00:01
In this question, it is given a diagram is given to us.
00:03
So this diagram is given here the mc here is 6110 lb feet.
00:09
Okay, and m e that is 5500 lb feet.
00:15
Now, ay is the reaction force at a, by is the reaction force at b.
00:19
Okay.
00:19
So basically we are having ay multiplied by 12 that equal to p multiplied by 10 plus 250 multiplied by 12 square 144 divided by 2 plus 2 multiplied by 2.
00:33
So from here we get the value of ay as 1 divided by 12.
00:39
This is 10 p plus 2 q plus 15 ,000.
00:45
Now, we will calculate the bending moment bending moment.
00:51
We will write this as bm at d.
00:58
So so this equal to md equal to ay multiplied by 4 minus p multiplied by 2 minus 250 multiplied by 16 divided by 2.
01:11
So from here, basically we have to calculate the value of 2p plus 2...