Solve the resultant vector and the direction of the following vectors using component method. F1 = 430 km, 600 S of E F2 = 650 km, 350 E of N F3 = 545 km, 480 W of N F4 = 360 km, W Note: draw a triangle for each vector to show the x & y component. place the value of the x & y component in a table.

Solve the resultant vector and the direction of the following vectors using component method. F1 = 430 km, 600 S of E F2 = 650 km, 350 E of N F3 = 545 km, 480 W of N F4 = 360 km, W Note: draw a triangle for each vector to show the x & y component. place the value of the x & y component in a table.

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter9: Energy In Nonisolated Systems

Section: Chapter Questions

Problem 14PQ

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Question

Solve the resultant vector and the direction of the following vectors using component
method.
F1 = 430 km, 600 S of E
F2 = 650 km, 350 E of N
F3 = 545 km, 480 W of N
F4 = 360 km, W

Note: draw a triangle for each vector to show the x & y component.
place the value of the x & y component in a table.

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