College Physics
College Physics
11th Edition
ISBN: 9781305952300
Author: Raymond A. Serway, Chris Vuille
Publisher: Cengage Learning
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Newton's First Law of Motion
If a very smooth ball is rolled down an inclined surface with zero friction, the ball will continue to roll indefinitely for an infinite time, in an attempt to reach to the same height on the opposite hill!
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Mutiple Choice Question 16

A student must determine how the mass of a block affects the period of oscillation when the block is attached to a vertical spring. The value of the spring constant is known. The student writes the following experimental procedure. 1. Use an electronic balance to measure the mass of the block. 2. Attach the block to the vertical spring. 3. Displace the block from the system's equilibrium position to a new vertical position. 4. Release the block from rest. 5. Use a meterstick to measure the vertical displacement of the center of mass of the block from the system's equilibrium position to its maximum vertical position above the equilibrium position. 6. Use a stopwatch to measure the time it takes for the system to make ten complete oscillations. 7. Repeat the experiment for different vertical displacements and block masses. Which of the following steps of the procedure should the student revise to make the determination? Justify your selection. Step 3, because the student must specify whether the new vertical position should be above or A below the system's equilibrium position. Step 5, because the meterstick should be used to measure total displacement of the system from its lowest vertical position to its highest vertical position. Step 6, because the stopwatch should be used only to measure the time it takes for the system to make 1 complete oscillation. Step 7, because the experiment should not be repeated for different vertical displacements and block masses.
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Transcribed Image Text:A student must determine how the mass of a block affects the period of oscillation when the block is attached to a vertical spring. The value of the spring constant is known. The student writes the following experimental procedure. 1. Use an electronic balance to measure the mass of the block. 2. Attach the block to the vertical spring. 3. Displace the block from the system's equilibrium position to a new vertical position. 4. Release the block from rest. 5. Use a meterstick to measure the vertical displacement of the center of mass of the block from the system's equilibrium position to its maximum vertical position above the equilibrium position. 6. Use a stopwatch to measure the time it takes for the system to make ten complete oscillations. 7. Repeat the experiment for different vertical displacements and block masses. Which of the following steps of the procedure should the student revise to make the determination? Justify your selection. Step 3, because the student must specify whether the new vertical position should be above or A below the system's equilibrium position. Step 5, because the meterstick should be used to measure total displacement of the system from its lowest vertical position to its highest vertical position. Step 6, because the stopwatch should be used only to measure the time it takes for the system to make 1 complete oscillation. Step 7, because the experiment should not be repeated for different vertical displacements and block masses.
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