Consider a cylindrical cable with a hanging weight suspended from it. 1) When the mass is removed, the length of the cable is found to be l0 = 4.58 m. After the mass is added, the length is remeasured and found to be l1 = 5.27 m. Determine Young's Modulus Y in N/m2 for the steel cable if the weight has a mass m = 55 kg and the cable has a radius r = 0.045 m. Y = 2) If this cable is pulled down a distance d in m from its equilibrium position it acts like a spring when released. Write an expression determining the spring constant k of this material using the cable-specific variables Y , l1, l0, and r provided in part A. k =
Consider a cylindrical cable with a hanging weight suspended from it. 1) When the mass is removed, the length of the cable is found to be l0 = 4.58 m. After the mass is added, the length is remeasured and found to be l1 = 5.27 m. Determine Young's Modulus Y in N/m2 for the steel cable if the weight has a mass m = 55 kg and the cable has a radius r = 0.045 m. Y = 2) If this cable is pulled down a distance d in m from its equilibrium position it acts like a spring when released. Write an expression determining the spring constant k of this material using the cable-specific variables Y , l1, l0, and r provided in part A. k =
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Consider a cylindrical cable with a hanging weight suspended from it.
1) When the mass is removed, the length of the cable is found to be l0 = 4.58 m. After the mass is added, the length is remeasured and found to be l1 = 5.27 m. Determine Young's Modulus Y in N/m2 for the steel cable if the weight has a mass m = 55 kg and the cable has a radius r = 0.045 m. Y =
2) If this cable is pulled down a distance d in m from its equilibrium position it acts like a spring when released. Write an expression determining the spring constant k of this material using the cable-specific variables Y , l1, l0, and r provided in part A. k =
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