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WorksheetsQuiz on ILD and Deflection of Beam
Total questions: 15
Worksheet time: 19mins
ILD for the shear force at section C for the given simply supported beam is
ILD for Bending Moment at section E is
ILD for the member CI for the given truss if the unit load rolls along AB is
In a beam of length L, four possible influence line diagrams for shear force at a section located at a distance of L4 from the left end support (marked as P,Q,R and S ) are shown below. The correct influence line diagram is
The influence line diagram (ILD) shown is for the member
RS
PQ
PS
PR
Influence lines are drawn for structures
of any type
statically determinate
pin-jointed truss
none of these
Deflection of a simply supported beam when subjected to central point load is given as
(Wl /16 EI)
(Wl2 /16 EI)
(Wl3 /48 EI)
(5Wl4 / 384EI)
A cantilever beam of length, L, with uniform cross-section and flexural rigidity, EI, is loaded uniformly by a vertical load, w per unit length. The maximum vertical deflection of the beam is given by
Slope for the cantilever beam carrying UVL load
WL^3/24EI
WL^3/42EI
WL^3/2EI
Wl^3/16EI
if original beam having internal support. what would be the same support in conjugate beam
Roller Support
Hing
Fixed support
Non of the above
C G of the right angled triangle form its base
2/3 of the base
3/2 of the base
1/3 of the base
2/5 of the base
Shape of Bending moment diagram if beam carrying UDL
Straight line
Circular
Parabolic
BM at C
Z(L-Z)/Z
Z(L+Z)/L
Z(Z-L)/Z
Z(L-Z)/L
In conjugate Beam, Slope value is equivalent to
Shear Force
Bending moment
Non of theses
Theorem of conjugate beam is
a) The rotation at a point in a beam is equal to the shear force in the conjugate beam
b) The deflection at a point in a beam at any point in a beam is equal to the bending moment in the conjugate beam
Both A & B are Correct
Both A & B are Not Correct
A is correct B is Wrong
B is Correct A is Wrong
