Mercury is suitable for manometers because
A.It has high density
B.It can be easily seen in tube
C.It does not stick to tube walls
D.It moves easily
E.It is generally not used in manometers
A.It has high density
B.It can be easily seen in tube
C.It does not stick to tube walls
D.It moves easily
E.It is generally not used in manometers
A.Simply supported beams only
B.Cantilever beams only
C.Continuous beam only
D.Overhanging beams only
E.All types of beams
A.Management
B.Workers
C.Workers union
D.Management and workers union
E.Certifying officer of government
A.Large volumes of air at low pressures
B.Large volumes of air at high pressures
C.Small volumes of air at high pressures
D.Small volumes of air at low pressures
E.None of the above
A.Dead bacteria
B.Oxygen
C.Carbondioxide
D.Hydrogen sulphide
E.None of the above
A.To provide smooth path for long chips
B.To get long curled chips
C.To break the chips into short segrments
D.To remove chips from bed
E.None of the above
A.42 protons and 41 electrons
B.83 neutrous
C.1 neutron, 41 electrons and 41 protons
D.83 electrons
E.None of the above is valid
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
A.Creep
B.Bauschinger effect
C.Relaxation
D.Resilience
E.Hysteresis