A flow measuring system with a square root extractor usually has
A.Linear scale
B.No-linear scale
C.Inverse square law curve
D.Mass flow rate scale
E.None of the above
A.Linear scale
B.No-linear scale
C.Inverse square law curve
D.Mass flow rate scale
E.None of the above
A.Open type
B.Semi-sealed type
C.Hermetically sealed type
D.Any of the above
E.None of the above
A.there be no viscous or friction in the system
B.heat transfer occurs from system to surroundings only
C.pressure of the system and surroundings be equal
D.temperature of the system and surroundings be equal
A.Master cylinder
B.Wheel cylinder
C.Brake pedal
D.Steering mechanism
E.Brade shope
A.Will increase back pressure
B.Will reduce back pressure
C.Will have no effect on back pressure
D.Will result in black smoke
E.Will increase noise level
A.The key way is cut in shaft only
B.The key way is cut in bub only
C.The key way is cut in both shaft and hub
D.The key way is helical along the shaft
E.The key is in two parts
A.Flow velocity
B.Tube size
C.Surface conditions
D.Viscosity of fluid
E.Reynolds number
A.consume less power per ton of chlorine produced
B.require less initial investment for the same capacity
C.can produce 70% NaOH solution
D.uses saturated NaCI solution with solid NaCI make-up
A.It is soluble in carbon disulphide
B.It phosphoresces in air
C.It reacts with hot caustic soda solution to give phosphine
D.It burns when heated in air
A.Solar altitude angle
B.Solar zenith angle
C.Hour angle
D.Latitude angle