2. A simply supported beam, 10 meters long, has a 2-m overhang beyond the right support. A uniform load of 9.35kN/m and a concentrated load of 116kN will pass on this beam. It is desired to determine the maximum shear at the mid span (between supports) of the beam. a. Determine the lengthen the beam where the uniform load could act to produce maximum positive shear at midspan. b. Determine the length on the beam where the uniform load could act to produce maximum negative shear at midspan. c. If the concentrated load is positioned at the end of the overhang, determine the maximum shear at the midspan.

• Adobe Acrobat XI Pro Download X كوناشينکوف: استسلام نحو 0 150 جة C Expert Q&A Google dazi X + i chegg.com/homework-help/questions-and-answers/determine-natural-frequencies-mode-shapes-system-shown-figure-ei-1042x10-nm-columns-4-colu-q77601768 Determine the Natural Frequencies and mode shapes for the system shown in Figure below: EI=10.42x10° N.m2 for all columns (4 columns per story) and two cables. Prove the Orthognality and Normality principles using the resulted two Eigen vectors 1 and 2. M=4000kg 3m M=6000kg 3m M-8000kg 3m 9:49 AM P Type here to search 4 T. x E. C D. U A 4) E D. D. D. 17-Apr-22

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Write an article to introduce yourself using the name of a person named Ahmed from Iraq, the city of Basra. He is twenty years old, loves football, and is currently a university student studying at the University of Kufa, Faculty of Mechanical Engineering, third stage, Air Conditioning Department.

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