A solid sphere rolls down two different inclined planes of same height, but of different inclinations. In both cases,
a)
Speed and time of descent will be same
b)
Speed will be same, but time of descent will be different
c)
Speed will be different, but time of descent will be same
d)
Speed and time of descent both are different
A solid sphere rolls down two different inclined planes of same height, but of different inclinations. In both cases,
a)
Speed and time of descent will be same
b)
Speed will be same, but time of descent will be different
c)
Speed will be different, but time of descent will be same
d)
Speed and time of descent both are different
Question ID - 54086 | SaraNextGen Top Answer
A solid sphere rolls down two different inclined planes of same height, but of different inclinations. In both cases,
a)
Speed and time of descent will be same
b)
Speed will be same, but time of descent will be different
c)
Speed will be different, but time of descent will be same
d)
Speed and time of descent both are different
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A solid sphere rolls down two different inclined planes of same height, but of different inclinations. In both cases, |
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a) |
Speed and time of descent will be same |
b) |
Speed will be same, but time of descent will be different |
c) |
Speed will be different, but time of descent will be same |
d) |
Speed and time of descent both are different |
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(b) In pure rolling, mechanical energy remains conserved. Therefore, when heights of inclines are equal, speed of sphere will be same in both the cases. But as acceleration down the plane, |
therefore, acceleration and time of descent will be different