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高二英语阅读理解强化训练附解析
Day 42
Passage 1
The
advent of warm weather here in Maine calls for a
seasonal ritual
that, for me, puts an
end to winter—fetching the wooden screen
door.
Note that I wrote
“wooden”. The aluminum models just won’t do
it—
they close too neatly and keep their
perfect form for decades. In the 1960s,
a
time
of
imperfection,
there
was
no
perfect
house,
no
perfect
car,
no
perfect
kids or parents. Why should a screen door be an
exception?
I grew up with my
siblings in a working-class neighborhood in New
Jersey. When the warm weather arrived,
my dad would pull out the wooden
screen
door and install it over the back door, which
could then be left wide
open, admitting
a refreshing breeze (we had no air
conditioning).
My father was
a Mr. Fix-it, so keeping the screen door
serviceable was
one of his hobbies.
Every few years he gave it a fresh coat of paint
and
fixed it a bit. I distinctly
remember him putting the last screw in the last
hinge (
铰链
), and
swinging the door shut with a “crack!”
A good, wooden screen door, unsightly
as it was, had an invaluable
function
in the age of the stay-at-home mom: It alerted her
to the coming
and going of the kids. My
siblings, and my friends ran in and out of the
house, tearing the screen door open and
letting it slap shut behind us. A
hundred times a day. It was all good,
and my mom never complained about
the
noise, because that was the purpose of a wooden
screen door—to slam
1
shut and thereby announce that her
children were within earshot.
Several years ago, in a fit of
nostalgia (
怀旧
), I went
shopping for a
wooden
screen
door.
I
was
disappointed
in
the
choices
available.
They
looked a bit too solid, too well made.
But I found one online, and within a
week it was delivered to my
doorstep.
The firm had sent
me one with the wrong dimensions, so I asked my
carpenter to make the necessary
adjustments. Ozzie worked away at it for
a couple of hours until he got it to
sit neatly in its frame. I gave it a test: I
pulled
it
open
and
let
go.
It
closed
in
a
lazy
fashion.
“Not
good,”
I
pronounced. “Please remove the
automatic door closer and adjust the door
so it swings shut with a good
crack.”
Ozzie went about his
work and a short while later the task was done.
The door was uneven in its frame, and
the screen no longer lay flat. But
when
I pulled open the door and released it, the thing
clapped shut like a
rifle shot. “What
do you think?” I asked. “It looks like hell,” said
Ozzie.
“But it sounds like heaven,” I
said. And I, being the owner of the
door—
and the memory—had the final
word.
1. What
particular
function
did
the
wooden
screen
door
perform
in
the
writer’s childhood?
A. It functioned as an air conditioner
in summer.
B. It helped
sharpen his father’s repairing skills.
C. It was more like a toy that kids
often played with.
2
D. It made Mom aware that
the kids were close by.
2.
The reason why the writer asked the carpenter to
continue to adjust the
door is that
________.
A. the door was
not the right size for the frame
B. the door was poorly made that it
didn’t suit him
C. he wanted
to see how the door was supposed to
shut
D. he was determined to
seize the ownership of the door
3. What does the wooden screen door
mean to the writer now?
A.
It is a reminder of the imperfect
things.
B. It is a symbol of
his memory of summer.
C. It
is a contributor to the better life he
leads.
D. It is an antique
worth cherishing in the museum.
4. What is the best title for the
passage?
A. The good old
days are gone
B. Never judge
a door by its appearance
C.
Summer announces itself with a crack
D. Every single imperfection adds to
beauty
Passage
2
Following the outbreak of
the novel coronavirus
pneumonia
(NCP),
also named COVID-19 by WHO, there is a
general fear of the unknown
virus
as
its
full
effects
remain
to
be
seen.
Fever,
coughing,
sore
throat,
3
difficulty breathing —the NCP’s
symptoms are similar to the common cold
or the flu, but it’s potentially more
dangerous.
Viruses could be
deadly, like HIV and Ebola. But what are viruses?
How can they cause so much
trouble?
Viruses
are
non-living
organisms
(
有
机
体
)
approximately
one-
millionth
of
an
inch
long.
Unlike
human
cells
or
bacteria,
they
can’t
reproduce on their
own. Instead, they invade the cells of living
organisms
to reproduce, spread and take
over.
Viruses can infect
every living thing – from plants and animals down
to the smallest bacteria. For this
reason, they always have the potential to
be
dangerous
to
human
life.
Sometimes
a
virus
can
cause
a
disease
so
serious that it is fatal. Other viral
infections trigger no noticeable
reaction.
Viruses lie around
our environment all of the time, waiting for a
host
cell to come along. They can enter
our bodies by the nose, mouth, eyes or
breaks in the skin. Once inside, they
try to find a host cell to infect. For
example,
HIV
,
which
causes
AIDS,
attacks
the
T-cells
of
the
immune
system.
But the basic question is, where did
viruses first come from? Until now,
no
clear explanation for their origin exists.
“Tracing the origins of viruses
is
difficult”, Ed Rybicki, a virologist
(
病毒学家
) at the University of
Cape
Town
in
South Africa,
told
Scientific American,
“because
viruses
don’t
leave
fossils
and
because
of
the
tricks
they
use
to
make
copies
of
4
themselves within the cells they’ve
invaded”.
However, there are
three main hypotheses (
假说
)
to explain the origin
of viruses.
First, viruses started as independent organisms,
then became
parasites
(
寄生者
). Second, viruses
evolved from pieces of DNA or RNA
that
“escaped” from larger organisms. Third, viruses
co-evolved with their
host cells, which
means they existed alongside these
cells.
For
the
time
being,
these
are
only
theories.
The
technology
and
evidence we have today cannot be used
to test these theories and identify
the
most plausible explanation. Continuing studies may
provide us with
clearer
answers.
Or
future
studies
may
reveal
that
the
answer
is
even
murkier
(
含糊不清的
) than it now
appears.
1. What can we
learn about viruses from the text?
A. Viruses have nothing to do with the
common cold.
B. Viruses are
really small living organisms.
C. Viruses can’t reproduce unless they
find a host cell.
D. Viruses
enter our bodies mainly through the mouth, nose
and hair.
2. Which of the
following might explain the origin of
viruses?
A. They evolved
from the fossils of large organisms.
B. They evolved from parasites into
independent organisms.
C.
They evolved from the T-cells in
animals.
D. They evolved
along with their host cells.
3. The underlined word “plausible” in
the last paragraph probably means
5
________.
A. reasonable
C.
creative
B.
common
D.
unbelievable
4. What can we
conclude from the text?
A.
Viruses live longer in human host cells than in
animals’.
B. Viruses will
become more like bacteria as they
evolve.
C. It may take a
long time to understand the origin of
viruses.
D. The author is
optimistic about future virus research.
Passage 3
Every new parent knows that rocking can
calm that uneasy baby when
it’s time to
take a nap. But the benefits of gentle movement
may go beyond
the
baby
stage.
Because
two
new
studies
show
that
rocking
also
helps
grown-
ups, both human and mouse, get a good night’s
sleep.
What should be no
surprise is that movement can calm someone. Think
of how many times you’ve fallen asleep
on a train. But can motion really
cause
a nap, and make for a deeper sleep?
To find out, researchers invited 18
healthy volunteers for a sleepover.
“So
they came to the lab and slept one time on the
motionless, normal bed.
And
one
night
where
they
got
rocked.”
said
Aurore
Perrault,
a
sleep
researcher at the University of Geneva
in Switzerland. “And what we find
is
that when compared to a motionless night, a whole
night of rocking sleep
6
has
a
beneficial
effect
not
only
on
sleep
beginning
but
also
on
sleep
continuity. “Subjects who were rocked
also did better on a memory test the
next morning than the stiller sleepers.
In the second study,
Kompotis, a student at the University of Lausanne,
rocked a group of mice. “Whether
rocking affects sleep in other species
was
never
before
discussed.
So
the
main
questions
for
our
study
were
whether rocking affects
sleep in mice and what is the possible system?
”
Kompotis placed the mouse
cages on a platform that moved from side
to
side.
Though
mice
were
rocked
four
times
faster
than
their
human
counterparts—a frequency of one back-
and-forth per second, or 1 Hertz,
worked
best—the
results
were
strikingly
similar.
“During
rocking
at
1
Hertz, time
spent asleep increased, and mice fell asleep twice
as fast as at
still condition.”
However, additional studies could allow the
researchers to
identify a new aim for
treating sleep disorders, including insomnia
(
失眠
).
If you want a good night’s sleep, you
might think about adding a little
swing
to your night-time routine.
1. What’s the purpose of the second
study in the passage?
A. To
do research on the sleep system of other
species.
B. To see whether
rocking affects sleep of other species.
C. To discuss in which case rocking
affects baby’s sleep.
D. To
study the influence of rocking on sleep
disorders.
2. What do we
know about the mice in Paragraph 5?
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A. Their
sleeping time went up when rocked at 1
Hertz.
B. Their sleep
disorder including insomnia was
treated.
C. When rocked,
they fell asleep four times faster than at still
condition.
D. When rocked,
they slept faster than their human
counterparts.
3. What’s the
best title of the passage?
A. Rocking Helps Grown-ups Sleep
Too.
B. Deep Sleep Needs the
Constant Swing.
C. Rocking
Greatly Affects Deep Sleep.
D. Rocking Can Treat Sleep
Disorders.
Passage 4
Elderly
women who eat foods higher in
potassium
(钾)
are less likely
to have strokes and die than women who
eat less potassium-rich foods,
according to new research in the
American Heart Association.
studies
have shown that potassium consumption may lower
blood pressure.
But whether potassium
intake could prevent stroke or death wasn't clear,
said Smoller, professor of the
department of population health at Albert
Einstein College of Medicine, Bronx,
NY
.
Researchers
studied 90, 137 women, aged from 50 to 79 for an
average
11 years. They looked at how
much potassium the women consumed, as
well as if they had strokes, including
ischemic strokes (
缺血性中风
), or
died during the study period. Women in
the study were stroke-free at the
8
start and their average
dietary potassium intake was 2, 611 mg/day.
Results
of this study are based on
potassium from food, not supplements.
The researchers found: Women who ate
the most potassium were 12
percent less
likely to suffer stroke in general and 16 percent
less likely to
suffer an ischemic
stroke than women who ate the least. Women who ate
the most potassium were 10 percent less
likely to die than those who ate
the
least. Among women who did not have high blood
pressure, those who
ate the most
potassium had a 27 percent lower ischemic stroke
risk and 21
percent reduced risk for
all stroke types, compared to women who ate the
least
potassium
in
their
daily
diets.
Among
women
with
high
blood
pressure, those who
ate the most potassium had a lower risk of death,
but
potassium intake did not lower
their stroke risk.
findings
suggest
that
women
need
to
eat
more
potassium-rich
foods. You
won't
find
high
potassium
in junk
food.
Some
foods
rich in
potassium include white and
sweet potatoes, bananas and white beans.
The U. S. Department of
Agriculture recommends that women eat at
least 4, 700 mg of potassium daily.
study met or went beyond this level.
The World Health Organization's daily
potassium recommendation for women is
lower, at 3, 510 mg or more. Still,
only 16. 6 percent of women we studied
met or went beyond that,
Smoller.
While increasing potassium
intake is probably a good idea for most
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