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andrezito [222]
3 years ago
12

what path does energy travel as it changes from kinetic to electrical energy in a hydroelectric plant

Physics
2 answers:
labwork [276]3 years ago
7 0
On rivers and they produce electricity when water is released and it flows through a fanlike turbine causing a generator to spin.
Hunter-Best [27]3 years ago
7 0

Answer:

The kinetic energy of water turns turbines; then the mechanical energy of the turbine rotates generator parts that produce electrical energy within the generator.

Explanation:

The power of moving water is transformed into electrical energy in a hydroelectric power plant.

I took the test and it was right 100% :)

You might be interested in
The moon’s rotational period and revolution period are equal. What is the result of this? Enter your answer in the space provide
beks73 [17]

Answer The Moon has synchronous rotation: it's rotation period is the same as its period of revolution

Explanation:

The Moon has synchronous rotation: it's rotation period is the same as its period of revolution

5 0
4 years ago
A stone has a mass of 100 grams and a volume of 10ml water has a density of 1 g/ml will the stone sink or float?
JulsSmile [24]
Density = Mass / Volume 

Density of stone = 100 / 10 = 10 g/mL

If the density is higher than water, then the object will sink. If the density of the object is lower than water, then the object will float. 

Since the density of the rock is 10g/mL and the density of the water is 1g/mL, the stone will sink.
3 0
3 years ago
Read 2 more answers
1. seesaw
Sergeeva-Olga [200]

Answer:

1  seesaw = first class lever

2. pencil and sharpener = wheel and axle

3. bottle opener = second class lever

4. forearm = third class lever

5. nail = wedge

Explanation:

The given objects are classic examples of simple machines.

Lever: There are 3 types of levers and they depend on where the load, applied force, and fulcrum are.

First class levers have the fulcrum in between the load and the applied force. In other words, the load and applied force are at opposite ends. The seesaw is a good example of this. Other examples would be, pliers, scissors, and the like.

Second class levers have the fulcrum and the applied force at the opposite ends. So in this case, the load is found in between. Examples of this would be a bottle opener or a crowbar.

For third class levers, the load and the fulcrum are at opposite ends and the applied force is in between. The forearm is a good example, so is a stapler, or even a broom.

A wedge is another simple machine. It is thick at one end and it gets thinner towards the other end, or it usually has a sharp end. Other examples of this would be an axe, or a knife.

A sharpener is actually a compound machine. The old-fashioned type of pencil sharpener, the one you crank makes use of a wheel and axle and a wedge. A wheel and axle is usually a machine that makes use of two circular parts; a wheel and a rod that is attached to its center.

4 0
3 years ago
To understand the implications of the second law of thermodynamics. The second law of thermodynamics explains the direction in w
juin [17]

Answer : The correct option is, (C) cannot be reversed

Explanation :

The thermodynamic process is a process in which the thermal or heat energy is converted into mechanical energy and some amount of energy goes into surroundings. That means, the total amount of energy is not converted into mechanical energy.

Or we can say that the energy can not be created or destroyed, it can only change or transfer from one state to another state.

The thermodynamic process is not a reversible process that means it is an irreversible process.

Hence, the correct option is, (C) cannot be reversed

4 0
4 years ago
A certain electric circuit obeys Ohm's law. If the voltage across the circuit and the resistance of the circuit are both doubled
rusak2 [61]

Answer:

Current remains constant

Explanation:

From Ohm's law we know that V=IR where V is voltage across the circuit, I is the current across circuit and R is resistance. Making I the subject of the formula then

I=\frac {V}{R}

When voltage and resistance are doubled then voltage will be 2V while resistance 2R hence

I=\frac {2V}{2R}=\frac {V}{R}

3 0
4 years ago
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