00:02
In this problem, we have to see whether the given alcohol can be made with the hydroboration oxidation of an algae.
00:16
The alcohols are cx3, ch2, ch2, cxoh, ch, ch3.
00:44
So the alpine arlington is called be either ch3, ch2, ch2, and hx3.
00:59
C .h double bond cx ch c2 or they put the double bond on the other side cx2 cx2 c2 c h double bond cx2 these are the two possible i -teens from which the alcohol can be made now let us see what will be the products of pain in these in this in the first phase since hydroboration oscillation bh3 x2.
01:55
It results in the format of and the marconak of addition reaction.
02:04
So if we do the hydroboration oxidation in the first on this combo, we will get two products, c .h3, c .h2, c .h4, h, h, h, h, h2, cx3, and the desired product.
02:41
So you know that it's true c3 is one product because the h and vh2 can be added either on this carbon or on this carbon.
02:56
In the second case, it gives the opposite product.
03:01
This gives ch3, ch2, ch2, ch2, ch2, ch2, ch2, ch2 oh.
03:15
So oh will be attached on this arm.
03:20
So this method is not suitable for this reaction...