R= Please use the space provided below to solve the given problem using the Algebraic Method for force addition. Calculate the Resultant and Equilibrant of the forces shown below. Indicate the Angle that each makes with the HorizontalAxis. 8- FORCE 400# 500 # 750 # RESULTANT R = 1000# HORIZONTAL COMPONENT (Angle with the Positive X-X Axis) Draw and Label the magnitude and Line of Action (e is the Angle with the Horizontal) for both the Resultant (R) and the Equilibrant (E) in the box shown on the right VERTICAL COMPONENT 750* 1278 1000" 65 30* 12 18 400* 500-

College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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R =
Please use the space provided below to solve the given problem using the
Algebraic Method for force addition.
Calculate the Resultant and Equilibrant of the forces shown below. Indicate the Angle that each makes with the Horizontal Axis.
8 =
FORCE
400#
500 #
750 #
RESULTANT R =
1000#
HORIZONTAL COMPONENT
(Angle with the Positive X-X Axis)
Draw and Label the magnitude and Line of Action (e is the Angle with the Horizontal)
for both the Resultant (R) and the Equilibrant (E) in the box shown on the right
VERTICAL COMPONENT
0100
750*
1278
1000*
65*
30
1
400⁰
500-
Transcribed Image Text:R = Please use the space provided below to solve the given problem using the Algebraic Method for force addition. Calculate the Resultant and Equilibrant of the forces shown below. Indicate the Angle that each makes with the Horizontal Axis. 8 = FORCE 400# 500 # 750 # RESULTANT R = 1000# HORIZONTAL COMPONENT (Angle with the Positive X-X Axis) Draw and Label the magnitude and Line of Action (e is the Angle with the Horizontal) for both the Resultant (R) and the Equilibrant (E) in the box shown on the right VERTICAL COMPONENT 0100 750* 1278 1000* 65* 30 1 400⁰ 500-
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