A standing wave is represented by `y=2Asinkx cos omegat. ` If one of the component waves is `y_(1)=A sin (omega t-k x)`, what is the equation of the second component wave?

In a stationary wave represented by y = a sin omegat cos kx , amplitude of the component progerssive wave is

In a stationary wave represented by y = a sin omegat cos kx , amplitude of the component progerssive wave is

In a stationary wave represented by y = a sin omegat cos kx , amplitude of the component progerssive wave is

A standing wave is represented by Y= =A sin (100 t)cos (0.01x) A standing wave is represented by

In a stationary wave represented by y=4sin(omega t) cos(kx) cm, the amplitude of the component progressive wave is

A standing wave is represeneted by y=asin (100t)cos (0.01)x in second and x is in ,metre. Velocity of wave is

A standing wave is represeneted by y=asin (100t)cos (0.01)x in second and x is in ,metre. Velocity of wave is

The speed of the wave represented by y =A sin (omega t - k x) is …………. .

A standing wave pattern is formed on a string.One of the waves is given by equation y_(1)=a cos(omega t-kx+(pi)/(3)) ,then the equation of the other wave such that x=0 a node is formed is-