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

The diagrams illustrate the design of a

wave-energy

machine

and its potential location options. The first diagram details the internal mechanics of the

wave-energy

machine

,

while

the second diagram compares the advantages and disadvantages of different installation sites. The

wave-energy

machine

operates by harnessing the movement of

waves

to generate electricity. As

waves

enter the

machine

, they cause water levels in the chambers to rise and fall.

This

movement forces air to flow through a turbine, which is connected to an electricity generator. The bidirectional

air flow

Correct your spelling

airflow

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, facilitated by the water levels' fluctuations, powers the turbine, thereby generating electricity. The second diagram discusses the two primary location options for

wave-energy

machines:

areas

with large

waves

and

areas

with small

waves

. Installing the

machine

in

areas

with large

waves

results in high energy output

due to

the greater force of the

waves

.

However

, these locations come with high installation costs.

Conversely

,

areas

with small

waves

offer lower energy output, but the installation costs are significantly lower.