Energy Engineering Entrance Exams Online Exam Quiz
Energy Engineering Entrance Exams GK Quiz. Question and Answers related to Energy Engineering Entrance Exams. MCQ (Multiple Choice Questions with answers about Energy Engineering Entrance Exams
Determine the pondage factor if the plant is working at peak time of 16 hrs?
Options
A : 1.5
B : 0.75
C : 2.5
D : 0.3
Determine the capacity of hydro power plant to be used 10 hours peaking plant assuming daily flow in a river to be constant at 20m3/s. and overall efficiency is 80%?
Options
A : 1.8835 MW
B : 5.5 MW
C : 3.25 MW
D : 1.0 MW
What is the volume of rainfall in day sec-meters if 6.5cm rainfall occurs over an area of 2400 sq.km?
Options
A : 1805.56 day sec meter
B : 1225 day sec meter
C : 895 day sec meter
D : 1555.22 day sec meter
Determine the pondage factor if the plant is working at time of 8 hrs?
Options
A : 2.5
B : 3.8
C : 1
D : 3
A hydel plant is supplied from a reservoir of 5 X 106 m3 capacity at a head of 75m. Determine the number of electrical units produced (KWh) during the year if the load factor is 0.6 and overall efficiency of generation is 72%?
Options
A : 441.45MWh
B : 300.22MWh
C : 235MWh
D : 182MWh
Determine the capacity of hydro power plant to be used 8 hours peaking plant assuming daily flow in a river to be constant at 65m3/s. and overall efficiency is 80% and head 12m?
Options
A : 6.1214 MW
B : 5.5 MW
C : 31.25 MW
D : 22.0 MW
Find the power available if overall efficiency of plant is 80%, flow rate is 4.42cumecs and head 400m?
Options
A : 6.52MW
B : 8.18MW
C : 11.255MW
D : 13.875MW
A lake behind a dam has a capacity of 30000km2-m approximately. For how many days would this water supply be sufficient to a city of 106 populations if daily requirement per person is 500 liters?
Options
A : 60,000 days
B : 950 days
C : 25000 days
D : 8000 days
Determine the power developed, IF given data is H = 150m, ng = 0.91, nt = 0.86 and Q is 9639.8?
Options
A : 74MW
B : 75MW
C : 76MW
D : 78MW
Determine the flow rate of water, if the catchment area of hydroelectric power is 2500 km2, with an average rainfall of 160cm. the percolation and evaporation losses account for 19%?
Options
A : 9639.8 M3/s
B : 42.8 M3/s
C : 859.63 M3/s
D : 2342 M3/s
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