Equation of travelling wave on string

Equation of travelling wave on a stertched string of linear density 5 g // m is y=00.3 sin (450 t - 9 x) where distance and time are measured in SI units. The tension in the string is

Three consecutive flash photographs of a travelling wave on a string wave on a string are reproduced in the figure here. The following oberservation are made. Mark the one which is correct. (Mass per unit length of the sting = 3 g//cm .)

Assertion: In a sinusoidal travelling wave on a string ,potential energy of deformation of string element at exterme position is maximum Reason: The particles in sinusoidal travelling wave perform SHM

The equation of a wave travelling on a string is d

Introduction || Classification OF waves ||equation OF travelling wave|| Sinusoidal waves

The equation of a wave travelling on a stretched string along the x-axis is y = ae^(-(bx+ct)) . The direction of propagation of wave is

The equation of a wave travelling on a string is given by Y(mn) = 8 sin[ (5m^(-1)x-(4s^(-1)t ]. Then