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Solution - A Boy Standing on a Stationary Lift (Open from Above) Throws a Ball Upwards with the Maximum Initial Speed He Can, Equal to 49 M/S. How Much Time Does the Ball Take to Return to His Hands? If the Lift Starts Moving up with a Uniform Speed of 5 M/S and the Boy Again Throws the Ball up with the Maximum Speed He Can, How Long Does the Ball Take to Return to His Hand - Kinematic Equations for Uniformly Accelerated Motion

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A boy standing on a stationary lift (open from above) throws a ball upwards with the maximum initial speed he can, equal to 49 m/s. How much time does the ball take to return to his hands? If the lift starts moving up with a uniform speed of 5 m/s and the boy again throws the ball up with the maximum speed he can, how long does the ball take to return to his hands?

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Solution for question: A Boy Standing on a Stationary Lift (Open from Above) Throws a Ball Upwards with the Maximum Initial Speed He Can, Equal to 49 M/S. How Much Time Does the Ball Take to Return to His Hands? If the Lift Starts Moving up with a Uniform Speed of 5 M/S and the Boy Again Throws the Ball up with the Maximum Speed He Can, How Long Does the Ball Take to Return to His Hand concept: Kinematic Equations for Uniformly Accelerated Motion. For the courses CBSE (Arts), CBSE (Commerce), CBSE (Science)
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