00:01
Hi there, so for this problem, let me just draw the situation that we have in here.
00:07
So let's start with an horizontal line in here.
00:14
Then we have the heeled.
00:18
Okay.
00:20
Then let me start by putting the point b right here.
00:27
Then the point q, let me put it up in the heel right here.
00:34
Now, the balloon, let me put the balloon at this point.
00:48
For example, right here, let's put the balloon.
00:52
That is at the point b.
00:55
Now we can just put the distances between the point, the point q and b and also p and b.
01:12
Now let's put another horizontal lines in here.
01:19
Okay.
01:21
So let's start with the information in here.
01:25
First of all, we are given this angle right here between the point b.
01:33
This angle is given and that is the angle of 68 degrees.
01:47
So remember that this angle in here is the given value of 32 degrees.
01:52
So, oh sorry, it's not 68, it's 62, sorry.
02:01
So once we are given these two values, we can calculate this angle right here because that is going to be the difference between 62 minus 32.
02:13
So that will be just simply 30.
02:16
So this angle in here is 30, 30 degrees.
02:20
Now let's start with the angle in the angle in here, this angle in here is again 31.
02:31
So we need to calculate this remaining angle in here...