Simple Harmonic Motion and Springs When a 500-g mass is hung at the end of a vertical spring, the spring stretches 40 cm. What is the spring constant of the spring? a. b. Situation 2: 13.2325 N/m 10.2675 N/m a. b. Find the spring constant. 40 N/m 30 N/m C. d. As shown in the figure, a long-light piece of spring steel is clamped at its lower end and a 2.0 kg ball is fastened to its top end. A horizontal force of 8.0 N is required to displace the ball 20 cm to one side as shown. Assume the system to undergo SHM when release. 20 cm 11.1625 N/m 12.2625 N/m C. d. 8N 50 N/m 70 N/m

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Simple Harmonic Motion and Springs
When a 500-g mass is hung at the end of a vertical spring, the spring stretches 40
cm. What is the spring constant of the spring?
a.
13.2325 N/m
C.
b.
10.2675 N/m
d.
Situation 2:
As shown in the figure, a long-light piece of spring steel is clamped at its
lower end and a 2.0 kg ball is fastened to its top end. A horizontal force of
8.0 N is required to displace the ball 20 cm to one side as shown. Assume
the system to undergo SHM when release.
Find the spring constant.
a.
40 N/m
b.
30 N/m
20 cm
11.1625 N/m
12.2625 N/m
C.
d.
8 N
50 N/m
70 N/m
Transcribed Image Text:Simple Harmonic Motion and Springs When a 500-g mass is hung at the end of a vertical spring, the spring stretches 40 cm. What is the spring constant of the spring? a. 13.2325 N/m C. b. 10.2675 N/m d. Situation 2: As shown in the figure, a long-light piece of spring steel is clamped at its lower end and a 2.0 kg ball is fastened to its top end. A horizontal force of 8.0 N is required to displace the ball 20 cm to one side as shown. Assume the system to undergo SHM when release. Find the spring constant. a. 40 N/m b. 30 N/m 20 cm 11.1625 N/m 12.2625 N/m C. d. 8 N 50 N/m 70 N/m
CI
Determine the period with which the ball will vibrate back and forth.
1.105 s
C.
1.905 s
1.805 s
d.
1.405 s
a.
b.
Transcribed Image Text:CI Determine the period with which the ball will vibrate back and forth. 1.105 s C. 1.905 s 1.805 s d. 1.405 s a. b.
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