Question on String Wave

Questions On Wave Equation|| String Wave Velocity|| Power and Intensity OF Wave

Speed of transverse wave on string | Intensity of string wave | Interference of waves travelling in same direction | Standing wave: nodes,antinodes | Reflection and transmission of string wave

Equation of travelling wave on string

Energy propagation in string wave

FTR : Wave in String, Sound Wave

Estimation of frequency of a wave forming a standing wave represented by y = A sin kx cos t can be done if the speed and wavelength are known using speed = "Frequency" xx "wavelength" . Speed of motion depends on the medium properties namely tension in string and mass per unit length of string . A string may vibrate with different frequencies . The corresponding wavelength should be related to the length of the string by a whole number for a string fixed at both ends . Answer the following questions: Speed of a wave in a string forming a stationary wave does not depend on

A mass of 2kg suspended by string of mass 6kg. A wave of wavelength 6 cm is produced at bottom of string. Wavelength of wave at top end of string will be

A standing wave is produced on a string on a string clamped at one end and free at the other. The length of the string

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

Velocity Of Wave On A String |Questions |Power Transmitted Along String By Sine Wave