1.) Determine the x-component of F12.) Determine the y-component of F13.) Determine the y-component of F34.) Determine the magnitude of the resultant force note: OBSERVE 3 DECIMAL PLACES AND BOX THE FINAL ANSWERS F2F3FI2+) Determine the x-component Of|Given oftheForce system sFi =237KNO2= 58.178From the horizon ta lFe = 397.9kN Directed upwardt3= 4a1.8kN; e: 42.55S From the horicotalD= 4.521 m

Answered: Image /qna-images/answer/84f3f81f-fcab-4bd0-84be-44f25eedab78.jpg

F2 F3 FI 02 +) Determine the x-component of Fi Given of the Force system s Fi = 234KN 02: 58.178 %3D From the horizontal Fz : 397.9kN Directed upwar d F3 = : 4a1.8kN; O, 42.5Ss From the horicotal D 4.521 m - - - -

F2 F3 FI 02 +) Determine the x-component of Fi Given of the Force system s Fi = 234KN 02: 58.178 %3D From the horizontal Fz : 397.9kN Directed upwar d F3 = : 4a1.8kN; O, 42.5Ss From the horicotal D 4.521 m - - - -

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Question

1.) Determine the x-component of F₁

2.) Determine the y-component of F₁

3.) Determine the y-component of F₃

4.) Determine the magnitude of the resultant force

note: OBSERVE 3 DECIMAL PLACES AND BOX THE FINAL ANSWERS

F2
F3
FI
2
+) Determine the x-component Of
|
Given of
the
Force system s
Fi =
237KN
O2= 58.178
From the horizon ta l
Fe = 397.9kN Directed upward
t3= 4a1.8kN; e: 42.55S From the horicotal
D= 4.521 m

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Force F of 225 N is imparted to the front edge of the rim at A to simulate the effect of a slam dunk. Please see figure.
statics of rigid bodies
ENGINEERING MECHANIC - EQUILIBRIUM note: with slight explanation to understand the solution