A & B are shown below. A=43 & A=47 east of north. B=15 & 0g=36 south...

Transcribed Image Text:

A & B are shown below. A=43 & A=47° east of north. B=15 & 0g=36° 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. [Note: the combination of two or more vectors is commonly known as the resultant vector.] North Submit Answer West 08 100 0A South 14 A East Ax = 5.3136 X Ay = Bx = -14.87 X By = R = Direction of R= HORIZONTAL in quadrant === Rx = = Ry = o from the Choose quadrant --- A & B are shown below. A=43 & A=47° east of north. B=15 & 0g=36° 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. [Note: the combination of two or more vectors is commonly known as the resultant vector.] North Submit Answer West 08 100 0A South 14 A East Ax = 5.3136 X Ay = Bx = -14.87 X By = R = Direction of R= HORIZONTAL in quadrant === Rx = = Ry = o from the Choose quadrant ---

Answer rating: 100% (QA)

To solve for the components of vectors vecA and vecB and then find the resultant vector vecR well st... View the full answer