Set the controls as follows.x0 = 6 cmk = 80 N/mm = 4 kgNow hit start and observe the motion of the block and the plots on the graphs for position, velocity, and acceleration.Which of the following statements accurately describes your observation? (Select all that apply.)The maximum displacement was 6 cm.The maximum displacement was 0 cm.The speed of the block remained constant.The acceleration of the block remained constant.The frequency of the block remained constant.The period of the block remained constant. Set the controls as follows.x0 = 6 cmk = 80 N/mm = 1 kgNow hit start and observe the motion of the block and the plots on the graph for position, velocity, and acceleration.Which of the following statements accurately describes your observation? (Select all that apply.) Now hit start and observe the motion of the block and the plots on the graph for position, velocity, and acceleration.Which of the following statements accurately describes your observation? (Select all that apply.)The minimum displacement is the same as in Part I.The minimum displacement is half what it was in Part I.The minimum displacement is twice what it was in Part I. The maximum acceleration is the same as in Part I.The maximum acceleration is one fourth of what it was in Part I.The maximum acceleration is four times what it was in Part I. The maximum velocity is the same as in Part I.The maximum velocity is half what it was in Part I.The maximum velocity is twice what it was in Part I. Set the controls as follows.x0 = −8 cmk = 30 N/mm = 5 kgIf you wanted to adjust the settings but keep the period the same as in the above what would you do? (Hint: Think about the dependency of period on the initial displacement, spring constant, and mass. Select all that apply.)double the value of x0 and halve the value of khalve the value of x0 and halve the value of kdouble the value of k and double the value of mdouble the value of k and halve the value of mhalve the value of x0 and double the value of mhalve the value of x0 and halve the value of m Set the controls as follows.x0 = 2 cmk = 70 N/mm = 7 kgNow hit start and observe the motion of the block and the plots on the graph for acceleration, kinetic energy, and potential energy.Which of the following statements accurately describes your observation. (Select all that apply.)The maximum value for acceleration coincides with a maximum value for potential energyThe maximum value for acceleration coincides with a minimum value for potential energyThe maximum value for acceleration coincides with a maximum value for kinetic energyThe maximum value for acceleration coincides with a minimum value for kinetic energyThe minimum value for acceleration coincides with a maximum value for potential energyThe minimum value for acceleration coincides with a minimum value for potential energyThe minimum value for acceleration coincides with a maximum value for kinetic energyThe minimum value for acceleration coincides with a minimum value for kinetic energy

Name: Set the controls as follows.x0 = 6 cmk = 80 N/mm = 4 kgNow hit start a
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Description: Set the controls as follows.x0 = 6 cmk = 80 N/mm = 4 kgNow hit start and observe the motion of the block and the plots on the graphs for position, velocity, and acceleration.Which of the following statements accurately describes your observation? (Se

The given problem is based on the Simple harmonic motion. 'When body repeat its motion after regular…

Answered: Set the controls as follows. x0 = 6…

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Set the controls as follows.

x₀ =
6
cm
k = 80 N/m
m = 4 kg

Now hit start and observe the motion of the block and the plots on the graphs for position, velocity, and acceleration.

Which of the following statements accurately describes your observation? (Select all that apply.)

The maximum displacement was 6 cm.

The maximum displacement was 0 cm.

The speed of the block remained constant.

The acceleration of the block remained constant.

The frequency of the block remained constant.

The period of the block remained constant.

Set the controls as follows.

x₀ =
6
cm
k = 80 N/m
m = 1 kg

Now hit start and observe the motion of the block and the plots on the graph for position, velocity, and acceleration.

Which of the following statements accurately describes your observation? (Select all that apply.)

Now hit start and observe the motion of the block and the plots on the graph for position, velocity, and acceleration.

Which of the following statements accurately describes your observation? (Select all that apply.)

The minimum displacement is the same as in Part I.

The minimum displacement is half what it was in Part I.

The minimum displacement is twice what it was in Part I.

The maximum acceleration is the same as in Part I.

The maximum acceleration is one fourth of what it was in Part I.

The maximum acceleration is four times what it was in Part I.

The maximum velocity is the same as in Part I.

The maximum velocity is half what it was in Part I.

The maximum velocity is twice what it was in Part I.

Set the controls as follows.

x₀ =
−8
cm
k = 30 N/m
m = 5 kg

If you wanted to adjust the settings but keep the period the same as in the above what would you do? (Hint: Think about the dependency of period on the initial displacement, spring constant, and mass. Select all that apply.)

double the value of x₀ and halve the value of k

halve the value of x₀ and halve the value of k

double the value of k and double the value of m

double the value of k and halve the value of m

halve the value of x₀ and double the value of m

halve the value of x₀ and halve the value of m

Set the controls as follows.

x₀ =
2
cm
k = 70 N/m
m = 7 kg

Now hit start and observe the motion of the block and the plots on the graph for acceleration, kinetic energy, and potential energy.

Which of the following statements accurately describes your observation. (Select all that apply.)

The maximum value for acceleration coincides with a maximum value for potential energy

The maximum value for acceleration coincides with a minimum value for potential energy

The maximum value for acceleration coincides with a maximum value for kinetic energy

The maximum value for acceleration coincides with a minimum value for kinetic energy

The minimum value for acceleration coincides with a maximum value for potential energy

The minimum value for acceleration coincides with a minimum value for potential energy

The minimum value for acceleration coincides with a maximum value for kinetic energy

The minimum value for acceleration coincides with a minimum value for kinetic energy

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