The value of an equipment at the end of its useful life is known as
A.Useful value
B.Replacement value
C.Demand value
D.Obsolescence value
E.Scrap value
A.Useful value
B.Replacement value
C.Demand value
D.Obsolescence value
E.Scrap value
A.50 hours
B.100 hours
C.1000 hours
D.5000 hours
E.10,000 hours
A.Catenary
B.Parabola
C.Cycloid
D.Epicycloid
E.Semi-circle
A.Larger quantity of water used
B.Lower load on the plant
C.Increased quantity of coal burnt
D.Use of high pressure steam
E.All of the above
A.ACSR
B.Copper
C.Cadmium copper
D.Galvanised steel
E.Any of the above
A.Air cooled
B.Pressurised air cooled
C.Hydrogen cooled
D.Oxygen cooled
E.Nitrogen cooled
A.Power is produced by pumps
B.Water is stored by pumping to high pressures
C.Pressure accumulators are used
D.Water is recirculated through turbines
E.Downstream water is pumped upstream during off-load periods
A.Line resistance
B.Line inductance
C.Heat loss
D.Magnetic loss
E.All of the above
A.High current ratings
B.Higher voltages
C.High KVA
D.High kW
E.Low power factors