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The masses of A,B and C in the figure (F...

The masses of A,B and C in the figure (Fig. 5.24) are `m_(A)`=4 kg, `m_(B)`=2 kg and `m_(C)`=3 kg. The mass of the movable pulley is 1 kg. Show that the acceleration of A is `(9g)/(49)`

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NN GHOSH-LAWS OF MOTION, FREE BODY DIAGRAM-Exercise (B)
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  2. Calculate the acceleration of the block B of the figure Fig. 5.23, ass...

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

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

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

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  19. A hoop of mass M and radius R is placed on an absolutely smooth level ...

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  20. A chain of length l and mass m is lumped over the hole in a horizontal...

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