Practice Problem 5: Determine the resultant moment of the three forces in the figure about the x-, y-, and z-axis.

no need for help in the graphical approach just the scalar

3-21.Determine the moment about point A for the forces shown in Figure P3-21. 5 kN B 75 4 3 m 2 m- 2 KN 2 KN 5 m

Problem Statement Based on Problem 4-32 from the textbook. Determine the magnitude and coordinate direction angles the moment of F about point A. F= 55i 55j 35k 45°

C0nsider the frame bel0w where f0rce A = 55 N acts 0n point Q, force B = 34 N acts 0n p0int P, and f0rce C = 42 N acts on point M. Replace the system of f0rces acting on the frame with an equivalent force-c0uple system acting at point O. Calculate for the moment of the c0uple of transfer and magnitude and direction of the resultant f0rce

Ql: Calculate the magnitude of the moment about the base point O as shown in the Figure of the 750 N force applied, using three different ways. Am 35° 750N

For the given loading system, find the equivalent resultant force and couple moment acting at point B. 50 lb/ft 100 lb/ft 50 lb/ft 6 ft 4 ft

Throught Scalar analysis where F is the scalar component. Determine the Vector momnent fromed by the Force F on the Point of O determine the magnitude of the moment

For the given loading system (two forces and one couple moment) acting on the frame, find the magnitude, direction, and location of the equivalent force. 500 lb-ft 50 lb 150 lb -3 ft B 2 ft 4 ft

A force F = 7.45 kN directs from point E (0, 3, 6) to point A (0, 0, 8) and rotates about the DK-axis, where point D (2.5, 6, 4) and point K (2.5, 0, 0). All distances are in meters. Determine the moment produced in kNm.