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Two objects A and B are thrown upward simultaneously with the same speed. The mass of A is greater than the mass of B .Suppose the air exerts a constant and equal force of resistance on the two bodies

Two objects A and B are thrown upward simultaneously with the same speed. The mass of A is greater than
the mass of B .Suppose the air exerts a constant and equal force of resistance on the two bodies

Grade:

2 Answers

User
17 Points
4 years ago
Since they have same velocity an the air exerts a constant and equal force of resistance so the momentum gained by object A will be more than that of B due to more mass and hence A will go higher than B
Prince kumar
13 Points
2 years ago
As acceleration is f/m , greater mass will have less acceleration .
Thus resistive acceleration on body a would be less than body b and height will be given as u^2/2(g+a) . So less the a more the height . Therefore body a will have more height than b

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