nice explanation sir, but I will request you to think about the direction of the balancing mass. I think it might be in the opposite direction of your shown.
sir, shouldn't the resulting force vector which u chose as mass or balancing mass direction vector, be reversed as the mass should be in the direction where it will be opposite in the direction of resultant of all known couple vectors. U chose the resultant direction itself the direction of balancing mass which will in fact, will not balance the couple equilibrium condition.
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nice explanation sir, but I will request you to think about the direction of the balancing mass. I think it might be in the opposite direction of your shown.
Great work sir, This video helped a lot!
wow.....its reAly smart teaching
sir, shouldn't the resulting force vector which u chose as mass or balancing mass direction vector, be reversed as the mass should be in the direction where it will be opposite in the direction of resultant of all known couple vectors. U chose the resultant direction itself the direction of balancing mass which will in fact, will not balance the couple equilibrium condition.
Agree with you bro. The solution in the video will make the system more not balance , I think.
there, I have also a doubt...
yes you are right
to put sentiment aside,this really help
AWESOME SIR.. THANK YOU A LOT 8HR B4 EXAM
For calculating B1 the force Fb1=B1*b1*w2 we should multiply by square of angular velocity right?
Nice explanation
why B1 is not between M1 and M2 .....?
why don't you make lines CB2 and FB1 start from the last arrow of C4 and FB2, respectively, to their each 0 point?
So the Balancing masses would be located between M1 and M4 (B1) and between M1 and M2 (B2)
Why isn't B1 between M1 and M2 !
Thank you Sir
Explanation is good but not detailed explained
Great
Azume = Assume
Sir hame dikkat hoti please hindi me batae
Yeh channel apko madad kar sakti hai
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Light question u took sir, always try to solve critical prob.
😂😂😂
Thank you sir