Coal is pulverized to | Power Generation MCQ
Coal is pulverized to: Increase its surface exposure Promote rapid combustion Both of these None of these Correct answer: 3. Both of these
MCQs
The generation station which converts heat energy of coal combustion into electrical energy | Power Generation MCQ
The generation station which converts heat energy of coal combustion into electrical energy: Steam power plant Diesel power stations Hydroelectric power stations Solar Power station Nuclear power stations Correct answer: 1. Steam power plant
The basic unit of energy is | Power Generation MCQ
The basic unit of energy is: Watt Joule kJ kWh Correct answer: 2. Joule
1 kWh equals how many kcal | Power Generation MCQ
1 kWh = _________ kcal 745 860 1022 6589 Correct answer: 2. 860
Which one of following has highest calorific value | Power Generation MCQ
Which one of following has highest calorific value: Bituminous coal Diesel oil Natural gas Anthracite coal Correct answer: 2. Diesel oil Diesel oil has highest calorific value
Which of the following value indicate the amount of heat available from fuel | Power Generation MCQ
Which of the following value indicate the amount of heat available from fuel: Excitation value Calorific value Fuel flow Severity value Correct answer: 2. Calorific value
Alternator converts between which forms of energy | Power Generation MCQ
The alternator converts _____________ into _____________: Mechanical energy, Mechanical energy Electrical energy, Electrical energy Electrical energy, Mechanical energy Mechanical energy, Electrical energy Correct answer: 1. Mechanical energy, Electrical energy
Because of the head created the water possess | Power Generation MCQ
Because of the head created the water possess: Potential energy Kinetic energy Thermal energy Chemical energy Correct answer: 1. Potential energy
The primary source of energy is | Power Generation MCQ
The primary source of energy is: Wind Water Nuclear Sun Correct answer: 4. Sun
The surge impedance of the transmission line is mathematically expressed by formula | Power Transmission and Distribution
The surge impedance of the transmission line is mathematically expressed by formula: √(L * C) √(L / C) √(L + C) √(L – C) Correct answer: 2. √(L / C) More on Power Transmission and Distribution: Power factor of HVDC transmission lines is Modeling of long transmission lines is done through Ferranti effect is referred … Read more