Determine the period and frequency of oscillations of the spring pendulum, if its mass is 100g
Determine the period and frequency of oscillations of the spring pendulum, if its mass is 100g, and the spring rate is 400N / m.
Determine the period and frequency of oscillations of the spring pendulum, if its mass is 100g, and the spring rate is 400N / m
k = 400 N / m.
m = 0.1 kg.
T -?
v -?
The oscillation period T is called the time of one complete oscillation: T = t / N, where t is the oscillation time, N is the number of oscillations.
For a spring pendulum, the period is determined by the formula: T = 2 * P * √ (m / k), where P is the number pi, m is the mass of the load, k is the stiffness of the spring.
T = 2 * 3.14 * √ (0.1 kg / 400 N / m) = 0.1 s.
The frequency of oscillations v is the number of oscillations per unit of time: v = N / t = 1 / T.
v = 1 / 0.1 s = 10 s ^ -1 = 10 Hz.
Answer: the oscillation period is T = 0.1 s, the oscillation frequency is v = 10 Hz.