Oscillations Te...

"A bird flapping its wings circles around a clock tower". Which part of the motion is periodic and oscillatory ?

Simple harmonic motion of a particle can be described as the motion of a particle in which 

Which of the following equations represents a particle performing simple harmonic motion

A particle performs SHM given by the equation $$x = A sin \omega t$$. Where is the particle at t = 3T/8, 

For what phase difference between two SHMs will the amplitude of the resultant SHM be zero

In periodic motion, the displacement is

A particle performing SHM has a period of 6s and amplitude of 8 cm. The particle starts from the mean position and moves towards the positive extremity. At what time will it have the maximum amplitude

If the phase difference between two sinusoidal waves is $$\pi/2$$, what is the corresponding path difference

If two SHMs of different amplitudes are added together, the resultant SHM will be a maximum if the phase difference between them is 

What is the velocity of the particle executing SHM at x = A/2, if the angular frequency = 2 rads/s and amplitude is 5 cm: