The diagrams below show the design for a wave-energy machine and its location. Summarise the information by selecting and reporting the main features and make comparisons where relevant.

The pictures illustrate the structure of a

wave-energy

machine

and how it works, and

placement

Correct pronoun usage

its placement

show examples

in the sea.

Overall

,

basically

Add a comma

,basically

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the

machine

is fully operated by the

water

force, and it is divided into two chambers the lower level which received the wave and the upper where the engine is.

While

it has two options to position a

wave-energy

machine

in the

water

either near or

further

to the beach but the cost varies. The first picture shows the physical image of a

wave-energy

machine

and

functionality

Correct pronoun usage

its functionality

show examples

,

then

subdivided into two parts;

first,

the bottom area where the

water

inlet can be found

which

Correct pronoun usage

apply

show examples

is facing the wave direction.

Then

, the top area where the turbine is located which connected to a generator that produces electricity. Interestingly, in the middle and topmost it has openings that the air can flow in and out that act as energy to push the turbine to working a state. Turning to the next image is the location of the

machine

in the

water

. When a

wave-energy

machine

is placed on the seaside there will be a probability that it will receive small waves that result in low output,

although

the installation cost is cheaper.

Whereas

, placing it in the deeper areas though pricey, albeit the high chances of receiving large waves is higher with high energy output.