Determine the maximum moment, M, for the beam and loading given if w = 2.2 kip/ft and P = 27 kip. Be sure to use correct sign convention. Units are kip-ft 4 ft → 11 ft W 16 ft P B

Determine the maximum positive moment (lbs-ft) in the simply supported beam as shown. Where: Where: L1 = 7ft; L2 = 4.2ft; W = 299lbs/ft W A L1 R₁ B p L2 R₂

Determine the maximum positive moment (lbs-ft) in the simply supported beam as shown. Where: L1 = 6.5ft; L2 = 3.8 ft; W = 298 lbs/ft W L1 R₁ B L2 R₂

Q12. Acontinuous beam is built in at A and is carried over rollers at B and C as shown in figure, AB = BC = 12 m. It carries an uniformly distributed load of 3 kN/m over AB and a point load of 24 kN over BC which is 4 m from the support B. Value of E and I are 200 Gpa and 0.2 x 10-3 m2 respectively uniform throughout. Calculate the fixed end moments.

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Determine the moment at midspan (in kip-ft to one decimal) for the following beam. Use P1 = 9.5 kip, P2 = 4.0 kip, and L = 34 ft. This problem is intended for use with tables. Pz Pz Type your answer...

Calculate the maximum positive moment in the beam in kN.m.0 and effective depth of the section in PART A in mm.0

The rigid beam of negligible weight is supported by a pin at O and two vertical rods. Find the vertical displacement of the 50-kip weight.