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A driver of train travelling at a speed of 15m/s applies brakes and retardsthe train uniformly. The train stops in 5 seconds. Another train B is travelling on aparallel track with a speed of 10m/s. its’ driver applies the brakes and the trainstops in 10 seconds retarding uniformly.

Question

A driver of train travelling at a speed of 15m/s applies brakes and retardsthe train uniformly. The train stops in 5 seconds. Another train B is travelling on aparallel track with a speed of 10m/s. its’ driver applies the brakes and the trainstops in 10 seconds retarding uniformly.

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Solution 1

It seems like you haven't asked a specific question related to the information provided. Could you please specify what you would like to know? For example, you might want to know the distance each train traveled before stopping, or the acceleration of each train.

Solution 2

It seems like you haven't asked a specific question about the scenario you've described. Could you please provide more details or ask a specific question? For example, are you looking to calculate the deceleration of each train, the distance each train traveled before stopping, or something else?

Similar Questions

A driver of train travelling at a speed of 15m/s applies brakes and retardsthe train uniformly. The train stops in 5 seconds. Another train B is travelling on aparallel track with a speed of 10m/s. its’ driver applies the brakes and the trainstops in 10 seconds retarding uniformly.(a) Plot speed-time graphs for train A and Train B on the same paper.(b) Calculate graphically which of the trains travelled farther after the brakes wereapplied.

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