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Find the differential equation of motion of a spring mass oscillator. Find its solution for displacement. Also find the expression for angular frequency w,frequency and period of oscillation.
Time period (T):- It is the time taken by the particle to complete one vibration. T = 2π/ω Frequency (f):-It is the number of vibrations made by the body in one second. (a) f=1/T (b) f=1/2π√k/m Angular frequency (ω):- (a) ω = 2π/T
Time period (T):- It is the time taken by the particle to complete one vibration.
T = 2π/ω
Frequency (f):-It is the number of vibrations made by the body in one second.
(a) f=1/T
(b) f=1/2π√k/m
Angular frequency (ω):-
(a) ω = 2π/T
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