26. For the loaded beam in the Figure below, determine the vertical reaction force Ra: [2.0 Faculty of Engineering Techn

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26 For The Loaded Beam In The Figure Below Determine The Vertical Reaction Force Ra 2 0 Faculty Of Engineering Techn 1 (24.78 KiB) Viewed 76 times

26. For the loaded beam in the Figure below, determine the vertical reaction force Ra: [2.0 Faculty of Engineering Technology and Science Page 12 of 20 150N 300 N a. 225 N b. c. 275 N d. 375 N 27. For the loaded beam in the Figure below, determine the horizontal reaction force R (2.0 ISON a. 250 N b. 275 N c. 3SON d. 400 N 28. Consider the loaded beam in the Figure below and answer the question. [2.0 10N 300 m For the given values of A; = 425 kN and B. - 425 kN. Determine the value of shear force at 4m measured from 1. a. 250 N b. - 275 N c. 350 N d. -400 N e. 425 N 1.-425 N g. - 350N h. 75 N