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.
(a) The two bodies will reach the same height,
(b) A will go higher than B.
(c) B will go higher than A.
(d) Any of the above three may happen depending on
the speed with which the objects are thrown.
Please also explain why.
Answers
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Answer:
answer is option a, as per my information
Explanation:
Because both the object has been thrown upwards with same speed. i.e the (u) initial velocity is same. according to Newton's second equation of motion, H = ut +1/2gt square. Hence it is independent of the mass of objects. Also the air resistance is same.
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