Name an indication for a cervical cerclage.  

The origin is on the left of the beam and the support reactions are By = 7 kip acting up and Dy = 4 kip acting up. Determine the equation of the moment diagram for the region 0 < x < 2 ft.

A particle that is in equilibrium has three force vectors acting on it.  The magnitudes of the three force vectors are F1 = 5.1 N, F2 = 3.2 N, and F3 = 5.2 N. Identify the following statement that is TRUE for the particle system as described.

When using a horizontal element to calculate the centroid x-bar,  what it the correct expression for x-tilda?

Determine the moment of inertia  Iy  of the shaded area.

L = 465 lb and the support reactions are Ay = 651 lb acting up, Hy = 744 lb acting up and Hx = 0. Determine the magnitude of the force in member JK.

For a general area the following properties have been calculated…..  Ix =  3.142 in4 and Iy =  3.142 in4  and Ixy = -1.778  in4.  On Mohr’s Circle, the center of the circle is located at in4 along the horizontal axis. The radius of the circle is . On the actual cross section, the major principal axis would be shown rotated from the positive x axis.

What is the location of the centroid y-bar of the shaded area?  The shaded area = .25 m2

Determine the magnitude of the component of the force vector FD = kN that lies parallel to the line connecting the two points A(1, -5, 9) m and B(11, 8, -2) m.

The system shown is supported by a pin at A and a roller at E. It is composed of three straight members AC, BE, CD as well as the pulley at C that holds the freely hanging weight. If the vertical reaction at point E is 32 kN (upward), determine the compressive force developed in member CD.