A particle of mass 
is moving horizontally with a constant velocity 
towards a rigid wall that is moving in opposite direction with a constant speed . Assuming elastic impact between the particle and wall, the work done by the wall in reflecting the particle is equal to
a)
(1/2)
b)
(1/2) 
c)
(1/2) 
d)
None of these
A particle of mass is moving horizontally with a constant velocity towards a rigid wall that is moving in opposite direction with a constant speed . Assuming elastic impact between the particle and wall, the work done by the wall in reflecting the particle is equal to
a)
(1/2)
b)
(1/2)
c)
(1/2)
d)
None of these
Question ID - 100239 | Top Ranker Answer | SaraNextGen
A particle of mass is moving horizontally with a constant velocity towards a rigid wall that is moving in opposite direction with a constant speed . Assuming elastic impact between the particle and wall, the work done by the wall in reflecting the particle is equal to
a)
(1/2)
b)
(1/2)
c)
(1/2)
d)
None of these
|
A particle of mass |
|
|
a) |
(1/2) |
|
b) |
(1/2) |
|
c) |
(1/2) |
|
d) |
None of these |
1 Answer - 5876 Votes
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