Your Answer ▼ The two Two diagrams illustrate how a wave-energy machine creates electricity
with wave forces, and the correlation of the distance, productivity and costs.
Overall, the machine produces electricity through an electricity generator, a turbine, and chambers. The amount of the electrical
energy produced by this device depends on its position which also makes the
difference in its installation cost.
Firstly, waves are forced into the wave-energy machine through
its opening in the bottom. As water fills the lower chamber, it pushes the air
out of the machine through the upper opening. The turbine in the upper chamber,
which is connected to the electricity generator, turns around (makoto님 정도의 실력이면 turns around 보다는 더 나은 표현을 찾아주실 수 있으리라 봅니다!) as air flows thus
creating the electricity. When the wave moves back and the water gets out of
the lower chamber, air flows back into the machine and turns the turbine again,
creating more electricity.
The amount of electricity produced depends on its location. If
the machine is built close to the costs (coast 를 의도하신 건데 오타가 난 거죠?), it has lower output since only small
waves can reach it. Meanwhile, if the machine is installed in a place with big waves,
more electricity can be produced. However,
the different of location also causes the different (여기의 different 두 개는 difference 로 바꿔주시면 됩니다.) in its costs. While it
requires low gadgets to build this machine near the costs, it demands high
money to place the device in a farther spot.
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