For maximum horse power transmission in belt drives the velocity of belt left such that the ration tight side driving tension/centrifugal tension is
A.1
B.2
C.3
D.4
E.None of the above
A.Inertial, pressure
B.Gravity, inertial
C.Buoyancy, gravity
D.Viscous, buoyancy
E.Pressure, viscous
A.Smoothen surfaces
B.Fill the void by welding
C.Remove the extra material from castings
D.To remove internal stresses from castings
E.To produce uniformly cooled castings.
A.gage factor
B.strain sensitivity
C.resistance temperature coefficient
D.None of the above
A.It ignores demand.
B.It does not reflect the effect of competitors
C.It over plays the precision of allocated costs
D.It always yields profit
E.It does not take into account the birth of potential competitors
A.3
B.5
C.7
D.9
E.11
A.Viscous and pressure forces
B.Viscous and gravity forces
C.Gravity and pressure forces
D.Surface tension and gravity forces
A.channel sections
B.corrugated forms
C.ribs
D.any of the above
A.Stirling cycle
B.Joule cycle
C.Diesel cycle
D.Rankine cycle
E.Otto cycle
A.Nuclear power plant
B.Thermal power plant
C.Diesel engine power plant
D.Any of the above
E.None of the above