For a beam of uniform strength if its depth is maintained constant, then its width will vary in proportion to
A.Bending Moment, BM
B.(BM)2
C.(BM)
D.(BM)3
E.None of the above
A.Bending Moment, BM
B.(BM)2
C.(BM)
D.(BM)3
E.None of the above
A.The first row
B.Row with maximum rivets
C.Middle row
D.End row with one rivet only
E.All rows have same strength
A.Tungsten, wrought, iron, copper, aluminium, glass
B.Wrought iron, copper, aluminium, glass, tungsten
C.Copper, aluminium, glass, tungsten, wrought iron
D.Aluminium, glass, copper, wrought, iron, tungsten
E.Glass, aluminium, copper, wrought, iron, tungsten
A.Circle
B.Square
C.Rectangle
D.Parallelogram
E.Rhombus
A.Is done in steps
B.Is done by continuously increasing the work load
C.Is done by applying load in a short period during specified intervals
D.Is done by applying the load slowly enough so that all parts of the specimen are in equilibrium at any instant
E.None of the above
A.Proof stress
B.Breaking stress
C.Highest value of stress
D.Stress given by dividing the load at the moment of incipient fracture, by the area supporting that load
E.Stress at breaking point
A.Cork
B.Dead mild steel
C.Wood
D.Plastic
E.None of the above
A.Zero
B.0.5
C.1
D.None of the above
A.Simply supported beams only
B.Cantilever beams only
C.Continuous beam only
D.Overhanging beams only
E.All types of beams
A.Stronger and much stiffer than simple beams
B.Weaker and less stiffer than simple beams
C.Subjected to excessive shear strain
D.Withstanding double the maximum bending moment on simple beams
E.None of the above