Figure Q2 shows a 4m long beam which has a concentrated load of X=90 kN located...

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Figure Q2 shows a 4m long beam which has a concentrated load of X=90 kN located at the position A on the beam (x=0m) as well as another load Z=78 kN at the of the beam at position D (x=4m). There is also a UDL of loading Y=63 kN/m which starts at position B (x=1m) and ends at position C (x=3m). There are two reaction pivots:- a left one located at A (x=0m) and a right pivot located at C (x=3m). Calculate the reaction force RC experienced by the pivot at the position C in terms of kilo-Newtons to 1 decimal place. X KN A 1m B UDL = Y kN/m 2m Figure Q2 C 1m Z KN D (5 marks) Figure Q2 shows a 4m long beam which has a concentrated load of X=90 kN located at the position A on the beam (x=0m) as well as another load Z=78 kN at the of the beam at position D (x=4m). There is also a UDL of loading Y=63 kN/m which starts at position B (x=1m) and ends at position C (x=3m). There are two reaction pivots:- a left one located at A (x=0m) and a right pivot located at C (x=3m). Calculate the reaction force RC experienced by the pivot at the position C in terms of kilo-Newtons to 1 decimal place. X KN A 1m B UDL = Y kN/m 2m Figure Q2 C 1m Z KN D (5 marks)