00:01
So, in this question we have to find out the velocity for the b.
00:04
So, let us make first a velocity diagram.
00:06
So, this will be of like this.
00:16
So, here we have b, here we have a and d, this is vc3, this is c and this will be vb and this will be vcb, this will be 2 and this will be 1.
00:31
Now, to find the velocity for the part b, we know that omega of ab will be equal to 2 pi into 173 rpm divided by 60 which will be equal to 18 .107 rad per second.
00:54
This value is given in the question.
00:56
So, b will be equal to omega of ab into ab.
01:01
So, i will put the value omega of ab will be 18 .107 rad per second which is multiplied by 0 .04 m which is given in the question...