跟綜合類主要是社會性文章不同，職稱英語理工類內容社會性文章和專業性文章各佔50%。下面是小編整理的理工類A級試題，希望能幫到大家!
下面每個句子中均有1個詞或者短語劃有底橫線，請為每處劃線部分確定1個意義最為接近的選項。
1. The revelation of his past led to his resignation.
ination
B. confirmation
ll
D. disclosure
2. Jensen is a dangerous man, and can be very brutal.
less
B. cruel
ng
D. hard
3. You’ll have to sprint if you want to catch the train.
pe
C. run
are
4. We are worried about this fluid situation full with uncertainty.
A. changeable
B. stable
able
table
5. The new garment fits her perfectly.
cut
B. purse
C. clothes
lace
6. The phobia may have its root in a childhood trauma.
B. joy
C. hurt
ry
7. They have to build canals to irrigate the desert.
rate
B. water
ge
D. visit
8. Her overall language proficiency remains that of a toddler.
bled
B. pupil
ager
D. baby
9. The coastal area has very mild winter, but the central plains remain extremely cold.
A. warm
re
10. The details of the costume were totally authentic.
A. real
tanding
tive
D. false
11. We are aware of the potential problems.
al
B. possible
ing
D. central
12. The idea was quite brilliant.
tive
B. clever
D. original
13. Stock market price tumbled after rumor of a rise in interest rate.
lated
B. increased
C. fell
tained
14. The course gives you basic instructions in car maintenance.
A. coaching
B. idea
D. aspect
15. All houses within 100 metres of these as at risk of flooding.
A. in danger
B. out of control
een equals
D. in particular
參考答案：
DBCAC CBDAA BBCAA
閱讀判斷The Greatest of Victorian Engineers
In the hundred years up to 1860, the work of a small group of construction engineers carried forward the enormous social and economic change that we associate with the Industrial Revolution in Britain. The most important of these engineers was Isambard Kingdom Brunel, whose work in shipping, bridge-building, and railway construction, to name just three fields, both challenged and motivated his colleagues. He was the driving force behind a number of the hugely ambitious projects, some of which resulted in works which are still in use today.
The son of an engineer, Brunel apprenticed with his father at an early age on the building of the Thames Tunnel. At the age of just twenty, he became engineer in charge of the project. This impressive plan to bore under the Thames twice suffered two major disasters when the river broke through into the tunnel when the second breach(決口)occurred in 1872, Brunel was seriously injured during rescue operation and further work was halted.
While recovering from his injuries, Brunel entered a design competition for a new bridge over the Avon Gorge near Clifton. The original judge of the competition was Thomas Telford, a leading civil engineer of his day, who rejected all entries to the competition in favor of his own design. After considerable scandal, a second contest was held and Brunel's design was accepted. For reasons of funding, however, exacerbated(加劇) by social unrest in Bristol, the project was abandoned in 1843 with only the towers completed. After Brunel’s death, it was decided to begin work on it again, partly so that the bridge could form a fitting memorial to the great engineer. The entire structure was finally completed in 1864. Today, the well-known Clifton Suspension Bridge is a symbol of Bristol, just as the Opera House is of Sydney. Originally intended only for horse-drawn traffic, the bridge now bears over four million motor vehicles a year.
16.【題幹】Brunel was an important airplane engineer in Britain during the Industrial Revolution.
t
g
mentioned
17.【題幹】Brunel was involved less in railway construction than in other engineering fields.
t
g
mentioned
18.【題幹】Brunel worked only on shipping, bridge-building and railway construction.
t
g
mentioned
19.【題幹】Brunel work was largely ignored by his colleagues.
t
g
mentioned
20.【題幹】Some projects Brunel contributed to are still in use today.
t
g
mentioned
21.【題幹】Brunel became an apprentice with his father when he was very young.
t
g
mentioned
22.【題幹】The Thames Tunnel project was more difficult than any previous projects undertaken in Britain.
t
g
mentioned
參考答案：
CCBBAAC
概括大意Geothermal(地熱)Energy
1 Since heat naturally moves from hotter regions to cooler ones, the heat from the earth's center flows outwards towards the surface. In this way, it transfers to the next layer of rock. If the temperature is high enough, some of this rock melts and forms magma(岩漿). The magma ascends in its turn towards the earth's surface. It often remains well below the earth's surface, creating vast areas of hot rock. In such regions, there are deep cracks, which allow rainwater to descend underground. Some of the heated rainwater travels back up to the earth's surface where it will appear as a hot spring. However, if this ascending hot water reaches a layer of impermeable(不可滲透的)rock, it remains trapped, forming a geothermal reservoir. If geothermal reservoirs are close enough to the surface, they can be reached by drilling wells. Hot water and steam shoot up the wells naturally, and can be used to produce electricity in geothermal power plants.
2.A few geothermal power plants depend on dry-stem reservoirs which produce steam but little or no water. In these cases, the steam is piped up directly to provide the power to spin a turbine generator. The first geothermal power plant, constructed at Lardarello in Italy, was of this type, and is still producing electricity today.
currently operating geothermal power plants are either "flash" steam plants or binary(雙重的)plants. Flash plants produce mainly hot water ranging in temperature from 300° to 700°Fahrenheit. This water is passed through one or two separators where released from the pressure of the underground reservoir, it "flashes" or boils into steam Again, the force of this steam provides the energy to spin the turbine and produce electricity. The geothermal water and steam are then reinjected directly back down into the earth to maintain the volume and pressure of the reservoir. Gradually they will be reheated and can then be used again.
4.A reservoir with temperatures below 300° Fahrenheit is not hot enough to flash steam but it can still be used to generate electricity in binary fluid. The steam from this is used to power the turbines. As in the flash steam plant, the geothermal water is recycled back into the reservoir.
