The rectangular framework shown in figure below is subjected to the indicated non - concurrent system forces. Determine the magnitude and direction of th resultant; also its moment relative to the origin. 20lb 30 degrees, 100lb 45 degrees, 60 lb 90 degreesm 30lb, 100lb 60 degrees. 3 inces in y 4 inches in x

The rectangular framework shown in figure below is subjected to the indicated non - concurrent system forces. Determine the magnitude and direction of th resultant; also its moment relative to the origin. 20lb 30 degrees, 100lb 45 degrees, 60 lb 90 degreesm 30lb, 100lb 60 degrees. 3 inces in y 4 inches in x

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

Find the magnitude of the resultant (R) of the two vectors Vi and V2, using triangle law method only.
Q/ Find the resultant (R) and the direction (N) of the two forces shown in Figure below ? The angle (N) is measured between (R) and the x-axis. O 4 kN 50° 30° y 30° 6 kN Resultant = 6 KN & Direction = 60 O all of the above Resultant = 6.61 KN & Direction = 66.6 Resultant = 6.61 & Direction = 60
Ql:- For the two force systems shown below, find the following: 1. The resultant force and its directions. 2. The resultant moment about the origin. 3. The resultant moment with respeet to line OA shown below. 26 2 ft A F,e 300 1b 2 ft F 800 Ib
Find the summation of forces in x axis and y axis. What is the summation of moments with respect to O, assuming clockwise moment is the positive moment?What is the perpendicular distance from the resultant to point O?
Needs Complete typed solution with 100 % accuracy.
(Look at figure) Determine the magnitude and coordinate direction angles of the resultant force and sketch this vector on the coordinate system.
Four forces F1,F2,F3 and F4are being applied on a plate as shown in Figure 1.F1 = 1.2 kN, F2 = 2.3 kN, F3 =2.6 kN and F4 = 4.5 kN. Find the moment at P due to F4 using scalar formulation. Then, using vector formulation find the resultant moment at point P.
Determine the resultant moment about point A of the system of forces shown in figure. Each square is 1ft on a side
Q2 Use the analytical method to find the resultant and its direction of the forces shown in figure 1. 20 N 45 45 15 N 10 N Figure !
. Determine the resultant moment about point A of the system of forces shown in Figure 1- 30. Each square is 1 ft on a side. 80 lb, |80 lb 100 lb 100 lb 100 lb' -200 lb Figure 1-30
The forces acting on the arm in the figure and the angles they make with the axes are given. Accordingly, find the force F2 that must be applied for the resultant force to be 900 N in the -x-axis direction and the angle θ it makes with the -y- axis .
Four co-planar forces act at a point 0, the values and direction of the forces being as illustrated. Calculate the value and direction of the resultant force. 2. 30 N 60 50 N 30 90 20 N 10 N Helix