Solve the equation mx" + Bx' = mg for r(t), given that you step off the bridge-no jumping, nodiving! Stepping off means (0) = -100, x' (0) = 0, You may use mg = 160, B = 1, and g = 32.Use the solution from Problem 1 to compute the length of time t, that you freefall (the time ittakes to go the natural length of the cord: 100 feet).

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Solve the equation mx" + Bx = mg for a(t), given that you step off the bridge-no jumping, no diving! Stepping off means r(0) = -100, x' (0) = 0, You may use mg = 160, 6 = 1, and g = 32. %3D Use the solution from Problem 1 to compute the length of time t1 that you freefall (the time it takes to go the natural length of the cord: 100 feet).

Solve the equation mx" + Bx = mg for a(t), given that you step off the bridge-no jumping, no diving! Stepping off means r(0) = -100, x' (0) = 0, You may use mg = 160, 6 = 1, and g = 32. %3D Use the solution from Problem 1 to compute the length of time t1 that you freefall (the time it takes to go the natural length of the cord: 100 feet).

Trigonometry (MindTap Course List)

10th Edition

ISBN:9781337278461

Author:Ron Larson

Publisher:Ron Larson

Chapter6: Topics In Analytic Geometry

Section: Chapter Questions

Problem 33CT

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