a particle of mass m is executing S.H.M. if amplitude is a and frequency n the value of its force constant
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Hello dear,
● Answer-
(4π^2)mn^2
● Explaination-
Consider,
k = force constant
m = mass of particle
ω = angular frequency
For a particle in SHM, we know -
ω = √(k/m)
ω^2 = k/m
k = mω^2
k = m(2πn)^2
k = (4π^2)mn^2
Value of force constant will be (4π^2)mn^2.
Hope this helps you...
● Answer-
(4π^2)mn^2
● Explaination-
Consider,
k = force constant
m = mass of particle
ω = angular frequency
For a particle in SHM, we know -
ω = √(k/m)
ω^2 = k/m
k = mω^2
k = m(2πn)^2
k = (4π^2)mn^2
Value of force constant will be (4π^2)mn^2.
Hope this helps you...
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