Question
A .1800 kg block on a frictionless ( u=0) table is attached to one end of...
A
.1800 kg block on a frictionless ( u=0) table is attached to one
end of a spring with hooke’s constant k=24.0N/m. The other end of
the spring is firmly attached to a well . A 0.0350-kg ball is
thrown horizontally toward the block at 3.00 m/s . In case of a
perfectly elastic collision , what will be the speed of the ball
immediately after the collision ?
in the case of a perectly inelastic collision , what would be
the speed of the ball immediate after the collision ?
and the maximum compression of the spring ?
Homework Answers
Answer #1
There is some doubt whether mass of block is 1800 kg or 0.1800 kg.....going with 0.1800 kg as 1800 kg block seems quite unrealistic.....
Comment if any doubts...
please
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