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.

When calculating the moment created about point A due to the force at B, which is the correct calculation process to use?

Where did the first two international relations academic programs start?

Complete the sentence with the best phrase from the options below. The study of International Relations focuses on the ________ between the world’s ________.

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 magnitude of the change in the moment diagram for the region 6 < x < 8 ft.