An airplane heads due east at 110 m/s through a 25 m/s cross wind blowing from north to south. The resultant velocity of theairplane isa.112.805 m/s, 12.80° south of eastO b. 135 m/s, 12.80° south of eastO c. 112.805 m/s, 12.80° east of southO d. 85 m/s, 12.80° south of eastIf a vector Á has components Ax = -2 and A, = +3, then A lies in theO a. 4th quadrantO b. 1st quadrantO c. 2nd quadrantO d. 3rd quadrant

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Description: An airplane heads due east at 110 m/s through a 25 m/s cross wind blowing from north to south. The resultant velocity of theairplane isa.112.805 m/s, 12.80° south of eastO b. 135 m/s, 12.80° south of eastO c. 112.805 m/s, 12.80° east of southO d. 85

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An airplane heads due east at 110 m/s through a 25 m/s cross wind blowing from north to south. The resultant velocity of the airplane is O a. 112.805 m/s, 12.80° south of east O b. 135 m/s, 12.80° south of east 112.805 m/s, 12.80° east of south O d. 85 m/s, 12.80° south of east

An airplane heads due east at 110 m/s through a 25 m/s cross wind blowing from north to south. The resultant velocity of the airplane is O a. 112.805 m/s, 12.80° south of east O b. 135 m/s, 12.80° south of east 112.805 m/s, 12.80° east of south O d. 85 m/s, 12.80° south of east

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter4: Motion In Two And Three Dimensions

Section: Chapter Questions

Problem 76P: A small plane flies at 200 km/h in still air. If the wind blows directly out of the west at 50 km/h,...

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