A propped cantilever beam ABC carries a concentrated point load of 10 kN and a 2 kNm moment at point B as shown below:10 kN2 kNmA3 m2 mAThe vertical support reaction at C is 6.422 kN.The vertical support reaction at C is 4.824 kN.The moment produced at A due to the given loading is 7.88 kNm (anticlockwise)The moment produced at A due to the given loading is 7.88 kNm (clockwise)

Answered: Image /qna-images/answer/02b839f1-1f4d-49e2-a019-6a39235bde00.jpg

A propped cantilever beam ABC carries a concentrated point load of 10 kN and a 2 kNm moment at point B as shown below: 10 kN 2 kNm A 3 m 2 m A The vertical support reaction at C is 6.422 kN. B. The vertical support reaction at C is 4.824 kN. The moment produced at A due to the given loading is 7.88 kNm (anticlockwise) The moment produced at A due to the given loading is 7.88 kNm (clockwise)

A propped cantilever beam ABC carries a concentrated point load of 10 kN and a 2 kNm moment at point B as shown below: 10 kN 2 kNm A 3 m 2 m A The vertical support reaction at C is 6.422 kN. B. The vertical support reaction at C is 4.824 kN. The moment produced at A due to the given loading is 7.88 kNm (anticlockwise) The moment produced at A due to the given loading is 7.88 kNm (clockwise)

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter9: Application Of Influence Lines

Section: Chapter Questions

Problem 2P

See similar textbooks

Similar questions

A 5 m long cantilever beam carries a uniform load of 5 KN/m on the 3 m portion of the beam from the free end and a counterclockwise couple of 60 KN -m acting at 1 m from the fixed support. Which of the following nearly gives the value the vertical reaction at the fixed point in KN and the value of the moment at midspan? Vertical fixed point: a. 15kn b. 20kn c. 5kn d. 10kn moment at midspan a. 22.5kn b. 45kn c. 15kn
The largest positive moment occurs at span BC. What is the value of the maximum positive moment? a. 60.79 kN-m b. 54.145 kN-m c. 55.79 kN-m d. 45.79 kN-m The maximum positive moment occurs at span BC. It is located at a distance_______ from the support B. a. 3.224 m b. 3 m c. 3.274 m d. 3.554 m
A 5m simply supported beam carries a distributed load of 50 kN/m and 115 kN at the midspan. Find the reaction of the support, Maximum Shear, Maximum Moment
For the beam shown below, the maximum negative shear and the maximum negative bending moment at point D due to the wheel loads of the moving vehicle are -19.7 kN and -60.25 kN.m, respectively. Determine the wheel loads P1 and P2. The vehicle travels towards the right. Joint A is a roller and joint E is a fixed support.
n the beam shown, taking W1 = 3 kN/m, P1 = 7 kN, P2 = 4 kN, and W2 = 7 kN/m.a) Determine the reaction at "A" b) Determine the reaction at "H" c) Determine the shear at "C" c) Determine the shear at "D" e) Determine the value of maximum moment. f) Determine the value of moment at "G" d) Determine the shear at "F"
Which is the absolute maximum moment (in Kn-m) at C for the given loads? DL(kN/m)=13 LL(kN/m)=19
Determine the maximum moment at D due to a dead load of 5kn/m a moving live load of 20 kn/m and two movable concentrated loads 50kn and 75kn 2 meters apart. Please explain.
For the cantilever beam below, determine the maximum counterclockwise reaction moment at support A due to a concentrated live load of 100 kN, a uniformly distributed live load of 50 kN/m, and a uniformly distributed dead load of 20 kN/m.
The 6 m long beam above is subjected to a point force of 15 kN at an angle of θ = 60°, a clockwise couple moment of 20 kN·m, and a constant distributed load of 10 kN/m as shown. It is pinned at A and has a roller at B. Neglect the weight of the beam. A. Determine the support reactions at pin A and roller E. B. The shear force between A and B is: C. The shear force between B and C is: D. The shear force between C and D is: E. The shear force between D and E is: F. The moment between A and B is: E. The moment between B and C is: F. The moment between C and D is: G. The moment between D and E is: H. Sketch shear force chart. I. Sketch moment diagram.
For the beam shown, determine the reaction at the roller support when w0 = 6 kips/ft.
a. What is the absolute maximum shear in the beam? (in kN) b. What is the location of the absolute maximum shear from the left end of the beam? (in m) c. What is the absolute maximum moment in the beam? (in kNm)
4.What is the minimum bending moment in the loaded beam, in kN m? (aside from zero)5.What is the maximum bending moment in the loaded beam, in kN m?6.What is the vertical reaction at the hinge support, in kN?