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Calculate the accelerations of the pulle...

Calculate the accelerations of the pulleys B and C and the tension in the string passing over the pulley A of the figure Figure 5.22.

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The correct Answer is:
`g//11`,12.46 kgf
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NN GHOSH-LAWS OF MOTION, FREE BODY DIAGRAM-Exercise (B)
  1. Neglecting friction and the mass of the pulleys, find the acceleration...

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  2. A body of mass m is drawn up a smooth inclined plane (Figure 5.21) of ...

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  3. Calculate the accelerations of the pulleys B and C and the tension in ...

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  4. Calculate the acceleration of the block B of the figure Fig. 5.23, ass...

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  5. A system of masses and pulleys is arranged in a vertical plane as show...

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  6. Two monkey of masses 10 kg and 8 kg are moving along a verticle rope a...

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  7. A rope is stretched between two stationary boats on the surface of a l...

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  8. A thin, uniform chain is hanging vertically and its bottom end is touc...

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  9. A mass M attached to the end of a small flexible rope of diameter d=1 ...

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  10. A sphere of mass m(1)collides with a sphere of mass m(2) which is at r...

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  11. Two equal smooth sphere of radius a are moving with equal speed u in o...

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  12. A simple pendalum is suspended from a peg on a verticle wall . The pen...

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  13. A small metal ball falls vertically and strickes a smooth plane inclin...

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  14. A body projected at an angle alpha to the horizontal lands at the same...

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  15. A small body slides from a height h down a smooth plane inclined at 45...

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  16. A ball is projected from a given point with velocity u at some angle w...

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  17. A particle of mass 1.0g moving with velocity v1=3.0i-2.0j experiences ...

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  18. A ball moving translationally collides elastically with another, stati...

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  19. The masses of A,B and C in the figure (Fig. 5.24) are m(A)=4 kg, m(B)=...

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  20. To raise a weight which is half as much again as his weight a man fast...

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