The vertical post is secured by three cables. The cables are pre-tensioned so that the resultant of the cable forces F, Q, and P is directed along the z-axis. If F = 120 lb, find P and Q.

The turnbuckle is tightened until the tension in the cable AB equals 2.7 kN. Determine the vector expression for the tension T as a force acting on member AD. Also find the magnitude of the projection of T along the line AC. 3.1 m D B A 4.9 m 1.2 m 1.7 m

Determine the resultant R of the system of distributed loads and locate its line of action with respect to the left support for 600 Ib/ft 300 Ib/ft B 3 ft 3 ft 3 ft

Given a system made of the force F, couple M and distributed loads defined by w1 and w2, find the equivalent system at B.Take F = 8 kN, M = 5 kN.m, w1 = 8 kN/m, and w2 = 4 kN/m.Also, d = 1 m.

Determine the resultant R of the system of distributed loads and locate its line of action with respect to the left support for 5.0 kN/m 2.5 kN/m A 2 m 4 m

*A cable is attached to bar OA and point A as shown. The tension in the cable is F = 400 N.* Pt A. Resolve for F into its vector components. Pt B. Use the dot product to find the magnitude of the projected component of the force along the pipe AO. Pt C. Use the cross product to find the moment force F exerts about point O. Report your results in vector component form.

1 of 1 ure 300 lb 30 200 lb Type here to search

A resultant force of the two people pulling the cargo is to be directed along the positive x- axis and has a magnitude of 3 kN. Find the angle b of the cable attached to B such that the force B in this cable is minimum. What is the magnitude of the force in each cable for this situation?

Determine the resultant R of the system of distributed loads and locate its line of action with respect to the left support for y 400 Ib/ft 300 Ib/ft 150 Ib/ft A 7 ft 8 ft

3. Using Trigonometry, solve for the Resultant of the e 72 forces shown below,