Two linear harmonic motions of equal amplitudes and frequencies `omega` and 2 `omega` imposed on a particle along the axes of x and y respectively. If the initial phase difference between them is `pi//2`, then find the resultant path followed by the particle.

Two linear SHM of equal amplitudes A and frequencies omega and 2omega are impressed on a particle along x and y - axes respectively. If the initial phase difference between them is pi//2 . Find the resultant path followed by the particle.

Two linear SHM of equal amplitudes A and frequencies omega and 2omega are impressed on a particle along x and y - axes respectively. If the initial phase difference between them is pi//2 . Find the resultant path followed by the particle.

Two linear simple harmonic motions of equal amplitude and frequency are impressed on a particle along x and y axis respectively. The initial phase difference between them is pi/2 . The resultant path followed by the particle is

Two linear simple harmonic motions of equal amplitude and frequency are impressed on a particle along x and y axis respectively. The initial phase difference between them is pi/2 . The resultant path followed by the particle is

The maximum seperation between two particles executing simple harmonic motion of the equal amplitude and same frequency along the same straight line and about the same mean position, is sqrt(3) times the amplitude of oscillation. IF the phase difference between them is phi , determine 2pi//phi .