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A 400 g block is hanging vertically from a spring. The block is displaced 20 cm from its equilibrium position by compressing the spring. The block is then released, and a student with a stopwatch finds that 12.0 complete oscillations occur in 10.0 seconds. What is the spring constant? Select one alternative:

A 400 g block is hanging vertically from a spring. The block is displaced 20 cm from its equilibrium position by compressing the spring. The block is then released, and a student with a stopwatch finds that 12.0 complete oscillations occur in 10.0 seconds. What is the spring constant? Select one alternative:

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A 400 g block is hanging vertically from a spring. The block is displaced 20 cm from its equilibrium position by compressing the spring. The block is then released, and a student with a stopwatch finds that 12.0 complete oscillations occur in 10.0 seconds. What is the spring constant? Select one alternative: 5.23 N/m 0.833 N/m 5.48 N/m 0.0441 N/m 22.7 N/m
Transcribed Image Text:A 400 g block is hanging vertically from a spring. The block is displaced 20 cm from its equilibrium position by compressing the spring. The block is then released, and a student with a stopwatch finds that 12.0 complete oscillations occur in 10.0 seconds. What is the spring constant? Select one alternative: 5.23 N/m 0.833 N/m 5.48 N/m 0.0441 N/m 22.7 N/m
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