15 ft 18 ft В 5 ft B.

Consider the frame shown below with two cables attached to it at points A and C. Note the orientation of the coordinate system. The tension in cable AB is 1,750 lb.  Write the tension force in cable AB as a Cartesian vector (i.e. TAB = ?).Write the position vector in Cartesian form that runs from C to D (i.e. rCD = ?)Calculate the projection (component) of TAB that lies in the direction of rCD.

Given: three forces act on a particle P. Force A has a magnitude of 55lbs and acts 30 degrees CCW from the x-axis. Force B has a magnitude of 70 lbs and acts along a ray from point P with a slope at 1/-4. Force C has a magnitude of 55 lbs lbs and acts straight left. Add the three vectors to find the magnitude of the resultant force R and the angle it makes with the positive a-axis 0.

2/32 The rectangular plate is made up of 1-ft squares as shown. A 30-lb force is applied at point A in the di- rection shown. Calculate the moment Mg of the force about point B by at least two different methods. 30 lb 1ft 1 ft

Statics of rigid bodies *Solve the following problems completely: Show your complete solution and drawing:

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

Calculate the magnitude of the resultant for the force system shown in figure below. 600N SOON 407 30' 400N 300N

Determine the resultant of the forces shown in Figure P6-13. Find the coordinates. Iy 10 kN X 'N 25 KN 15 kN FIGURE P6-13

Consider the pipe structure projecting from the wall at point “A”. Find the resultant force and couple moment acting at point “A”.   Express the resultant force and couple moment in Cartesian (vector) form.  (Hint: the 1,000 lb force needs to be expressed as a vector and the “dimension box” provides the information necessary to define the unit vector in the direction of F.)

Please explain and solve with diagrams