Q1(3). The beam is supported by a pin support at point A and a rocker support at point B, and the length is /= 3.3 ft. I

[answerhappygod]

Q1 3 The Beam Is Supported By A Pin Support At Point A And A Rocker Support At Point B And The Length Is 3 3 Ft I 1 (111.84 KiB) Viewed 30 times

PLease take your time and make sure the answer is correct.You might have seen a similar problem already on answers. DO NOT copyit thinking it is right as it contains different values anddimensions.
Q1(3). The beam is supported by a pin support at point A and a rocker support at point B, and the length is /= 3.3 ft. It has a cross section shown in the image with h = 7.5 in. It is subjected to a uniformly distributed load with load intensity w = 858 lb/ft, and a couple moment of 1500 lb-ft as shown. Point C is located immediately to the right of the couple moment, and the vertical location of point C is also shown in the cross section. If the location of point C is indicated on the cross section, and its state of stress can be represented on plane element as shown, determine the smallest (in magnitude) angle of rotation 0, (in the unit of °) to achieve the principal stresses in x-y plane for this element at point C. Negative sign must be included if the rotation is clockwise. A y 1 Your Answer: xy ox Answer W 1500 lb. ft + 6 ft Txy B ox 30° 1in. 2 in. C 6 in. IH 1in. Please pay attention: the numbers may change since they are randomized. Your answer must include 2 places after the decimal point. 1in.