on a large scale a majority of a wealth of as a result
µÚ2½Ú ·ÒëÁ·Ï°4
1. The machine is intended for grinding the top and
bottom surfaces of tungsten carbide tips.
2. The mechanism has been termed cumulative
feedback inhibition. µÚ2½Ú ·ÒëÁ·Ï°5
1. The basic job of the computer is the processing of
information.
2. The main effect is to raise the fundamental slosh
mode frequency.
3. The insides of the meter are vented to the
atmosphere. µÚ3ÕÂ×ܸ´Ï°Ìâ
1. Other factors affect the configuration of the total
system.
2. In normal flight the hatch doors fair into the
fuselage.
3. Energy can neither be created, nor destroyed by
any means known to man.
4. It is customary to refer to design levels as high or
low on component complexity.
5. The main economy of the system stems from the
ability to move cars in a continuous train without uncoupling.
6. He is a stranger to the operation of the electronic
computer.
7. A key element in system capacity planning is the
financial cost of performance.
8. The assembler can expand the key words in the
assembly code into their full instruction set. 9. The flame does not touch the flask directly.
10. The study of the strength of solids involves the
study of the defects in the crystalline structure. 11. The problem was solved by the provision of a
compensating jet.
12. The rusting of iron is the slow chemical
combination of the elements iron and oxygen in moist atmosphere.
13. The decay of organic matter is a slow oxidation
by oxygen in the air.
9
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14. In order to improve a certain kind of battery,
Edison spent almost ten years and made nearly 50,000 experiments.
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4.1 ´ú´ÊµÄÒ»°ãÒë·¨ µÚ1½Ú ·ÒëÁ·Ï°1
1. In this cell the light incident on the sensitive
1.surface of the cell causes the photo-electric emission of electrons from the surface, and these electrons are attracted to the other electrode.
2. The owl can hear a mouse chewing and fly down
2.on it, even though it is hidden from sight under a pile of leaves.
3. This might be compared with the mumble of
3.wavelengths of sound that go to make up ordinary noise.
µÚ1½Ú ·ÒëÁ·Ï°2
1. Drawing electrons away from the atom causes it
1.to have a net positive electric charge.
2. Each crystal should have a shape as much like
2.that of the other crystals as possible. µÚ1½Ú ·ÒëÁ·Ï°3
1. Every element retains its identity no matter how it
1.is finely divided.
2. Astronomers can estimate the size and brightness
2.of a star by its color. µÚ1½Ú ·ÒëÁ·Ï°4
1. Many processes have already been proposed, and
1.one possible future process is a smelting reduction.
2.2. It is possible to work backward from the known
strength and determine what factor of safety was
used.
3.3. Each is a solid sphere with a metallic core
surrounded by silicate shells. µÚ1½Ú ·ÒëÁ·Ï°5
1. In this chapter our task is to find out what the air
is made of.
1.2. Today we have a fairly clear idea of what goes on
inside of atom.
2.3. Practically all of the heat energy received by the
10
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earth comes from the sun.
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1. It moves or rotates by a fixed amount each time
3. an electrical pulse is applied to it. 4.
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3. 2. To help avoid information overload, it (virtual
4. convergence) will do this intelligently. µÚ6½Ú ·ÒëÁ·Ï°2
1. It is a $12-billion industry whose factories,
1. numbering in the hundreds, are found all over the world.
2. It is twenty meters in height. 2. µÚ6½Ú ·ÒëÁ·Ï°3
1. It is very far to the airport. 1. 2. It is raining hard. 2. µÚ6½Ú ·ÒëÁ·Ï°4
1. It is recommended that the screw be used to
1. increase accuracy of measurement.
2. By using a laser, it is possible to throw very large
2. and very clear television pictures on to a screen. 3. It was pointed out that while the lead obtained
3. from the disintegration of radium possessed all the characteristics of ordinary lead, it differed from it in atomic weight. µÚ6½Ú ·ÒëÁ·Ï°5
1. It necessitates careful design of the apparatus to
1. get rid of the heat.
2. It is unknown when to begin to make
2. transportable transformers.
3. It is interesting to compare the energy needed to
3. place a satellite in orbit with the energy that would be required to cause it to escape. µÚ6½Ú ·ÒëÁ·Ï°6
1. It used to be thought that when you see a word
and speak it, several stages of processing are 1. involved.
2. It must be remembered that the condition may be
2. silent until haematemesis, melaena or perforation occurs.
3. It is known that electronic computers play an
3.
11
The earth rotates as it travels through space.
As current flows through a conductor, it sets up a
magnetic field.
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important part in science and technology.
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1. It follows that any form of preheat adds to the
2. welder¡¯s difficulties and causes discomfort, particularly when welding at high preheat temperature levels inside vessels. 3.
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3.
µÚ6½Ú ·ÒëÁ·Ï°8
1. It makes no difference when inducing an e.m.f.,
1. which moves, the coil or the magnet.
2. It is essential that the body of the machine is
2. effectively earthed. µÚ6½Ú ·ÒëÁ·Ï°9
1. The heating effect makes it possible to produce
1. the light.
2. We find it possible to transform a.c. into d.c. by
2. using a rectifier.
3. We think it true that the human body is also a
3. good conductor. µÚ6½Ú ·ÒëÁ·Ï°10
1. It is the voltmeter which we use to measure the
1. voltage.
2. It is through this interface that the substation
2. operator must control and monitor the entire substation.
3. It was not until I came in that he began to repair
3. the old generator.
4. It was not until the 19th century that heat was
4. considered as a form of energy. µÚ4ÕÂ×ܸ´Ï°Ìâ
1. The rise in temperature could not have happened
of itself.
2. Be the shape of a body complicated, it is possible
6. to find out its volume.
3. The more energy we desire to send, the higher we
7. make the voltage.
4. The most typical humanlike characteristic of a
robot is its arm.
1. 5. In our studies of the implications for the First Law,
12
It can be concluded that temperatures on the
surface of Venus is too hot for life as known on earth.
It had been calculated that actual error probability
for the value was of the order of 0.5 percent.
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we were able to see the importance of the distinction between state and path functions.
The first job of an electron tube is to get the
electrons apart from their nuclei.
That type of turbine usually rotates at a very low
speed.
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