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Energy in Shm A particle on a spring execute Shm.if the total energy of the particle is double then B) the maximum speed of the particle will increase by the factor of ?? a) 4. (B) √8 (c) 2. (D) √2

Energy in Shm 
A particle on a spring execute Shm.if the total energy of the particle is double then 
B) the maximum speed of the particle will increase by the factor of ?? 
a) 4.                  (B) √8              (c) 2.          (D) √2

Grade:12th pass

1 Answers

Avishek Bhagat
askIITians Faculty 67 Points
one month ago
Dear Student,
According to the given problem

The time period (T) of vibrations varies inversely as the square root of the force constant (k) of the spring.
2) The time period (T) of vibrations varies directly as the square root of the mass (m) of the body attached to the string
.So the time period of an object of mass m on a spring executes a simple harmonic motion is given by, So, T = 2π √m/k Thus in simple harmonic motion, the time period of the oscillation is independent of the amplitude. If the mass m of the particle is doubled, then the time period (T ') of the simple harmonic motion would be,
T ' = 2π √2m/k
So, T '/ T = (2π √2m/k)/( 2π √m/k)= √2T ' = √2T
From the above observation, we conclude that the period of oscillation will change by a factor of √2

askIITians Expert
Yuvraj Singh

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