Now, since there isn't much difference in the bond enthalpies of B-F and B-Cl. So, we can say the major driving factor is tendency to acquire a state of maximum randomness.
<u>Explanation 2 </u>:
A system containing the B halides has a
than a system of
and
.
It has the same number of , but more distinguishable kinds of
, hence, more microstates and higher entropy.
Explanation:
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