C) Two simple pendulums with a string of 0.5 m long and a mass of 5 kg are attached to a horizontal spring with a spring constant k = 20 N/m and an acceleration of gravity g = 10 kg m/s², Determine: a. Two normal frequencies. b. If at the initial time (t = 0) one object deviates by x1 = +5 mm and the second object is in a state of equilibrium, determine the solution to the equations of motion for each object. c. The deviation of the two objects at t = t = √7s.
C) Two simple pendulums with a string of 0.5 m long and a mass of 5 kg are attached to a horizontal spring with a spring constant k = 20 N/m and an acceleration of gravity g = 10 kg m/s², Determine: a. Two normal frequencies. b. If at the initial time (t = 0) one object deviates by x1 = +5 mm and the second object is in a state of equilibrium, determine the solution to the equations of motion for each object. c. The deviation of the two objects at t = t = √7s.
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C) Two simple pendulums with a string of 0.5 m long and a mass of 5 kg are attached to a horizontal spring with a spring constant k = 20 N/m and an acceleration of gravity g = 10 kg m/s², Determine:
a. Two normal frequencies.
b. If at the initial time (t = 0) one object deviates by x1 = +5 mm and the second object is in a state of equilibrium, determine the solution to the equations of motion for each object.
c. The deviation of the two objects at t = t = √7s.
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