Question

The acceleration of a machine part modeled as a spring-mass system is measured and recorded in the figure shown. Notice that each square in y-axis represents $0.1 m/s^2$, while each square in x-axis represents $0.1$ second. Compute the amplitude A in (mm). Hint: consider three significant digits such as $8.8888$ becomes $8.889$ Acceleration in $m/s^2$ Time, s

Name: the acceleration of a machine part modeled as a spring mass system is measured and recorded in the figure shown notice that each square in y axis represents 01 ms2 while each square in x axi 94346
Uploaded: 2023-06-20T22:49:42-08:00
Duration: 1 min 7 s
Channel: Adi S
Description: the acceleration of a machine part modeled as a spring mass system is measured and recorded in the figure shown notice that each square in y axis represents 01 ms2 while each square in x axi 94346

          The acceleration of a machine part modeled as a spring-mass system is measured and recorded in the figure shown. Notice that each square in y-axis represents $0.1 m/s^2$, while each square in x-axis represents $0.1$ second. Compute the amplitude A in (mm).
Hint: consider three significant digits such as $8.8888$ becomes $8.889$
Acceleration in $m/s^2$
Time, s

the acceleration of a machine part modeled as a spring mass system is measured and recorded in the figure shown notice that each square in y axis represents 01 ms2 while each square in x axi 94346

Added by Sharon M.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Adi S

06/20/2023

Step 1

From the graph, the peak acceleration (amplitude of acceleration) is 1.0 $m/s^2$. This is because the peak of the wave is at the 10th square above the x-axis, and each square in the y-axis represents 0.1 $m/s^2$. So, $10 \times 0.1 m/s^2 = 1.0 m/s^2$. Show more…

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The acceleration of a machine part modeled as a spring-mass system is measured and recorded in the figure shown. Notice that each square in y-axis represents $0.1 m/s^2$, while each square in x-axis represents $0.1$ second. Compute the amplitude A in (mm). Hint: consider three significant digits such as $8.8888$ becomes $8.889$ Acceleration in $m/s^2$ Time, s