A mass on a spring has displacement as a function of time as: x(t) = (11.70 cm) cos((6.14 rad/s)t – 11.42] If the mass is equal to 1.85kg, determine: a) the time to complete one vibration; b) the force constant on the spring.
A mass on a spring has displacement as a function of time as: x(t) = (11.70 cm) cos((6.14 rad/s)t – 11.42] If the mass is equal to 1.85kg, determine: a) the time to complete one vibration; b) the force constant on the spring.
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A mass on a spring has displacement as a function of time as:
x(t) = (11.70 cm) cos((6.14 rad/s)t – 11.42]
If the mass is equal to 1.85kg, determine: a) the time to complete one vibration; b) the force constant on the spring.
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