The provided diagrams represents the design for a wave-energy machine and the location options where it should be placed.
The machine is divided into two chambers. The upper chamber consists of turbine and electricity generator and the bottom chamber takes in the water from waves. The wave-energy machine is somewhat submerged in the sea to take in the water that comes from waves. This causes the increase in the water level inside the machine which in effect pushes the remaining air upwards. This air flow causes the blades of the turbines to rotate. The placement of blades as well as inlets and outlets of air is done in such a way that all the air flow helps turbine to rotate faster. The inlet of air entring the machine from top is on the left side of the machine and the air traveled through the machine from bottom exits from the right side of the machine. The turbine is connected to the electricity generator that produces electricity from the rotation of turbine.
The placement of this wave-energy machine can be done is different ways which is explained in the second diagram. The diagram says that placing the wave-energy machine close to shore is cheaper compared to far in the ocean because of the installation costs while the waves near shore are smaller compared to far in the ocean. One important point shown in the diagram is that small waves causes low electricity out than large waves.
This concludes that the decision of selecting the location for installation of wave-energy machine is based on a trade-off between installation costs and energy outputs.
The provided diagrams
represents
the design for a wave-energy
machine
and the location options where it should
be placed
.
The
machine
is divided
into two chambers.
The
upper chamber consists of
turbine
and
electricity
generator and the bottom chamber takes in the water from
waves
.
The
wave-energy
machine
is somewhat submerged in the sea to take in the water that
comes
from
waves
. This causes the increase in the water level inside the
machine
which in effect pushes the remaining
air
upwards. This
air
flow causes the blades of the
turbines
to rotate. The placement of blades
as well
as inlets and outlets of
air
is done
in such a way that all the
air
flow
helps
turbine
to rotate faster. The inlet of
air
entring
the
machine
from top is on the
left
side of the
machine
and the
air
traveled through the
machine
from bottom exits from the right side of the
machine
.
The
turbine
is connected
to the
electricity
generator that produces
electricity
from the rotation of turbine.
The
placement of this wave-energy
machine
can
be done
is
different
ways which is
explained
in the second diagram.
The
diagram says that placing the wave-energy
machine
close to shore is cheaper compared to far in the ocean
because
of the installation costs while the
waves
near shore are smaller compared to far in the ocean. One
important
point shown in the diagram is that
small
waves
causes low
electricity
out
than large waves.
This concludes that the decision of selecting the location for installation of wave-energy
machine
is based
on a trade-off between installation costs and energy outputs.
1Linking words, meeting the goal of 7 or more
29Repeated words, meeting the goal of 3 or fewer
8Mistakes