A sinusoidal wave represented by yi=0.3cos(2x−40t) is travelling along a string towards a fixed end at x=0. Then, the equation of the reflected wave will be:- (Assume there is no loss of energy at the boundary)

A sinusoidal wave represented by yi=0.3cos(2x−40t) is travelling alo

1.	A sinusoidal wave represented by yi=0.3cos(2x−40t) is travelling along a string towards a fixed end at x=0. Then, the equation of the reflected wave will be:- (Assume there is no loss of energy at the boundary)
Answer» A sinusoidal wave represented by $y_{i} = 0.3 cos (2 x - 40 t)$ is travelling along a string towards a fixed end at $x = 0$ . Then, the equation of the reflected wave will be:- (Assume there is no loss of energy at the boundary)

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A sinusoidal wave represented by yi=0.3cos(2x−40t) is travelling along a string towards a fixed end at x=0. Then, the equation of the reflected wave will be:- (Assume there is no loss of energy at the boundary)

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