Figure 1 100 m m= 120 kg < 1 of 1 > Part B Calculate the tension in the cable a distance z above the diver. The buoyant force on the cable must Express your answer in terms of the variables µ, p, d, z, m, V, and constants g and T. 15| ΑΣΦ F(x)= Submit Part C Request Answer → C M ? The speed of transverse waves on the cable is given by v=√F/μ. The speed therefore varies along the cable, since the tension is not constant. (This expres neglects the damping force that the water exerts on the moving cable.) Integrate to find the time required for the first signal to reach the surface. Express your answer in seconds. IVE ΑΣΦ ? included in your calculation. S
Figure 1 100 m m= 120 kg < 1 of 1 > Part B Calculate the tension in the cable a distance z above the diver. The buoyant force on the cable must Express your answer in terms of the variables µ, p, d, z, m, V, and constants g and T. 15| ΑΣΦ F(x)= Submit Part C Request Answer → C M ? The speed of transverse waves on the cable is given by v=√F/μ. The speed therefore varies along the cable, since the tension is not constant. (This expres neglects the damping force that the water exerts on the moving cable.) Integrate to find the time required for the first signal to reach the surface. Express your answer in seconds. IVE ΑΣΦ ? included in your calculation. S
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