A &Bare shown below. A=40 & 0A=10° east of north. B=31 & OB=61° south of west. Let north be positive y & east be positive x. LetR= A+B. Find the components of each vector as well as the magnitude & direction of R.[Note: the combination of two or more vectors is commonly known as the resultant vector.]NorthAx = 39.3By = -15.0Ry = 24.4Ay= 7By = -27.1Ry = -20.1WestEastR =Direction of Rvertical in quadrant 3° relative to theSouth

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A &B are shown below. A=40 & 0A=10° east of north. B=31 & Og=61° south of west. Let north be positive y & east be positive x. Let R= A+B. Find the components of each vector as well as the magnitude & direction of R. %3D [Note: the combination of two or more vectors is commonly known as the resultant vector.] North Ax = 39.3 By = -15.0 Rx = 24.4 Ay = 7 By = -27.1 Ry = -20.1 West East R = Direction of R = vertical in quadrant 3 ° relative to the South

A &B are shown below. A=40 & 0A=10° east of north. B=31 & Og=61° south of west. Let north be positive y & east be positive x. Let R= A+B. Find the components of each vector as well as the magnitude & direction of R. %3D [Note: the combination of two or more vectors is commonly known as the resultant vector.] North Ax = 39.3 By = -15.0 Rx = 24.4 Ay = 7 By = -27.1 Ry = -20.1 West East R = Direction of R = vertical in quadrant 3 ° relative to the South

University Physics Volume 1

18th Edition

ISBN:9781938168277

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

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

Chapter2: Vectors

Section: Chapter Questions

Problem 63P: Assuming the +x-axis is horizontal to the right for the vectors in the preceding figure, find (a)...

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