For Question, find (i) period and (ii) initial phase
Hint `:` Period , `T = (2pi)/(omega)`, initial phase `= phi`
Compare given euation with `x = A cos ( omegat +phi)`

For Question x= 0.25 cos ( 6000 t + 0.85) ,find (i) period and (ii) initial phase

Draw plots for initial phase phi=0 for different periods.

Plot the corresponding reference circle for given SHM x = 2 cos ((pi)/(3) -t) .Indicate the initial ( t- 0) position of the particle , the radius of the circle and the angular speed of the rotating particle . Consider anticlockwise direction for rotation. Hint : x = 2 cos ((pi)/(3) -t)=2 cos ( t- (pi)/(3)) as cos ( - theta) = cos theta . Compare with x= A cos ( omegat + phi)

Plot the corresponding reference circle for given SHM x = 2 cos ((pi)/(3) -t) .Indicate the initial ( t- 0) position of the particle , the radius of the circle and the angular speed of the rotating particle . Consider anticlockwise direction for rotation. Hint : x = 2 cos ((pi)/(3) -t)=2 cos ( t- (pi)/(3)) as cos ( - theta) = cos theta . Compare with x= A cos ( omegat + phi)

Whatis the displacement equation of S.H.M. with an amplitude 2m , if 120 oscillations are performed during one minute and initial phase is 60^(@) [ Consider displacement time equation of the form y = A sin( omega t + phi)] ?

Whatis the displacement equation of S.H.M. with an amplitude 2m , if 120 oscillations are performed during one minute and initial phase is 60^(@) [ Consider displacement time equation of the form y = A sin( omega t + phi)] ?

Find the amplitude and initial phase of a partical in SHM, whose motion equation is given as y = A sin omega t + B cos omega t

Find the amplitude and initial phase of a partical in SHM, whose motion equation is given as y = A sin omega t + B cos omega t