The mass on the end of the spring ( which stretches linearly) is in equilibrium
ID: 2242286 • Letter: T
Question
The mass on the end of the spring ( which stretches linearly) is in equilibrium as shown. it's pulled down so that the pointer is opposite the 11-cm mark and then released.
1-what's the amplitude of the resulting oscillations ?
2- The mass in question 1 has period of 0.5 seconds. If the amplitude is doubled, what's the period of oscillation?
Please, show me.
The mass on the end of the spring ( which stretches linearly) is in equilibrium as shown. it's pulled down so that the pointer is opposite the 11-cm mark and then released. what's the amplitude of the resulting oscillations ? The mass in question 1 has period of 0.5 seconds. If the amplitude is doubled, what's the period of oscillation?Explanation / Answer
1. amplitude of oscillation = 11-7 = 4cm
2. period is independent of amplitude .. so new peiod = .5 s
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