In the diagram below, a mass m 10.0 kg is connected to two rubber bands of length L = 1.00 m under tension T 3.50 N. Assuming that the tension remains constant, find the angular frequency of vibration of the mass (in sec ¹). Ignore the force of gravity and remember the definition of the sine function as the ratio of a triangle's opposite side's length over the longest side's length. L L.
In the diagram below, a mass m 10.0 kg is connected to two rubber bands of length L = 1.00 m under tension T 3.50 N. Assuming that the tension remains constant, find the angular frequency of vibration of the mass (in sec ¹). Ignore the force of gravity and remember the definition of the sine function as the ratio of a triangle's opposite side's length over the longest side's length. L L.
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In the diagram below, a mass m= 10.0 kg is connected to two rubber bands of length L = 1.00 m
under tension T = 3.50 N. Assuming that the tension remains constant, find the angular frequency of
vibration of the mass (in sec ¹). Ignore the force of gravity and remember the definition of the sine function
as the ratio of a triangle's opposite side's length over the longest side's length.
Answer
47
L
L.
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