A railway carriage moves over a staright travk with an acceleration 'a'. a passenger drops a stone. what is the acceleration of the stone with respect to the carriage and earth
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When a passenger in the carriage which moves over a straight track with acceleration 'a' drops a stone then acceleration acquired by the stone will be the resultant effect of the acceleration of the carriage i.e. 'a' and the acceleration due to gravity acting downward i.e. 'g'.
Now if we count its acceleration w.r.t. to the carriage itself it will be g only since both the stone and the train are in the same frame while w.r.t. the earth it will give you some sort of projectile motion due to the same mentioned resultant acceleration.
Now if we count its acceleration w.r.t. to the carriage itself it will be g only since both the stone and the train are in the same frame while w.r.t. the earth it will give you some sort of projectile motion due to the same mentioned resultant acceleration.
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A passenger drops a stone. The stone falls vertically downwards with acceleration due to gravity, g. The acceleration of the stone with respect ...
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