Category: Power Generation

A. to maintain pressure below atmospheric to increase work output from the primemover
B. to receive large volumes of steam exhausted from steam prime mover
C. to condense large volumes of steam to water which may be used again in boiler
D. all of the above

A. 532 k cal.
B. 735 k cal.
C. 746 k cal.
D. 860 k cal.

A. 30°
B. 60°
C. 80°
D. 90°

A. Thermal plant
B. Diesel plant
C. Hydroelectric plant
D. All have same

A. fixed charges
B. semi-fixed charges
C. running charges
D. all of the above

A. The oil may loose its viscosity and it may start drawing off from higher levels
B. Expansion of the oil may cause the sheath to burst
C. Unequal expansion may create voids in the insulation which will lead to ionization
D. The thermal instability may rise due to the rapid increase of dielectric losses with temperature
E. All of the above

A. steam in pipes surrounded by water
B. water in pipes surrounded by steam
C. either A. or (b)
D. none of the above

A. 21%
B. 23%
C. 77%
D. 79%

A. improves in summer as compared to that in winter
B. improves in winter as compared to that in summer
C. is unaffected by climatic conditions
D. none of the above

A. 20 to 100 MW
B. 50 to 300 MW
C. 70 to 400 MW
D. 100 to 650 MW