1.

The displacement equation for a particle in standing wave is represented as y(x,t)=0.4sin(0.5x)cos(30t), where x and y are in centimeter and time t is in seconds. Magnitude of velocity of particle at x=2.4 cm and t=0.8 s is -[ sin(1.2)=0.93,sin (24)=−0.9 ]

Answer»

The displacement equation for a particle in standing wave is represented as y(x,t)=0.4sin(0.5x)cos(30t), where x and y are in centimeter and time t is in seconds.

Magnitude of velocity of particle at x=2.4 cm and t=0.8 s is -

[ sin(1.2)=0.93,sin (24)=0.9 ]



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