anonymous
  • anonymous
A SMALL BOB IS IN CONTACT WITH THE WEDGE AND THE ROD HOLDING THE BOG IS LIGHT AND VERTICALLY INITIALLY. NOW THE BOB IS DISPLACED AND THE SYSTEM STARTS MOVING. THE BOB AND WEDGE LOOSE CONTACT WHEN ANGLE BETWEEN HORIZONTAL AND ROD IS 30. FIND THE ACCELERATION OF THE WEDGE AT THIS INSTANT
Physics
  • Stacey Warren - Expert brainly.com
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SOLVED
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jamiebookeater
  • jamiebookeater
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anonymous
  • anonymous
ALSO FRICTIN IS ABSENT SEE THIS IMAGE |dw:1355853151871:dw|
shubhamsrg
  • shubhamsrg
*
shubhamsrg
  • shubhamsrg
@Vincent-Lyon.Fr

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More answers

anonymous
  • anonymous
I don't see the wedge in the image. I just see bob, rod and a wooden square block
anonymous
  • anonymous
the square box ,[you say] is a wedge only. just solve this .....
anonymous
  • anonymous
can you share your progress on the question?
anonymous
  • anonymous
I wrote equations for motion using newton laws and tried to put N(between) wedge and bob to be zero . this gives me the tangential acc. of bob as gcos@ [@ is angle btw horizontal and rod. here it's 30]. But what is acc. for the wedge??????|dw:1356000602528:dw|
anonymous
  • anonymous
give me some time, I am on it...
anonymous
  • anonymous
Here you go! Let me know what you think?
1 Attachment
anonymous
  • anonymous
NO the radial acc. can't be zero . the particle still rotates and need mw^2r towards the hinge......... :( try anything else
anonymous
  • anonymous
acceleration of the wedge is ZEROOOOOOOWWWW . speed is not. because at the instant the bob loses contact with the wedge, who else would apply a force on it? no body! so acceleration =0
shubhamsrg
  • shubhamsrg
@Saikam accn =0 after that instant is history. But we are asked about accn at that very instant.
anonymous
  • anonymous
wat is the force required to lift a 4kg block off the floor ? take g = 10 m/s2
anonymous
  • anonymous
we generally say it is 40N . but if u apply 4N, the net force would still be zzero and the block should not move. actually we need a force just greater than 40N . But we usually call it 40N. This is the same case. the acceleration would be just greater than 0. but we can say it is =0
Vincent-Lyon.Fr
  • Vincent-Lyon.Fr
Saikam is right: at instant of separation, contact force becomes zero, so acceleration of wedge is 0 too.

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