00:01
Okay, so we want to find our following estimation.
00:03
So let's notice that we have a 2 and then a 1, and then a 4 over 5, and a 5 of 7.
00:11
So let's see.
00:13
So we get a 5 and then a 7 here.
00:16
And in this term, it should be a 9, but i guess we have it reduced.
00:21
And our next term is 11.
00:22
So in our denominator, it looks like we have odd values.
00:25
So that's 2n plus 1.
00:27
And what about in our numerator? well, we have this 4 and then this 5, and then this should be a 6, and then we would have 7 here.
00:37
So it seems like we have an n plus 1.
00:40
So let's see if this is true.
00:42
So if n is equal to 1, we have a 1 plus 1 over a 2 plus 1, which gives us a 2 over 3, but that's not what we have here.
00:55
So what can that be? why don't we write 2 as a 4 over 2 perhaps? and then a 1 can be 3 over 3.
01:09
Is that true? we want this in terms of a 2.
01:11
So this would actually be a 2 over 1.
01:18
So this is 1, 3, 5, 7.
01:20
And this would be a 9 in our denominator.
01:23
Odd values.
01:24
And in here we have 2, 3, 4, 5...