Two blocks each having a mass of 3.2 kg are connected by awire CD and

1.	Two blocks each having a mass of 3.2 kg are connected by awire CD and the system is suspended from the ceiling by another wire AB (figure 15-E5). The linear mass density of the wire AB is 10 g m−1 and that of CD is 8 g m−1. Find the speed of a transverse wave pulse produced in AB and in CD.
Answer» Two blocks each having a mass of 3.2 kg are connected by awire CD and the system is suspended from the ceiling by another wire AB (figure 15-E5). The linear mass density of the wire AB is $10 g m^{- 1}$ and that of CD is $8 g m^{- 1} .$ Find the speed of a transverse wave pulse produced in AB and in CD.

Two blocks each having a mass of 3.2 kg are connected by awire CD and the system is suspended from the ceiling by another wire AB (figure 15-E5). The linear mass density of the wire AB is 10 g m−1 and that of CD is 8 g m−1. Find the speed of a transverse wave pulse produced in AB and in CD.

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Two blocks each having a mass of 3.2 kg are connected by awire CD and the system is suspended from the ceiling by another wire AB (figure 15-E5). The linear mass density of the wire AB is $10 g m^{- 1}$ and that of CD is $8 g m^{- 1} .$ Find the speed of a transverse wave pulse produced in AB and in CD.

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Two blocks each having a mass of 3.2 kg are connected by awire CD and the system is suspended from the ceiling by another wire AB (figure 15-E5). The linear mass density of the wire AB is 10 g m−1 and that of CD is 8 g m−1. Find the speed of a transverse wave pulse produced in AB and in CD.

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