Q.4) A pipe assembly is acted on by four forces and one couple moment. The 300 N force is parallel with the z-axis, the 130 N force is parallel with the y-axis, and the 60 N force is parallel with the x-axis. Force F, has a magnitude of 220 N and coordinate direction angles given by a4 45°, BA = 60°, and YA of 400 N m. Determine the resultant moment about point B. 120°. The couple moment M. is in the x-z plane and has a magnitude %3D

Q.4) A pipe assembly is acted on by four forces and one couple moment. The 300 N force is parallel with the z-axis, the 130 N force is parallel with the y-axis, and the 60 N force is parallel with the x-axis. Force F, has a magnitude of 220 N and coordinate direction angles given by a4 45°, BA = 60°, and YA of 400 N m. Determine the resultant moment about point B. 120°. The couple moment M. is in the x-z plane and has a magnitude %3D

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

As shown in the image below, if the distances are a=1.9m, b=2.1m, and c-4.2m, and the magnitudes of the forces FB=370N, and FE=470N, determine the magnitude of the moment caused by force of FB about point D in N*m.
B1.5 m 1.5 m P= 0.8 kN T-12 kN 3m 2 m Determine the x-, y-, and z- components of T. Determine the angles which the line of action of T forms with the positive x-, y-, and z-axes. Calculate the projection of P onto a line between A and F and determine the angle between P and AF. Determine the vector expression for the moment of P about point E.
Find the magnitude of the moment due to the application of the 60-lb force at point A. A B | 24 in. 60 lb | 12 in. 40 in.
If you know that the moment of the force F about point A should look like the formula: M, i+ M,j• M, k, what is the value of the M,? knowing that the force vector equals to: F= -160.11 + -624.2) + 867Ak lb Note: Your answer should contain only numbers, not units. F B 8 ft 1.5 ft 0.25 ft
(a) Determine the magnitudes and coordinate direction angles of F3 so that the resultant force of the three forces is zero. Refer figure Ql(a) below. Q1. F, F1 = 400N 40 30 F2 = 600N Figure Q1(a) Q1 the moment(MB) of this force about point B. (b) Figure Q1 (b) shows the pipe assembly is subjected to the 100N force. Determine 400 mm 300 mm 200 mm 200 mm 250 mm 40° 30 F = 100N Figure Q1(b)
B1.5 m 1.5 m P= 0.8 kN T-1.2 kN 3m 2 m 1.5 m 3 m Determine the x-, y-, and z- components of T. Determine the angles which the line of action of T forms with the positive x-, y-, and z-axes. Calculate the projection of P onto a line between A and F and determine the angle between P and AF. Determine the vector expression for the moment of P about point E.
To replace the force system to a resultant force and moment acting on point O, the magnitude of the resultant force is 2.5 ft 3 ft 45° 2 ft 300 lb 200 lb 4 ft 250 lb Your answer
Question 2 Find the moment of the force about each coordinate axis (x, y, and z). Then determine the moment of the force about line AO. Mx = 72 Nm 2; My = 108 Nm G; Mz=96 Nm 6 A (0,6,4)m - OR - M. A MA - { l19.1je 79.4 è 3 Nm B(8,0.6)m
Find the couple moment M if the resultant force of the loading system (two forces of 400 N and 320 N and one moment of M N.m) passes through point O. M 160 mm 150 mm 150 mm 400 N 30° 60° 320 N
Determine the magnitude and direction sense of the resultant moment of the force about point O 25 ft 300 I| 50° 10 ft B E 5ft 450 Ib 30° M_o=4.844 kip.ft clockwise M_o=3.564 kip.ft clockwise M_o=7.026 kip.ft. a clockwise M_o=6.054 kip.ft a clockwise none of above
The beam below has three external applied loads acting on it. The magnitude of force F is 12 lb. The magnitude of force G is 24 lb. The magnitude of force H is 29 lb. What is the moment that these three external loads create about the z axis going through point A in lb-ft? C A 1.5ft 60° H 3 ft B G F 2ft