9 A horizontal massless strut is 14 m in length. A 50.0 N force acting at 90° is positioned at 2.0 m from the left end. A second force, 100.0 N acting at 20°, is positioned 5.0 m to the right of the first force. A final force, 200 N acting at 165°, is 10.0 m to the right of the first force. Find the equilibrant force magnitude. A. 113 N B. 180 N C. 108 N D. 168 N 10. Using the information from question #9, determine the location of the equilibrant force relative to the 200 N force. A. 1.1 m to the right B. 1.1 m to the left C. 4.9 m to the right D. 4.9 m to the left

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Please use the information in #9 to solve 10. Thank you!!

9.
A horizontal massless strut is 14 m in length. A 50.0 N force acting at 90° is positioned
at 2.0 m from the left end. A second force, 100.0 N acting at 20°, is positioned 5.0 m to
the right of the first force. A final force, 200 N acting at 165°, is 10.0 m to the right of
the first force. Find the equilibrant force magnitude.
A. 113 N
B. 180 N
C. 108 N
D. 168 N
10.
Using the information from question #9, determine the location of the equilibrant force
relative to the 200 N force.
A. 1.1 m to the right
B. 1.1 m to the left
C. 4.9 m to the right
D. 4.9 m to the left
Transcribed Image Text:9. A horizontal massless strut is 14 m in length. A 50.0 N force acting at 90° is positioned at 2.0 m from the left end. A second force, 100.0 N acting at 20°, is positioned 5.0 m to the right of the first force. A final force, 200 N acting at 165°, is 10.0 m to the right of the first force. Find the equilibrant force magnitude. A. 113 N B. 180 N C. 108 N D. 168 N 10. Using the information from question #9, determine the location of the equilibrant force relative to the 200 N force. A. 1.1 m to the right B. 1.1 m to the left C. 4.9 m to the right D. 4.9 m to the left
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