1.

Two strings are attached to each other as shown in the figure. The linear mass density of the second string is 16 times that of the first string and the boundary between the two strings is at x=0. The incident wave is given by y=0.01cos(20x−100t). Then, the ratio of amplitude of reflected wave to amplitude of transmitted wave is:[Assume, tension in both the strings is same]

Answer»

Two strings are attached to each other as shown in the figure. The linear mass density of the second string is 16 times that of the first string and the boundary between the two strings is at x=0. The incident wave is given by y=0.01cos(20x100t). Then, the ratio of amplitude of reflected wave to amplitude of transmitted wave is:

[Assume, tension in both the strings is same]






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