Questions › Category: Civil EngineeringFilter:AllOpenResolvedClosedUnansweredSort byViewsAnswersVotesThe expression of the elastic curve at the free end of a cantilever beam of span ‘L’, flexural rigidity ‘EI’ and subjected to uniformly distributed load intensity ‘w’ isOpenVideRime asked 4 years ago • Civil Engineering, Strength of Materials142 views0 answers0 votesPick up the correct statement from the following a) For a uniformly distributed load, the shear force varies linearly b) For a uniformly distributed load, bending moment curve is a parabola c) For a load varying linearly, the shear force curve is a parabolaOpenVideRime asked 4 years ago • Civil Engineering, Strength of Materials156 views0 answers0 votesFor a design of a simply supported beam under uniformly distributed load____________OpenVideRime asked 4 years ago • Civil Engineering, Strength of Materials157 views0 answers0 votesThe slope of curve of S.F.D (Shear Force Diagram) at any section will be equal toOpenVideRime asked 4 years ago • Civil Engineering, Strength of Materials190 views0 answers0 votesThe maximum shear force in a simply supported beam of span L, subjected to a central point, W is given by the following expressionOpenVideRime asked 4 years ago • Civil Engineering, Strength of Materials155 views0 answers0 votesIn a cantilever beam subjected to general loading, the maximum bending moment is atOpenVideRime asked 4 years ago • Civil Engineering, Strength of Materials137 views0 answers0 votesThe shape of Bending Moment Diagram in a beam subjected to only Uniformly Distributed Load (UDL) isOpenVideRime asked 4 years ago • Civil Engineering, Strength of Materials130 views0 answers0 votesIn a simply supported beam of span, ‘L’ subjected to Uniformly Distributed Load (UDL) of intensity W kN/m over its entire length the maximum bending is given by the expressionOpenVideRime asked 4 years ago • Civil Engineering, Strength of Materials182 views0 answers0 votesTwo identical simple supported beams of span ‘I’ are subjected to equal load ‘W’. One beam is carrying the load ‘W’ at its centre ( as concentrated load) and the other one is carrying it in the form of UDL over the entire span. The ratio of their mid-span bending moment will beOpenVideRime asked 4 years ago • Civil Engineering, Strength of Materials152 views0 answers0 votesA simple supported beam is carrying distributed load of ‘Zero’ intensity over one support to linearly varying nature of intensity ‘W’ over the other support. The shape of BMD will beOpenVideRime asked 4 years ago • Civil Engineering, Strength of Materials157 views0 answers0 votes
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