A `x and y` co-ordinates of a particle are `x=A sin (omega t) and y = A sin(omegat + pi//2)`. Then, the motion of the particle is

A particle is subjected to two mutually perendicular simple harmonic motion such that its x and y coordinates are given by : x = 2 sin omega " "& " "y = 2 sin (omega t + (pi)/(2)) The path of the particle will be

The motion of a particle is given by x = A sin omega t + B os omega t . The motion of the particle is

The motion of a particle is given x = A sin omega t + B cos omega t The motion of the particle is

The displacement of a particle represented by the equation y= 3 cos((pi)/(4)-2 omega t) . The motion of the particle is

A particle is subjected to two mutually' perpendicular SHM stich that x = 2 sin omegat and y = 2 sin (omegat + (pi/4)) The path of the panicle will be

The position vector of a particle is vecr = (a cos omega t)hati + (a sin omegat)hatj . the velocity of the particle is

A particle is subjected to two mutually perpendicular simple harmonic motions such that its X and y coordinates are given by X=2 sin omegat , y=2 sin (omega+(pi)/(4)) The path of the particle will be:

A particle is subjected to two mutually perpendicular simple harmonic motions such that its X and y coordinates are given by X=2 sin omegat , y=2 sin (omega+(pi)/(4)) The path of the particle will be: