Explanation Given: m = 15 , a = 16 , b = 0.65 , T = 5 Formula used: The displacement d of an oscillating object from its at–rest position at time t is given by d ( t ) = a e − b t 2 m cos ω 2 − b 2 4 m 2 t , where b is the damping factor or damping coefficient and m is the mass of the oscillating object. Here |a| is the displacement at t = 0 , and 2 π w is the period under simple harmonic motion (no damping). Calculation: d ( t ) = ae − bt 2 m cos ω 2 − b 2 4 m 2 t m = 15 , a = 16 , b = 0...

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Author: Michael Sullivan

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Chapter 8.5, Problem 44AYU

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a. An equation that relates the displacement $d$ of the object from its rest position after $t$ seconds and to graph the equation found in part (a) for 5 oscillations using a graphing utility.

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Chapter 8.5, Problem 43AYU

Chapter 8.5, Problem 45AYU

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a. An equation that relates the displacement d of the object from its rest position after t seconds and to graph the equation found in part (a) for 5 oscillations using a graphing utility.

Solution Summary: The author explains the equation that relates the displacement d of an oscillating object from its at–rest position at time t and graphs it using a graphing utility.

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To find:

a. An equation that relates the displacement $d$ of the object from its rest position after $t$ seconds and to graph the equation found in part (a) for 5 oscillations using a graphing utility.

Want to see the full answer?

Chapter 8 Solutions

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a. An equation that relates the displacement d of the object from its rest position after t seconds and to graph the equation found in part (a) for 5 oscillations using a graphing utility.

Solution Summary: The author explains the equation that relates the displacement d of an oscillating object from its at–rest position at time t and graphs it using a graphing utility.

Videos

To find: a. An equation that relates the displacement d of the object from its rest position after t seconds and to graph the equation found in part (a) for 5 oscillations using a graphing utility.

Want to see the full answer?

Chapter 8 Solutions

Additional Math Textbook Solutions

To find:

a. An equation that relates the displacement $d$ of the object from its rest position after $t$ seconds and to graph the equation found in part (a) for 5 oscillations using a graphing utility.