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`        A block slide down an inclined plane of slope angle theta with constant velocity. it is the projected up the same plane with an initial velocity u. How far up the incline wil it move before coming ti rest.??`
7 years ago

419 Points
```										Dear Alpha
see the pic for solution
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AKASH GOYAL

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```
7 years ago
510 Points
```										let the angle of incline is @..
it is given that block is moving with constant velocity when slides down the incline
so net force along the incline is zero or  friction force is equal to force due to gravity
along incline..
or friction force = mgsin@ ......1
when particle moves upward both friction and gravity acts in opposite direction so
net force = mgsin@ + f(friction force)
=mgsin@+mgsin@=2mgsin@                (from eq 1)
net force  = m(net retardation)
a(retardation) = -2gsin@ ..............2              (-ve sign is coz force acts in opp direction of motion)
applying , v2 = u2 + 2as
finally particle stops so v becomes 0..
so 0 = u2 -2(2gsin@)s
s= u2/4gsin@         .......... ..3
so the block moves this much distance before coming to rest .....

```
7 years ago
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