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Uniform Acceleration

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Question

the graph between velocity and displacement of a particle executing SHM of angular frequency 1 rad/s can be ( where A is the amplitude of displacement ) 1. circle with radius 2A 2. circle of radius A 3. straight line 4. ellips

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Q. A particle executing SHM is described by the displacement function

x (t) = A c o s (ω t + ϕ),

If the initial at

(t = 0)

position of the particle is

1 c m,

its initial velocity is

π c m s^{- 1}

and its angular frequency is

π r a d s^{- 1},

then the amplitude of its motion is:

Q. Find the angular displacement (in rad) of a particle moving on a circle with angular velocity (

2 π

15 s

.

Q. Two particles execute SHM along a straight line with same amplitude and same frequency. Everytime they meet in opposite directions at a displacement equal to half the amplitude. The difference between them is:

Q. A particle is executing shm withh amplitude a and has maximum velocity

v_{0}

.its speed at displacement

3 a / 4

Q. A particle of mass

2

g is executing SHM of frequency

10

Hz. What is its Total Energy when its displacement is

1

cm and its amplitude is

4

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