a) the variation of load during different hours of the day

b) total number of units generated for the given demand

c) total energy consumed by the load

d) the number of hours for which the particular load lasts during a day

a) 2 A.M. to 5 A.M.

b) 5 A.M. to 12 P.M.

c) 12 P.M. to 7 P.M.

d) 7 P.M. to 9 P.M

a) Ratio of connected load to maximum demand

b) Ratio of average load to connected load

c) Ratio of maximum demand to the connected load

d) Ratio of kilowatt hour consumed to 24 hours

a) (KWh supplied in a day)/24

b) {(KWh supplied in a day)/ 24 } × 365

c) {(KWh supplied in a month)/(30 x 24)

d) (KWh supplied in a year) / (24 × 365)

a) always less than unity

b) less than or greater than 1

c) always greater than 1

d) less than zero

a) Less than Unity

b) Geater than Unity

c) Equal to or greater than Unity

d) Less than zero

The objective of economic dispatch problem is to maintain the operating cost of active power generation.

The objective of economic dispatch problem is to maximize the operating cost of active power generation.

The objective of economic dispatch problem is to reduce the operating cost of active power generation.

The objective of economic dispatch problem is to minimize the operating cost of active power generation.

unit commitment

Coordination equation

economic dispatch

incremental rate

incremental fuel-cost

participation rate

base point