Passage
One
I very clearly remember
bringing a report card home from grade school and being asked
by my parents why I didn't get all As like my older brother
had gotten. I thought about it and replied, "He must be smarter
than me." From that time on I promised myself that the first
chance I had I would take an IQ test and find out exactly
how smart I really was. When I did take a group IQ test in
high school, the counselor said it was the school's policy
not to tell students their exact scores. But trying to be
helpful in my case, the counselor added that I might have
trouble getting through college.
The point is that someone—you, a parent, teacher, counselor,
husband/wife, friend, or boss—will make a judgment about
your level of intelligence. However, intelligence can be
difficult to define and measure. Recently, the official
journal of the American Psychological Association devoted
an entire issue to discussing how to define and measure
intelligence and the value and usefulness of IQ scores (American
Psychologist, October, 1997). Although we all use the term
intelligence, in some cases it may be difficult to define.
For example, which of
these two people is more intelligent?
Clarence Thomas graduated
from highly respected Yale Law school, was a federal judge,
and is now a Justice of the United States Supreme Court,
the highest court in the land.
Nancy Lopez is a professional
golfer who won 47 tournaments, was in the Hall of Fame by
age 30, and has earned almost 5 million dollars.
So who is more intelligent, Justice Clarence
Thomas or professional golfer Nancy Lopez? The answer depends
primarily on how we define intelligence. If we define intelligence
in terms of cognitive abilities, we would say that Justice
Thomas is more intelligent. However, if we define intelligence
in terms of motor and perceptual skills and financial earnings,
we would say that Nancy Lopez is more intelligent.
Some psychologists believe that intelligence
is best defined by measuring cognitive abilities. Others
argue that a definition of intelligence based entirely on
cognitive abilities is much too narrow.
Instead, they believe that there are many
kinds of intelligence, such as musical, motor (movement),
creative, or practical intelligence. We'll examine three
popular theories of intelligence—the two-factor, multiple-factor,
and triarchic theories.
(392 words)
1.
The author of this passage ________. (
B
)
(a) once got all As on his report card when he was young
(b) was eager to take an IQ test and find out
exactly how smart he really was
(c) achieved a high score when he took a group IQ test in
high school
(d) could not obtain a college diploma
2.
An entire issue of the official journal of the American
Psychological Association ________. (
B
)
(a) warned that it is difficult to define and
measure levels of intelligence
(b) was devoted to the discussion of defining and measuring
intelligence
(c) stressed the value and usefulness of IQ scores
(d) gave the criteria for measuring intelligence
3.
The author compares Justice Clarence Thomas with professional
golfer Nancy Lopez and concludes that __________.
(
D
)
(a) Justice Clarence Thomas is more intelligent
(b) professional golfer Nancy Lopez is more intelligent
(c) there is no way determining who is more intelligent
(d) the answer depends primarily on how we define
intelligence
4.
According to the author of the passage, _______. (
D
)
(a) intelligence is best defined by measuring cognitive
abilities
(b) a definition of intelligence based entirely on cognitive
abilities is narrow
(c) there are many kinds of intelligence
(d) the way we define intelligence affect the way we judge
levels of intelligence
5.
A good title for the passage is: ________. (
C
)
(a) IQ Tests Are Unreliable
(b) Who Is More Intelligent, the Justice or the Golfer?
(c) Issues of Defining and Measuring Intelligence
(d) What Is Intelligence ?
TOP
Passage
Two
What makes people smart?
It is a question that scientists and philosophers have pondered
for centuries, prompting complex calibrations, from head
measurements to brain-bending tests.
Now, scientists are using the latest technology
to peer inside the brain, producing some of the first images
of how gifted, and not-so-gifted, minds think.
Scholars have long haggled
over whether smarts can be summed up as a single entity,
as in an intelligence quotient, or a collection of interacting
capabilities, or perhaps many distinct skills.
"We don't want to be
evaluating people on one thing with its turning out to be
a very prejudicial concept of cognition," said Harvard psychologist
Howard Gardner, who goes so far as to argue that we have
at least seven different "intelligences."
Proponents of a new concept
called "emotional intelligence" don't necessarily consider
IQ the best predictor of how one will fare in life. What
about empathy, intuition, and social savvy? Certain emotional
skills, they argue, seem to bring success—promotions and
coveted invitations for example.
They propose that emotion
should not be considered separately from intellect. Often,
feelings sharpen reason, says University of Iowa neuroscientist
Dr. Antonio R. Damasio. Emotion helps reason to focus the
mind, to set priorities.
UC Irvine professor Richard
Haier, in a series of pioneering studies, has used positron
emission tomography (PET) scanning to probe the neural underpinnings
of intelligence, as traditionally assessed by IQ tests and
the SATs.
Based on his continuing
studies, Haier suggests that brighter people have lower
brain metabolic rates because their brains are more efficient.
Haier speculated that bright people might use fewer inessential,
or even detrimental, circuits.
He and Iowa researcher
Camilla P. Benbow compared PET scans of mathematically talented
students—as determined by the SAT—to those of average
students. He expected to find some measurable difference
in brain activity between the gifted and not-so-blessed.
Instead, his most striking
finding was overall gender differences. Among the men doing
math problems, a part of the temporal lobe consistently
lit up; the more it lit up, the better they scored on the
math test. Among women, however, no such pattern emerged.
Average and gifted women showed no significant difference
in temporal lobe activity.
What gives? Haier's short answer is, "we
don't know." But he suspects that men's brains are more
focused in their mathematical thinking than women's. Conversely,
the talented females simply may be more efficient than their
average peers, rather than more focused.
(406 words)
6.
Those for the concept of emotional intelligence ________.
(
D
)
(a) regard IQ the best predictor of how people
will succeed in life
(b) stress certain emotional skills such as promotions and
invitations
(c) propose to separate emotion from intellect
(d) think that emotion can help people succeed
7.
Dr. Haier uses ________ to prove the neurology of intelligence.
(
B
)
(a) IQ tests
(b) PET scanning
(c) SATs
(d) EQ tests
8.
Dr. Haier's studies show that the main difference between
the bright and not-so-bright people is that _________.
(
D
)
(a) bright people use more inessential circuits
(b) bright people have better neural underpinnings of intelligence
(c) bright people's feelings can interact with their reason
(d) bright people have lower brain metabolic
rates
9.
According to Dr. Haier's studies, when men and women do
math problems, they differ in that _________. (
B
)
(a) men are more intelligent than women
(b) men's temporal lobe is consistently lit up while women's
isn't
(c) gifted women excel in temporal lobe activity
(d) men's brains are less focused in their mathematical
thinking than women's
10.
Which of the following is true according to the passage?
(
C
)
(a) Scientists have found out that smarts can be summed
up as a single entity.
(b) Researchers evaluate people according to their concept
of cognition.
(c) Talented women are supposed to be more efficient than
men in mathematical thinking.
(d) Dr. Haier's most striking finding was the positron emission
tomography scanning.
TOP
Passage
Three
Snoring bed partners
are more than annoying; their nasal noisiness can threaten
the well-being of pillow mates.
A study at the Sleep
Disorders Center of the Mayo Clinic in Rochester, Minn.,
found wives of chronic snorers lose 62 minutes of sleep
a night, on average. Problems associated with inadequate
sleep range from impaired daytime function to higher cardiovascular
risk.
Researchers observed snoring husbands and
their wives overnight in a sleeping lab, and the subjects—brain waves, heartbeats and breathing were monitored. In
each case, the husband suffered obstructive sleep apnea
(a fancy term for what causes snoring). Sleep partners were
compared before and after hubby was treated with "continuous
positive airway pressure," a technique using a mask that
keeps breathing passages open during sleep. Not surprisingly,
the wives—quality of sleep improved after their husbands—honking was silenced.
Given that about 9 percent
of men and 4 percent of women are frequent snorers, researchers
estimate the problem causes 475 million "excess arousals"
(a.k.a. sleep disturbances) in the United States every night.
(169 words)
11.According
to the study at the Sleep Disorders Center of the Mayo Clinic,
wives of chronic snoring husbands lose an average of ______
of sleep a night . (
C
)
(a) 6 minutes
(b) half an hour
(c) an hour
(d) two hours
12.Bed-mates
of chronic snorers may suffer all the following EXCEPT ______
. (
D
)
(a) inadequate sleep
(b) impaired daytime function
(c) cardiovascular troubles
(d) Obstructive sleep apnea
13.
The
word "hubby" in paragraph three means _____ . ( C
)
(a) disease
(b) patient
(c) husband
(d) bed-mate
14.
The "continuous positive airway pressure" is ________. (
B
)
(a) a fancy term for what causes snoring
(b) a technique that can keep breathing passages open during
sleep
(c) a treatment that cures pillow-mates of snoring patients
(d) a medical equipment to monitor subjects ─ sleep quality
15.
The passage tries to show that chronic snorers ________.
(
D
)
(a) are very annoying
(b) can be cured
(c) have chronic diseases
(d) can affect the health of their bed-mates
TOP
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