The diagrams show the structure and processes of generating electricity from the wave power. As is observed from the presented illustration, the wave is used to produce the electricity and both the tide and ebb the structure is used to rotate a turbine to produce the electricity.
According to the given pictorial, the electricity producing machine works in two ways. Firstly, the structure is placed near a sea so that the wave water gets inside the chamber and creates an air pressure that would rotate the turbine placed inside a column. The rotation of the turbine produces electricity which is stored in the cells and this electricity can be passed and used. The whole structure is placed near the sea, adjacent to a cliff or sea wall.
The second illustration depicts how the electricity can be produced using the ebb tide of the sea. During the ebb, the water gets off from the chamber and the air pressure is created again from the opposite direction and this rotates the turbine. The rotation of the turbine produces electricity and supplies it to the storage.
In summary, the electricity can be produced using a structure near the sea and both the tide and the ebb-tide is used to rotate the turbine to produce the electricity.
Model Answer 2:
The charts illustrate how electricity is produced from the sea tide and ebb using a structure near the seashore. This edifice is a man-made tool which produces electricity, thanks to the movement of the sea waves.
As can be seen, the process begins with the arrival of the wave and it finishes when ebb happens. As the first diagram suggests, sea waves enter inside the chamber of the structure during the tide and then the force of the wave permits a powerful movement of the air inside a column in which a turbine is collocated. Thanks to the activity of the air, the turbine starts to rotate faster and this rotation is used to generate electricity.
Looking further in the second diagram, the turbine produces electricity even when the waves move away from the shore during the ebb. In fact, when the wave turns back, it creates an inverse movement of the air which permits the movement of the turbine which is the source of power for generating electricity.
[Written by - Simone]
Rating 3. 29 (28 Votes)
Diagram
A Process
PrevNext
RSS
Gulsanga Khan 4 years
The structures presented in the illustration depict how the movement of seawater is utilized using waterwheels to generate electric power.
In general, the complete structure can be built near the sea, adjacent to a cliff or sea wall and electricity can be generated using flowing water in and also when it is ebbing out.
It is observed that the structure is located near the sea bordering to cliff respectively. Seawater can flow in both directions in the tidal energy system. The first picture depicts that sea tide enters the chamber and pushes the air in the column. This airwave motion towards the column and help the turbine to rotate and transform electricity that can be used.
In contrast, the second picture shows that the ebb tide of the sea produces electricity. During the ebb, the water in the chamber exists off when the column fills on the incoming air pressure from the opposite direction and rotates the turbine which is used to produce electricity.
Geeta Geet 4 years 2 months
Hello, everybody! Add me on FB; my ID is Geeta Geet!
IELTS Mentor 4 years 4 months
Nice suggestion. We would adhere to your recommendation.
IELTS Mentor 4 years 4 months
Sukhjit, thanks a lot for a nice comment.
Sukhjit 4 years 5 months
Really good.
Amir Haddadi 4 years 8 months
Hi, thank you very much for very good tasks that you have supplied here. They are really very fantastic. The sample answers can also provide learners with very good insight and ideas of what to write. However, it would be marvellous if you edited the sample answer so as to remove all those grammatical errors. Or you could have mentioned what band score the sample would gain. Once more, I would like to extend my appreciation for what you have done to help the learners.
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The diagrams
show
the
structure
and processes of generating
electricity
from the
wave
power. As
is observed
from the presented illustration, the
wave
is
used
to
produce
the
electricity
and both the
tide
and ebb the
structure
is
used
to
rotate
a
turbine
to
produce
the electricity.
According to the
given
pictorial, the
electricity
producing machine works in two ways.
Firstly
, the
structure
is placed
near
a
sea
so
that the
wave
water
gets
inside
the
chamber
and creates an
air
pressure that would
rotate
the
turbine
placed
inside
a
column
. The rotation of the
turbine
produces
electricity
which
is stored
in the cells and this
electricity
can
be passed
and
used
. The whole
structure
is placed
near
the
sea
, adjacent to a cliff or
sea
wall.
The
second illustration depicts how the
electricity
can
be produced
using the ebb
tide
of the
sea
. During the ebb, the
water
gets
off from the
chamber
and the
air
pressure
is created
again from the opposite direction and this
rotates
the
turbine
. The rotation of the
turbine
produces
electricity
and supplies it to the storage.
In summary, the
electricity
can
be produced
using a
structure
near
the
sea
and both the
tide
and the ebb-tide is
used
to
rotate
the
turbine
to
produce
the electricity.
Model Answer 2:
The charts illustrate how
electricity
is produced
from the
sea
tide
and ebb using a
structure
near
the seashore. This edifice is a
man
-made tool which
produces
electricity
,
thanks
to the
movement
of the
sea
waves.
As can be
seen
, the process
begins
with the arrival of the
wave
and it finishes when ebb happens. As the
first
diagram suggests,
sea
waves
enter
inside
the
chamber
of the
structure
during the
tide
and then the force of the
wave
permits a powerful
movement
of the
air
inside
a
column
in which a
turbine
is collocated
.
Thanks
to the activity of the
air
, the
turbine
starts
to
rotate
faster and this rotation is
used
to generate electricity.
Looking
further
in the second diagram, the
turbine
produces
electricity
even when the
waves
move
away from the shore during the ebb. In fact, when the
wave
turns back, it creates an inverse
movement
of the
air
which permits the
movement
of the
turbine
which is the source of power for generating electricity.
[Written by
-
Simone]
Rating 3. 29 (28 Votes)
Diagram
A Process
PrevNext
RSS
Gulsanga
Khan 4 years
The
structures
presented in the illustration depict how the
movement
of seawater
is utilized
using waterwheels to generate electric power.
In general
, the complete
structure
can
be built
near
the
sea
, adjacent to a cliff or
sea
wall and
electricity
can
be generated
using flowing
water
in and
also
when it is ebbing out.
It
is observed
that the
structure
is located
near
the
sea
bordering to cliff
respectively
. Seawater can flow in both directions in the tidal energy system. The
first
picture depicts that
sea
tide
enters the
chamber
and pushes the
air
in the
column
. This
airwave
motion towards the
column
and
help
the
turbine
to
rotate
and transform
electricity
that can be
used
.
In contrast
, the second picture
shows
that the ebb
tide
of the
sea
produces
electricity
. During the ebb, the
water
in the
chamber
exists off when the
column
fills on the incoming
air
pressure from the opposite direction and
rotates
the
turbine
which is
used
to
produce
electricity.
Geeta
Geet
4 years 2 months
Hello, everybody!
Add
me on FB; my ID is
Geeta
Geet
!
IELTS Mentor 4 years 4 months
Nice suggestion. We would adhere to your recommendation.
IELTS Mentor 4 years 4 months
Sukhjit
,
thanks
a lot for a nice comment.
Sukhjit
4 years 5 months
Really
good
.
Amir
Haddadi
4 years 8 months
Hi,
thank
you
very
much for
very
good
tasks that you have supplied here. They are
really
very
fantastic. The sample answers can
also
provide learners with
very
good
insight and
ideas
of what to write.
However
, it would be
marvellous
if you edited the sample answer
so as to
remove all those grammatical errors. Or you could have mentioned what band score the sample would gain. Once more, I would like to extend my appreciation for what you have done to
help
the learners.
×
Report
ReportClose
Copyright ©2021 IELTS Mentor
Main Version
This website
uses
cookies to function prop