33Applying just conservation of momentum in x direction.
Q1.A string of bob is attached to a block kept on frictionless surface (bob is hanging ) an impulse is imparted to bob to give it velocity v0 describe motion of block.
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62hmm.. this is interesting to say the least...
I dont know why.. but i have a slight feeling.. (just a feeling..) no proof as of now.. that the block will not come backwards...
We are having a very good discussion.. and I hope we end up with something as good as we did in Mathematics discussions :)
33Now i'm trying considering all forces frm the traditional method......
33Forces F1 , F2, F3 are applied to the system as shown in the figure. On what conclusion about F1 , F2, F3 you reach if disk is to do pure rolling(if possible) on the block. All surfaces are frictionless.
1Isn't anything written abt the Masses ??
Or do we have to assume as M1 , M2