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The present diagram depicts the various stages involved in electricity generation using tidal power in an artificial lagoon.

The present diagram depicts the various stages involved in electricity generation using tidal power in an artificial lagoon. The water required to accomplish the process is supplied from the sea. Overall, the process involves two main stages, during the second of which electricity is generated. In the first stage, water fills the lagoon, so that it can pass through the turbine in the second stage while exiting the structure. In the high tide stage, water flows into the lagoon from the sea and through the open inflow gate. The water level rises to the high water mark in a twelve-hour process, during which time the outflow gate is closed, meaning no electricity is yet generated. In the low tide stage, and once the water level has reached a maximum, the inflow gate is closed, and the outflow gate is opened instead. As water exits the lagoon, it passes through a turbine that is placed at the mouth of the outflow gate and generates electricity. Like the previous one, this stage, too, takes 12 hours. The estuary levels correspond to the water level in the lagoon; that is, they are high during the first stage and low during the second.
The present diagram depicts the various
stages
involved in
electricity
generation using tidal power in an artificial
lagoon
. The
water
required to accomplish the process
is supplied
from the sea.

Overall
, the process involves two main
stages
, during the second of which
electricity
is generated
. In the
first
stage
,
water
fills the
lagoon
,
so
that it can pass through the turbine in the second
stage
while exiting the structure.

In the high tide
stage
,
water
flows into the
lagoon
from the sea and through the open inflow
gate
. The
water
level
rises to the high
water mark
in a twelve-hour process, during which time the outflow
gate
is closed
, meaning no
electricity
is
yet
generated.

In the low tide
stage
, and once the
water
level
has reached a maximum, the inflow
gate
is closed
, and the outflow
gate
is opened
instead
. As
water
exits the
lagoon
, it passes through a turbine that
is placed
at the mouth of the outflow
gate
and generates
electricity
. Like the previous one, this
stage
, too, takes 12 hours.

The estuary
levels
correspond to the
water
level
in the
lagoon
;
that is
, they are high during the
first
stage
and low during the second.
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IELTS academic The present diagram depicts the various stages involved in electricity generation using tidal power in an artificial lagoon.

Academic
  American English
5 paragraphs
199 words
6.0
Overall Band Score
Coherence and Cohesion: 5.5
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Lexical Resource: 6.0
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Grammatical Range: 6.5
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  • Check your writing for errors
Task Achievement: 6.5
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  • ?
    Present relevant ideas
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    Support ideas with relevant, specific examples
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