时间:2018-12-01 作者:英语课 分类:新东方CET6阅读


英语课

Passage Two


Engineering students are supposed to be examples of practicality and rationality, but when it comes to my college education I am an idealist and a fool. In high school I wanted to be an electrical engineer and, of course, any sensible student with my aims would have chosen a college with a large engineering department, famous reputation and lots of good labs and research equipment. But that’s not what I did.


I chose to study engineering at a small liberal-arts (文科) university that doesn’t even offer a major in electrical engineering. Obviously, this was not a practical choice; I came here for more noble reasons. I wanted a broad education that would provide me with flexibility 1 and a value system to guide me in my career. I wanted to open my eyes and expand my vision by interacting with people who weren’t studying science or engineering. My parents, teachers and other adults praised me for such a sensible choice. They told me I was wise and mature beyond my 18 years, and I believed them.


I headed off to college sure I was going to have an advantage over those students who went to big engineering “factories” where they didn’t care if you had values or were flexible. I was going to be a complete engineer: technical genius and sensitive humanist (人文学者) all in one.


Now I’m not so sure. Somewhere along the way my noble ideals crashed into reality, as all noble ideals eventually do. After three years of struggling to balance math, physics and engineering courses with liberal-arts courses, I have learned there are reasons why few engineering students try to reconcile (协调) engineering with liberal-arts courses in college.


The reality that has blocked my path to become the typical successful student is that engineering and the liberal arts simply don’t mix as easily as I assumed in high school. Individually they shape a person in very different ways; together they threaten to confuse. The struggle to reconcile the two fields of study is difficult.


26. The author chose to study engineering at a small liberal-arts university because he ________.


    A) intended to be a sensible student with noble ideals


    B) wanted to be an example of practicality and rationality


    C) intended to be a combination of engineer and humanist


    D) wanted to coordinate 2 engineering with liberal-arts course in college


 


27. According to the author, by interacting with people who study liberal arts, engineering students can _________.


    A) broaden their horizons           B) become noble idealists


    C) receive guidance in their careers   D) balance engineering and the liberal arts


 


28. In the eyes of the author, a successful engineering student is expected __________.


    A) to be imaginative with a value system to guide him


    B) to be a technical genius with a wide vision


    C) to have an excellent academic record


    D) to be wise and mature


 


29. The author’s experience shows that he was _________.


    A) creative  B) irrational  C) ambitious  D) unrealistic


 


30. The word “they” in “together they threaten to confuse.” (Line3, Para. 5) refers to ______.


    A) practicality and rationality  B) engineering and the liberal arts


    C) reality and noble ideals     D) flexibility and a value system


 


试题分析:


    本文作者以自身的经历说明很难做到文理兼顾,共同发展。因而自己当初想要成为通晓人文科学的杰出工程师,是不切实际的。


26. C 细节题  此题选项AD只是停留在表象上,没有切中要点。命题者常常会利用文中经常出现的一些词汇拼凑成一个选择项,具有一定的干扰性,但考生如果仔细分析,就能发现这些选项往往都是断章取义。选项B则是张冠李戴,只是一般工科学生的做法。根据文章第三段“I was going to be a complete engineer: technical genius and sensitive humanist (人文学者) all in one.”,可以推断出选项C是作者选择在一所很小的文科院校学习的根本原因。


27. A 细节题  文章第二段“I wanted to open my eyes and expand my vision by interacting with people who weren’t studying science or engineering.”中expand my vision 与选项Abroaden their horizons属于同义替代,所以选项A为正确选项。


28. B 推断题  文章第三段“… I was going to have an advantage over those students who went to big engineeringfactories’”(我将会拥有那些就读于名牌理工院校的学生所没有的优势)。在接下来的一句中,作者将这种优势具体化:成为文理兼顾的杰出工程师。由此都可以推断出选项B最符合题意。


29. D 推断题  文章第一段就提到“I am an idealist and a fool”,第四段中又出现“my noble ideals crashed into reality”,我们不难推断出作者原先的想法是不切实际的。


30. B 词汇题  此题考察指代关系。根据上下文,这里的they都是指前文的“engineering and the liberal arts”。



1 flexibility
n.柔韧性,弹性,(光的)折射性,灵活性
  • Her great strength lies in her flexibility.她的优势在于她灵活变通。
  • The flexibility of a man's muscles will lessen as he becomes old.人老了肌肉的柔韧性将降低。
2 coordinate
adj.同等的,协调的;n.同等者;vt.协作,协调
  • You must coordinate what you said with what you did.你必须使你的言行一致。
  • Maybe we can coordinate the relation of them.或许我们可以调和他们之间的关系。
学英语单词
2-aminobenzimidazole
accelerated erosion
Aciclovir-Xincat
Acrocarpus
acropolises
age involution
air supported puck
aiz
amsas
amyelinated nerve fibre
angolamyicn
antiknock device
appointment on agreement
apsoes
Argasidae
auxiliary data set
bead-and-quirk
belvedered
bohrer
booter
brain nerve suture set
briefcase bombs
brington
brutishly
burdicks
canthectomy
CIBOL (circuit board layout)
cleaning implement
co-apprehend
coast-wise freighter
cone off
cunt-buster
cycloconveyor belt
dependent both end marking
dicranoclona
due payment
ecological ampliture
end measure
eschweileras
fast breeding reactor
fatigue testing specimen
full-prices
functions and operating processes
harelip scissors
heat retainer
Hinase
hurriyah
incoherent generation
inner anchorage
interveined
It is my pleasure.
Kakindo
land ahoy
leak stopper
led farm
llewellyn-jones
Mapiri, R.
MEPES
microprojection apparatus
montane belt
nading
naive materialism
non-policy
optical time division multiplexing
overfly
parts breakdown illustration
Peromyscus leucopus
Phil.I.
philippine monetary units
platysmal reflex
plaxtons
quotient address
railway traffic dispatching
rancho palos verdes
record cross-reference
retail price
reverse video
rewinding machine
sans fail
scoria cone
sea frontiers
ship scrapping facility
sifus
sled
Socceroo
sounding buoy
spacer spark coil
Stokes-Adams
t-j model
terriblest
tetramizole hydrochloride
thujyl alcohol
tiadenol
travelling wave maser
traversers
unorganized financial sector
urban morphology
velum triangulare
viton copolymers
Wenckebach atrioventricular block
Zantiot