## A simply supported beam AB with a span of 6 m carries a distributed load which varries in a linear manner from 30kN/m run at one support to 90kN/m run at the other support. Locate the position of the maximum bending moment and calculate the value of maximum bending moment. Sketch the shearing force and bending moment diagrams.

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2 months 0 Answers 3 views

## A beam ABCD is simply supported at the two points B and C ,the parts AB and CD are overhang. AB = 1.5 m, BC = 6 m and CD = 2.5 m. The beam carries a uniformly distributed load 9 kN/m run over its whole length of 10 m ; a concentrated load of 40 kN at the center of the span BC and 20kN at A. (a) Sketch the complete B.M. diagram, indicating the value of B.M at B and C and the maximum sagging B.M within the span BC. (b) Sketch the complete S.F diagram.

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2 months 0 Answers 5 views

## A beam 8 m long rests on two supports one at right end and the other 2 m from its left-hand end. The beam carries a uniform load of 15kN/m over its entire length and a concentrated hydrochloric load of 80kN at the middle of the 6 m span. Draw the bending moment and shear force diagrams and determine the position and amount of maximum bending moment.

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2 months 0 Answers 7 views

## A beam AE is 7 m long and is simply supported at one end A and at D, 2.5 m from other end E. There is uniformly distributed load of 30kN per metre run across AD together with point loads of 60kN at B, 1.5 m from A, 30kN at C,3 m from A and 20kN at the end E. Sketch the bending moment and shearing force diagrams giving the important numerical values. Calculate the maximum bending moment and point at which it occurs.

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## Area of the shear force diagram is equal to the……

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## For the shear force to be uniform throughout the span of a simply supported beam,it should carry…..

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## The variation of bending moment due to a concentrated load is ……

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## The variation of bending moment due to u.d.l. is ….

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## The maximum bending moment in a cantilever of span l carrying u.d.l. of intensity w per unit length is ……

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## The maximum bending moment in a cantilever carrying a concentrated load at the free end occurs….

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