In case of worm and worm wheel, the maximum efficiency is obtained when
A.Worm is driver
B.Worm wheel is driver
C.Either of the worm or worm wheel is a driver
D.Depends on other factors
E.None of the above
A.Worm is driver
B.Worm wheel is driver
C.Either of the worm or worm wheel is a driver
D.Depends on other factors
E.None of the above
A.Ability to pay
B.Supply and demand
C.Cost of living
D.Prevailing pay
E.Union bargaining power
A.Equivalent to the sum of the moments acting on a body
B.Equivalent to the vertical sum of the moments acting on a body
C.Equivalent to the algebraic sum of the moments acting on a body
D.Equivalent to the sum of horizontal components of the moments on a body
E.Equivalent to the sum of horizontal as well as vertical components of the moments on a body
A.increases with increase in pressure
B.decreases with increase in pressure
C.remains unaffected with change in pressure
D.increases first and then decreases with increase in pressure
A.Temperature
B.Enthalpy
C.Entropy
D.pressure
A.Sliding vane type blower
B.Screw compressor
C.Axial flow compressor
D.Centrifugal blower
A.High current ratings
B.Higher voltages
C.High KVA
D.High kW
E.Low power factors
A.the composition throughout the reactor remains same
B.the exit stream has the same composition as the fluid within the reactor
C.the space-time is equivalent to holding time for constant density systems
D.all of these answers.
A.High dielectric strength
B.High inechanical strength
C.Non-inflammability
D.Low cost
E.All of the above
A.the reciprocal of its density
B.equal to its density
C.directly proportional to pressure
D.the volume of gas at S.T.P.