00:01
Rate of polymerization which can denoted as rp is the multiplication of ri ratio of kp2 divided by kt, whereas ri is the rate of initiation.
00:28
Hence, we need to find out the rate of initiation.
00:31
So, rate of initiation should be if we will find out the i concentration, i concentration means the initiator concentration, initiator concentration will be f multiplied with the initiator concentration, we can write it as i concentration means concentration of i initially, whereas a is the efficiency and here another term is used which is ci, ci is initiator concentration, initiator concentration.
01:18
So, the i concentration will be where the efficiency is given as 0 .3 and the initiator concentration will be multiplied which is 0 .1 moles per liter that is why we will get i concentration is 0 .03 moles per liter.
01:39
Now, from this we can find out the rate of initiation.
01:43
So, rate of, rate of initiation which is ri is equals to i concentration divided by t half, t half means half life of t half is the half life of initiator, initiator...