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why is it pie - (pie/6)?   why is it not in quadrant 3?

why is it pie - (pie/6)?   why is it not in quadrant 3?

Physics for Scientists and Engineers, Technology Update (No access codes included)
Physics for Scientists and Engineers, Technology Update (No access codes included)
9th Edition
ISBN:9781305116399
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter15: Oscillatory Motion
Section: Chapter Questions
Problem 15.4P: In an engine, a piston oscillates with simpler harmonic motion so that its position varies according...
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why is it pie - (pie/6)?

 

why is it not in quadrant 3?

Simple Harmonic Motion Example An object on a spring oscillates back and forth without friction or air resistance around the point x = 0. The period of the motionis 0.80s and its amplitude is 20cm. At timet= 0, the mass is moving with a velocity v,(0) =-78.S cm/s and its posītion is negative. Determine the position and velocity of the mass at 2.5s. x (t) = A'cm (anE ++) v (t) = - Aw sin (wt+¢) Find $. A - 20cm - 7.75 v(0) = -Awsin(aw-O+¢) vIo) = - Aw sin (¢) solve ford %3D T=0.8s → o8s vlo) - -79.5 x lo) <o unid eirde cm = sin' ?-5 -20cm. 7.85^ v( - sin Aw * - sin" (0.s) X. T-T/ %3D which is comeet? %3D 11
Transcribed Image Text:Simple Harmonic Motion Example An object on a spring oscillates back and forth without friction or air resistance around the point x = 0. The period of the motionis 0.80s and its amplitude is 20cm. At timet= 0, the mass is moving with a velocity v,(0) =-78.S cm/s and its posītion is negative. Determine the position and velocity of the mass at 2.5s. x (t) = A'cm (anE ++) v (t) = - Aw sin (wt+¢) Find $. A - 20cm - 7.75 v(0) = -Awsin(aw-O+¢) vIo) = - Aw sin (¢) solve ford %3D T=0.8s → o8s vlo) - -79.5 x lo) <o unid eirde cm = sin' ?-5 -20cm. 7.85^ v( - sin Aw * - sin" (0.s) X. T-T/ %3D which is comeet? %3D 11
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