Consider the graph shown below. With the use of an example, explain how the graph differs from simple harmonic motion. Be sure to refer to any relevant laws and equations in your response. (1) overdamped R) critically damped underdamped
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- Solve itBelow I have 2 very similar equations that both use cos and sin within their answers. My question is, how do you know when to use cos or sin?? "An object is attached to a coiled spring. The object begins at its rest position at t=0 seconds. It is then propelled downard. Write an equation for the distance of the object from its rest position after t seconds, if the amplitude is 5 inches and the period is 4.5" d= -5sin(4pi t /9) "An object is attached to a coiled spring. The object begins at its rest position at t=0 seconds. It is then propelled downard. Write an equation for the distance of the object from its rest position after t seconds, if the amplitude is 9 inches and the period is 4.5" d= -9cos(4pi t/9)Imagine a bar of gold is hung on a spring in your kitchen and it extends the spring by 7 cm. At approximately what frequency in Hz (cycles per second) wilI the bar oscillate up and down when given a gentle vertical kick, if there is essentially no damping. Hz If we take the spring and the bar of gold to the surface of the moon, will the oscillation frequency there be higher, lower, or the same? Explain your answer above.
- Draw and Diagram for this question and solve correctly Please solve this question correctly in 1 hour and get the thumbs up please show neat and clean solutionBelow I have 2 very similar equations that both use cos and sin within their answers. My question is, how do you know when to use cos or sin?? Please be as specific as possible, thank you! "An object is attached to a coiled spring. The object begins at its rest position at t=0 seconds. It is then propelled downard. Write an equation for the distance of the object from its rest position after t seconds, if the amplitude is 5 inches and the period is 4.5" d= -5sin(4pi t /9) "An object is attached to a coiled spring. The object begins at its rest position at t=0 seconds. It is then propelled downard. Write an equation for the distance of the object from its rest position after t seconds, if the amplitude is 9 inches and the period is 4.5" d= -9cos(4pi t/9)Does dribbling a basketball represent simple harmonic motion? Explain your reasoning I said: no because a dribbling basketball does not move to and fro from its equilibrium but I only got partial credit because my teacher said "isn't your hand the equilibrium position? So it would move back and forth from where there wouldn't be?" Please help me form a good answer for this one to earn full credit