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A body of mass 50 kg resting on a smooth inclined plane is con

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A body of mass 50 kg resting on a smooth inclined plane is connected by a massless inextensible string passing over a smooth pulley, at the top of the inclined plane have another mass of 40 kg as shown in the figure. The distance through which 50 kg mass fall in 4 sec will be - $(T h e ∠ o f t h e \in c l \in e d p l a \neq = i s)$

13.04 m

1.63 m

1.304 m

16.3 m

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A body of mass 50 kg resting on a smooth inclined plane is connected by a massless inextensible string passing over a smooth pulley, at the top of the inclined plane have another mass of 40 kg as shown in the figure. The distance through which 50 kg mass fall in 4 sec will be -

(T h e ∠ o f t h e \in c l \in e d p l a \neq = i s)

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Text solutionVerified

[a]

T h e t e n s i o n i s s a m e \in t w o s e g m e n t s

For B the equation is

\dots (1)

For C the equation is

\dots (2)

From equation (1) and (2) distance of fall

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Question Text	A body of mass 50 kg resting on a smooth inclined plane is connected by a massless inextensible string passing over a smooth pulley, at the top of the inclined plane have another mass of 40 kg as shown in the figure. The distance through which 50 kg mass fall in 4 sec will be - $(T h e ∠ o f t h e \in c l \in e d p l a \neq = i s)$
Answer Type	Text solution:1
Upvotes	151

Text solutionVerified

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