In hydroelectric power station,

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Kinetic energy of falling water > rotational energy of turbines > electrical energy of generator

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Potential energy of falling water > rotational energy of turbines > electrical energy of generator

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The correct option is C
Kinetic energy of falling water > rotational energy of turbines > electrical energy of generator

In hydroelectric power station,

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Q. Arrange the following steps in the conversion of hydel energy to electricity in a proper sequence.
(a) Released water is made to fall on the blades of the turbines.
(b) Water in the dam is released.
(c) Water is collected in the dam.
(d) Potential energy is converted to kinetic energy.
(e) The armature of the electric generator rotates to produce electricity.

In a hydroelectric power plant, moving water is used for driving the wheels of a turbine to generate electricity. If the change in kinetic energy of turbine is 1200 J in 2 minutes then the power generated is

Q. Question 13
In a hydroelectric power plant more electrical power can be generated if water falls from a greater height because

(a) its temperature increases
(b) larger amount of potential energy is converted into kinetic energy
(c) the electricity content of water increases with height
(d) more water molecules dissociate into ions

In a hydroelectric power plant, water falls at a rate of 1000 $\frac{k g}{s}$ from a height of 100m. Assuming that 50% of the energy of falling water is converted into electrical energy, calculate the power generated per second.

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In hydroelectric power station,

The correct option is C Kinetic energy of falling water > rotational energy of turbines > electrical energy of generator In hydroelectric power station,

The correct option is C
Kinetic energy of falling water > rotational energy of turbines > electrical energy of generator

In hydroelectric power station,