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TOEFL
READINGSession
Six一. 教學目標?1.否定事實信息題作業(yè)講解?2.推斷題解題思路?3.看邏輯分割二. 題型識別?Which
of
the
following
can
be
inferred
about
X?The
author
of
the
passage
implies
that
X
.
.
.?In
paragraph
X
the
author
suggests
that…?題干中出現(xiàn)infer/imply/suggest/indicate/most
likel三. 解題基本原則?何為推斷??A
>B,B>C?可以推出??A>C三. 解題基本原則?不要求邏輯上絕對嚴密?較大的可能性三. 解題基本原則?細節(jié)題?細節(jié)題+正向?細節(jié)題+反向三. 解題基本原則反向推理4大信號詞:?轉折?否定?反義詞?時間和地點三. 解題基本原則?無?反?混?偏?滿三. 解題基本原則反向推理4大信號詞:?
Example:?文章內(nèi)容:當John
18歲時候,John成為了一名大學生。三. 解題基本原則?利用關鍵詞到原文中定位?精讀,分析相關句子?在選項中尋找可能的推論?排除錯誤選項四. 練習?
Oil
pools
are
valuable
underground
accumulations
of
oil,
and
oil
fields
are
regionunderlain
by
one
or
more
oil
pools.
When
an
oil
pool
or
field
has
been
discovered,wells
are
drilled
into
the
ground.
Permanent
towers,
called
derricks,
used
to
be
buhandle
the
long
sections
of
drilling
pipe.
Now
portable
drilling
machines
are
set
uare
then
dismantled
and
removed.
When
the
well
reaches
a
pool,
oil
usually
rises
upthe
well
because
of
its
density
difference
with
water
beneath
it
or
because
of
thepressure
of
expanding
gas
trapped
above
it.
Although
this
rise
of
oil
is
almost
alwcarefully
controlled
today,
spouts
of
oil,
or
gushers,
were
common
in
the
past.
Gaspressure
gradually
dies
out,
and
oil
is
pumped
from
the
well.
Water
or
steam
may
bepumped
down
adjacent
wells
to
help
push
the
oil
out.
At
a
refinery,
the
crude
oil
frunderground
is
separated
into
natural
gas,
gasoline,
kerosene,
and
various
oils.Petrochemicals
such
as
dyes,
fertilizer,
and
plastic
are
also
manufactured
from
thpetroleum.?
Which
of
the
following
can
be
inferred
from
paragraph
3
about
gushers??
A.They
make
bringing
the
oil
to
the
surfaceeasier.?
B.They
signal
the
presence
of
huge
oilreserves.?
C.They
waste
more
oil
than
they
collect.?
D.They
are
unlikely
to
occur
nowadays.四. 練習?
B.they
received
different
amounts
of
solar
energy?
C.their
interiors
contained
different
amounts
of
heat?
D.their
early
atmospheres
contained
different
levels
of
oxygen
and
nitrogen?
Venus
and
Earth
are
commonly
regarded
as
twin
planets
but
not
identical
twins.
They
are
aboutthe
same
size,
are
composed
of
roughly
the
same
mix
of
materials,
and
may
have
beencomparably
endowed
at
their
beginning
with
carbon
dioxide
and
water.
However,
the
twinsevolved
differently,
largely
because
of
differences
in
their
distance
from
the
Sun.
With
asignificant
amount
of
internal
heat,
Venus
may
continue
to
be
geologically
active
with
volcanoes,rifting,
and
folding.
However,
it
lacks
any
sign
of
a
hydrologic
system
(water
circulation
anddistribution):
there
are
no
streams,
lakes,
oceans,
or
glaciers.
Space
probes
suggest
that
Venusmay
have
started
with
as
much
water
as
Earth,
but
it
was
unable
to
keep
its
water
in
liquid
form.?
It
can
be
inferred
from
paragraph
2
that
Earth
evolved
differently
than
Venus
did
in
part
because?
A.there
was
more
volcanic
activity
on
early
Venus
than
on
early
Earth四. 練習?
B.they
received
different
amounts
of
solar
energy?
C.their
interiors
contained
different
amounts
of
heat?
D.their
early
atmospheres
contained
different
levels
of
oxygen
and
nitrogen?
Venus
and
Earth
are
commonly
regarded
as
twin
planets
but
not
identical
twins.
They
are
aboutthe
same
size,
are
composed
of
roughly
the
same
mix
of
materials,
and
may
have
beenHowever,comparably
endowed
at
their
beginning
with
carbon
dioxide
and
water.
the
twinsevolved
differently,
largely
because
of
differences
in
their
distance
from
the
Sun.
With
asignificant
amount
of
internal
heat,
Venus
may
continue
to
be
geologically
active
with
volcanoes,rifting,
and
folding.
However,
it
lacks
any
sign
of
a
hydrologic
system
(water
circulation
anddistribution):
there
are
no
streams,
lakes,
oceans,
or
glaciers.
Space
probes
suggest
that
Venusmay
have
started
with
as
much
water
as
Earth,
but
it
was
unable
to
keep
its
water
in
liquid
form.?
It
can
be
inferred
from
paragraph
2
that
Earth
evolved
differently
than
Venus
did
in
part
because?
A.there
was
more
volcanic
activity
on
early
Venus
than
on
early
Earth四. 練習?
D.They
encouraged
people
to
leave
rural
areas
and
move
to
the
cities..?
The
greater
reliability
of
food
supplies
was
a
factor
in
the
decline
of
urban
death
rates.
Even
moreimportant
were
the
gains
in
urban
sanitation,
as
well
as
measures
such
as
inspection
of
housing.Reformers,
including
enlightened
doctors,
began
to
study
the
causes
of
high
death
rates
and
tourge
remediation.
Even
before
the
discovery
of
germs,
beliefs
that
disease
spread
by
"miasmas"(noxious
forms
of
bad
air)
prompted
attention
to
sewers
and
open
garbage;
Edwin
Chadwick
ledan
exemplary
urban
crusade
for
underground
sewers
in
England
in
the
1830s.
Gradually,
publichealth
provisions
began
to
cut
into
customary
urban
mortality
rates.
By
1900,
in
some
parts
ofWestern
Europe
life
expectancy
in
the
cities
began
to
surpass
that
of
the
rural
areas.
Industrialsocieties
had
figured
out
ways
to
combine
large
and
growing
cities
with
population
growth,
adevelopment
that
would
soon
spread
to
other
parts
of
the
world.?
Which
of
the
following
can
be
inferred
from
paragraph
6
about
underground
sewers??
A.They
became
common
in
most
of
Western
Europe
in
the
1830s..?
B.They
helped
reduce
deaths
caused
by
disease
in
cities..?
C.They
led
to
the
discovery
that
disease
could
be
caused
by
germs..四. 練習?
D.They
encouraged
people
to
leave
rural
areas
and
move
to
the
cities..?
The
greater
reliability
of
food
supplies
was
a
factor
in
the
decline
of
urban
death
rates.
Even
moreimportant
were
the
gains
in
urban
sanitation,
as
well
as
measures
such
as
inspection
of
housing.Reformers,
including
enlightened
doctors,
began
to
study
the
causes
of
high
death
rates
and
tourge
remediation.
Even
before
the
discovery
of
germs,
beliefs
that
disease
spread
by
"miasmas"(noxious
forms
of
bad
air)
prompted
attention
to
sewers
and
open
garbage;
Edwin
Chadwick
led
an
exemplary
urban
crusade
for
underground
sewers
in
England
in
the
1830s.
Gradually,
public
health
provisions
began
to
cut
into
customary
urban
mortality
rates.
By
1900,
in
some
parts
ofWestern
Europe
life
expectancy
in
the
cities
began
to
surpass
that
of
the
rural
areas.
Industrialsocieties
had
figured
out
ways
to
combine
large
and
growing
cities
with
population
growth,
adevelopment
that
would
soon
spread
to
other
parts
of
the
world.?
Which
of
the
following
can
be
inferred
from
paragraph
6
about
underground
sewers??
A.They
became
common
in
most
of
Western
Europe
in
the
1830s.?
B.They
helped
reduce
deaths
caused
by
disease
in
cities.?
C.They
led
to
the
discovery
that
disease
could
be
caused
by
germs.四. 練習?
P1:
The
human
population
on
Earth
has
grown
to
the
point
that
it
is
having
an
effect
onEarths
atmosphere
and
ecosystems.
Burning
of
fossil
fuels,
deforestation,
urbanizaticultivation
of
rice
and
cattle,
and
the
manufacture
of
chlorofluorocarbons(CFCs)forpropellants
and
refrigerants
are
increasing
the
concentration
of
carbon
dioxide,
methnitrogen
oxides,
sulphur
oxides,
dust,
and
CFCs
in
the
atmosphere.
About
70
percent
ofSuns
energy
passes
through
the
atmosphere
and
strikes
Earths
surface.
This
radiation
hthe
surface
of
the
land
and
ocean,
and
these
surfaces
then
reradiate
infrared
radiationinto
space.
This
allows
Earth
to
avoid
heating
up
too
much.
However,
not
all
of
the
infrradiation
makes
it
into
space;
some
is
absorbed
by
gases
in
the
atmosphere
and
is
reradiback
to
Earths
surface.
A
greenhouse
gas
is
one
that
absorbs
infrared
radiation
and
thereradiates
some
of
this
radiation
back
to
Earth.
Carbon
dioxide,
CFCs,
methane,
and
nitoxides
are
greenhouse
gases.
The
natural
greenhouse
effect
of
our
atmosphere
is
wellestablished.
In
fact,
without
greenhouse
gases
in
the
atmosphere,
scientists
calculatEarth
would
be
about
33°C
cooler
than
it
currently
is.?
It
can
be
inferred
from
Para.1
that
one
positive
aspect
of
greenhouse
gases
is
that
they?
A
absorb
70
percent
of
the
Sun’s
energy四. 練習?
P1:
The
human
population
on
Earth
has
grown
to
the
point
that
it
is
having
an
effect
onEarths
atmosphere
and
ecosystems.
Burning
of
fossil
fuels,
deforestation,
urbanizaticultivation
of
rice
and
cattle,
and
the
manufacture
of
chlorofluorocarbons(CFCs)forpropellants
and
refrigerants
are
increasing
the
concentration
of
carbon
dioxide,
methnitrogen
oxides,
sulphur
oxides,
dust,
and
CFCs
in
the
atmosphere.
About
70
percent
oSuns
energy
passes
through
the
atmosphere
and
strikes
Earths
surface.
This
radiation
hthe
surface
of
the
land
and
ocean,
and
these
surfaces
then
reradiate
infrared
radiationinto
space.
This
allows
Earth
to
avoid
heating
up
too
much.
However,
not
all
of
the
infrradiation
makes
it
into
space;
some
is
absorbed
by
gases
in
the
atmosphere
and
is
reradiback
to
Earths
surface.
A
greenhouse
gas
is
one
that
absorbs
infrared
radiation
and
thereradiates
some
of
this
radiation
back
to
Earth.
Carbon
dioxide,
CFCs,
methane,
and
nitoxides
are
greenhouse
gases.
The
natural
greenhouse
effect
of
our
atmosphere
is
wellestablished.
In
fact,
without
greenhouse
gases
in
the
atmosphere,
scientists
calculatEarth
would
be
about
33°C
cooler
than
it
currently
is.?
It
can
be
inferred
from
Para.1
that
one
positive
aspect
of
greenhouse
gases
is
that
they?A
absorb
70
percent
of
the
Sun’s
energy
(邏輯分割,過于靠前)四. 練習?○They
are
not
very
different
from
the
building
of
a
few
generations
ago.?○They
weigh
less
in
relation
to
their
size
than
buildings
constructed
one
hundredyears
ago.?○They
take
a
long
time
to
build
as
a
result
of
their
complex
construction
methods.?
Paragraph
4:
……Enormous
changes
in
materials
and
techniques
of
constructionwithin
the
last
few
generations
have
made
it
possible
to
enclose
space
with
muchgreater
ease
and
speed
and
with
a
minimum
of
material.
Progress
in
this
area
can
bemeasured
by
the
difference
in
weight
between
buildings
built
now
and
those
ofcomparable
size
built
one
hundred
years
ago.?
In
paragraph
4,
what
does
the
author
imply
about
modern
buildings??
○They
occupy
much
less
space
than
buildings
constructed
one
hundred
years
ago.四. 練習?○They
are
not
very
different
from
the
building
of
a
few
generations
ago.?○They
weigh
less
in
relation
to
their
size
than
buildings
constructed
one
hundredyears
ago.?○They
take
a
long
time
to
build
as
a
result
of
their
complex
construction
methods.?
Paragraph
4:
……Enormous
changes
in
materials
and
techniques
of
constructionwithin
the
last
few
generations
have
made
it
possible
to
enclose
space
with
muchgreater
ease
and
speed
and
with
a
minimum
of
material.
Progress
in
this
area
can
bemeasured
by
the
difference
in
weight
between
buildings
built
now
and
those
ofcomparable
size
built
one
hundred
years
ago.?
In
paragraph
4,
what
does
the
author
imply
about
modern
buildings??
○They
occupy
much
less
space
than
buildings
constructed
one
hundred
years
ago.四. 練習?○They
are
not
very
different
from
the
building
of
a
few
generations
ago.?○They
weigh
less
in
relation
to
their
size
than
buildings
constructed
one
hundredyears
ago.?○They
take
a
long
time
to
build
as
a
result
of
their
complex
construction
methods.?
Paragraph
4:
……Enormous
changes
in
materials
and
techniques
of
constructionwithin
the
last
few
generations
have
made
it
possible
to
enclose
space
with
muchgreater
ease
and
speed
and
with
a
minimum
of
material.
Progress
in
this
area
can
bemeasured
by
the
difference
in
weight
between
buildings
built
now
and
those
ofcomparable
size
built
one
hundred
years
ago.?
In
paragraph
4,
what
does
the
author
imply
about
modern
buildings??
○They
occupy
much
less
space
than
buildings
constructed
one
hundred
years
ago.四. 練習?○They
are
not
very
different
from
the
building
of
a
few
generations
ago.?○They
weigh
less
in
relation
to
their
size
than
buildings
constructed
one
hundredyears
ago.?○They
take
a
long
time
to
build
as
a
result
of
their
complex
construction
methods.?
Paragraph
4:
……Enormous
changes
in
materials
and
techniques
of
constructionwithin
the
last
few
generations
have
made
it
possible
to
enclose
space
with
muchgreater
ease
and
speed
and
with
a
minimum
of
material.
Progress
in
this
area
can
bemeasured
by
the
difference
in
weight
between
buildings
built
now
and
those
ofcomparable
size
built
one
hundred
years
ago.?
In
paragraph
4,
what
does
the
author
imply
about
modern
buildings??
○They
occupy
much
less
space
than
buildings
constructed
one
hundred
years
ago.四. 練習?○They
are
not
very
different
from
the
building
of
a
few
generations
ago.?○They
weigh
less
in
relation
to
their
size
than
buildings
constructed
one
hundredyears
ago.?○They
take
a
long
time
to
build
as
a
result
of
their
complex
construction
methods.?
Paragraph
4:
……Enormous
changes
in
materials
and
techniques
of
constructionwithin
the
last
few
generations
have
made
it
possible
to
enclose
space
with
muchgreater
ease
and
speed
and
with
a
minimum
of
material.
Progress
in
this
area
can
bemeasured
by
the
difference
in
weight
between
buildings
built
now
and
those
ofcomparable
size
built
one
hundred
years
ago.?
In
paragraph
4,
what
does
the
author
imply
about
modern
buildings??
○They
occupy
much
less
space
than
buildings
constructed
one
hundred
years
ago.四. 練習?○Their
current
height
is
not
an
indication
of
their
age.?○At
present,
they
are
much
higher
than
the
mountains
of
the
Caledonian
range.?○They
were
a
uniform
height
about
400
million
years
ago.?○They
are
not
as
high
as
the
Caledonian
mountains
were
400
million
years
ago.?
……As
a
general
rule,
the
higher
a
mountain
is,
the
more
recently
it
was
formed;
for
example,
thehigh
mountains
of
the
Himalayas
are
only
about
50
million
years
old.
Lower
mountains
tend
to
beolder,
and
are
often
the
eroded
relics
of
much
higher
mountain
chains.
About
400
million
yearsago,
when
the
present-day
continents
of
North
America
and
Europe
were
joined,
the
Caledonianmountain
chain
was
the
same
size
as
the
modern
Himalayas.
Today,
however,
the
relics
of
theCaledonian
orogeny
(mountain-building
period)
exist
as
the
comparatively
low
mountains
ofGreenland,
the
northern
Appalachians
in
the
United
States,
the
Scottish
Highlands,
and
theNorwegian
coastal
plateau.?
4.
Which
of
the
following
can
be
inferred
from
paragraph
2
about
the
mountains
of
the
Himalayas?四. 練習?○Their
current
height
is
not
an
indication
of
their
age.?○At
present,
they
are
much
higher
than
the
mountains
of
the
Caledonian
range.?○They
were
a
uniform
height
about
400
million
years
ago.?○They
are
not
as
high
as
the
Caledonian
mountains
were
400
million
years
ago.?
……As
a
general
rule,
the
higher
a
mountain
is,
the
more
recently
it
was
formed;
for
example,
thehigh
mountains
of
the
Himalayas
are
only
about
50
million
years
old.
Lower
mountains
tend
to
beolder,
and
are
often
the
eroded
relics
of
much
higher
mountain
chains.
About
400
million
yearsago,
when
the
present-day
continents
of
North
America
and
Europe
were
joined,
the
Caledonianmountain
chain
was
the
same
size
as
the
modern
Himalayas.
Today,
however,
the
relics
of
theCaledonian
orogeny
(mountain-building
period)
exist
as
the
comparatively
low
mountains
ofGreenland,
the
northern
Appalachians
in
the
United
States,
the
Scottish
Highlands,
and
theNorwegian
coastal
plateau.?
4.
Which
of
the
following
can
be
inferred
from
paragraph
2
about
the
mountains
of
the
Himalayas?四. 練習?○Their
current
height
is
not
an
indication
of
their
age.?○At
present,
they
are
much
higher
than
the
mountains
of
the
Caledonian
range.?○They
were
a
uniform
height
about
400
million
years
ago.?○They
are
not
as
high
as
the
Caledonian
mountains
were
400
million
years
ago.?
……As
a
general
rule,
the
higher
a
mountain
is,
the
morerecently
it
was
formed;
for
examplethe
high
mountains
of
the
Himalayas
are
only
about
50
million
years
old.
Lower
mountains
tendto
be
older,
and
are
often
the
eroded
relics
of
much
higher
mountain
chains.
About
400
millionyears
ago,
when
the
present-day
continents
of
North
America
and
Europe
were
joined,
theCaledonian
mountain
chain
was
the
same
size
as
the
modern
Himalayas.
Today,
however,
therelics
of
the
Caledonian
orogeny
(mountain-building
period)
exist
as
the
comparatively
lowmountains
of
Greenland,
the
northern
Appalachians
in
the
United
States,
the
Scottish
Highlands,and
the
Norwegian
coastal
plateau.?
4.
Which
of
the
following
can
be
inferred
from
paragraph
2
about
the
mountains
of
the
Himalayas?四. 練習?排除與原文矛盾的選項四. 練習?○They
were
generally
produced
in
shops
rather
than
in
homes.?○They
were
produced
with
more
concern
for
quality
than
for
speed
of
production.?○They
were
produced
mostly
in
large
cities
with
extensive
transportation
networks.?
Paragraph
1:
Before
1815
manufacturing
in
the
United
States
had
been
done
in
homes
or
shops
byskilled
artisans.
As
master
craft
workers,
they
imparted
the
knowledge
of
their
trades
toapprentices
and
journeymen.
In
addition,
women
often
worked
in
their
homes
part-time,
makingfinished
articles
from
raw
material
supplied
by
merchant
capitalists.
After
1815
this
older
form
ofmanufacturing
began
to
give
way
to
factories
with
machinery
tended
by
unskilled
or
semiskilledlaborers.
Cheap
transportation
networks,
the
rise
of
cities,
and
the
availability
of
capital
and
crall
stimulated
the
shift
to
factory
production.?
1.
Which
of
the
following
can
be
inferred
from
the
passage
about
articles
manufactured
before1815??
○They
were
primarily
produced
by
women.四. 練習?○They
were
generally
produced
in
shops
rather
than
in
homes.?○They
were
produced
with
more
concern
for
quality
than
for
speed
of
production.?○They
were
produced
mostly
in
large
cities
with
extensive
transportation
networks.?
Paragraph
1:
Before
1815
manufacturing
in
the
United
States
had
been
done
in
homes
or
shops
byskilled
artisans.
As
master
craft
workers,
they
imparted
the
knowledge
of
their
trades
toapprentices
and
journeymen.
In
addition,
women
often
worked
in
their
homes
part-time,
makingfinished
articles
from
raw
material
supplied
by
merchant
capitalists.
After
1815
this
older
form
ofmanufacturing
began
to
give
way
to
factories
with
machinery
tended
by
unskilled
or
semiskilledlaborers.
Cheap
transportation
networks,
the
rise
of
cities,
and
the
availability
of
capital
and
crall
stimulated
the
shift
to
factory
production.?
1.
Which
of
the
following
can
be
inferred
from
the
passage
about
articles
manufactured
before1815??
○They
were
primarily
produced
by
women.四. 練習?○They
were
generally
produced
in
shops
rather
than
in
homes.?○They
were
produced
with
more
concern
for
quality
than
for
speed
of
production.?○They
were
produced
mostly
in
large
cities
with
extensive
transportation
networks.?
Paragraph
1:
Before
1815
manufacturing
in
the
United
States
had
been
done
in
homes
or
shops
byskilled
artisans.
As
master
craft
workers,
they
imparted
the
knowledge
of
their
trades
toapprentices
and
journeymen.
In
addition,
women
often
worked
in
their
homes
part-time,
makingfinished
articles
from
raw
material
supplied
by
merchant
capitalists.
After
1815
this
older
form
ofmanufacturing
began
to
give
way
to
factories
with
machinery
tended
by
unskilled
or
semiskilledlaborers.
Cheap
transportation
networks,
the
rise
of
cities,
and
the
availability
of
capital
and
crall
stimulated
the
shift
to
factory
production.?
1.
Which
of
the
following
can
be
inferred
from
the
passage
about
articles
manufactured
before1815??
○They
were
primarily
produced
by
women.四. 練習?○They
were
generally
produced
in
shops
rather
than
in
homes.?○They
were
produced
with
more
concern
for
quality
than
for
speed
of
production.?○They
were
produced
mostly
in
large
cities
with
extensive
transportation
networks.?
Paragraph
1:
Before
1815
manufacturing
in
the
United
States
had
been
done
in
homes
or
shops
byskilled
artisans.
As
master
craft
workers,
they
imparted
the
knowledge
of
their
trades
toapprentices
and
journeymen.
In
addition,
women
often
worked
in
their
homes
part-time,
makingfinished
articles
from
raw
material
supplied
by
merchant
capitalists.
After
1815
this
older
form
ofmanufacturing
began
to
give
way
to
factories
with
machinery
tended
by
unskilled
or
semiskilledlaborers.
Cheap
transportation
networks,
the
rise
of
cities,
and
the
availability
of
capital
and
crall
stimulated
the
shift
to
factory
production.?
1.
Which
of
the
following
can
be
inferred
from
the
passage
about
articles
manufactured
before1815??
○They
were
primarily
produced
by
women.四. 練習?○They
were
generally
produced
in
shops
rather
than
in
homes.?○They
were
produced
with
more
concern
for
quality
than
for
speed
of
production.?○They
were
produced
mostly
in
large
cities
with
extensive
transportation
networks.?
Paragraph
1:
Before
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