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How to convert logical syllogism into written argument ？
A、Provide evidence for each premise.
B、Lay out each premise clearly.
C、Draw a clear connection to the conclusion.
D、Support the conclusion with new evidence.
答案
更多“How to convert logical syllogism into written argument ？A、Provide evidence for each prem”相关的问题
第1题
It can be inferred from Para. 2 that Edward______.
A．was likely to improve children's logic with his book
B．gave a description of lateral thinking several years after his son was born
C．was prompted to study lateral thinking because his son was slightly dyslexic
D．once taught businessmen how to think before he wrote for parents and children
第2题
It can be inferred from Paragraph 2 that Edward______.
A．was likely to improve children’s logic with his book
B．gave a description of lateral thinking several years after his son was born
C．was prompted to study lateral thinking because his son was slightly dyslexic
D．once taught businessmen how to think before he wrote for parents and children
第3题
Why do some scientists study how plants convert sunlight carbon dioxide, and water into sugars and starches？ _______A Because they want algae to produce sugars and starches.B Because they want green plants to become a new source of energy.C Because they want to turn plant sugars to a new form of energy.D Because they want to make photosynthesis more efficient.
第4题
Much exciting【C4】______is going on in an effort to find【C5】______to these questions. Foremost is the【C6】______of Jean Piaget, the Swiss psychologist who pioneered the【C7】______and whose theories have had an unparalleled【C8】______on education, especially in Europe. He has【C9】______(in French)over twenty - five books and 150 articles【C10】______are a gold【C11】______of ideas about the development of a child's【C12】______. About half the books and a【C13】______of the articles have been translated into English,【C14】______his style. of writing and the【C15】______technical vocabulary make him a very【C16】______author to read in any language.
Following Piaget's lead, there has been a【C17】______of research in a number of countries,【C18】______the United States. Reports of these【C19】______, too, are often so hedged about with a thicket of professional jargon that they are【C20】______to the nonspecialist.
【C1】
A．part
B．along
C．place
D．position
第5题
1.The Golden Rules of Negotiating
The art of negotiating is a difficult skill for most of us, even good salespeople. Here are three golden rules for you to follow: Always Start the Negotiations.
You must initiate the process. This is because whoever controls the start of the negotiations tends to control where they end. If you let the other party start negotiations, you will be constantly giving up control, often without even realizing it. For instance, when you ask someone what his project budget is, you are allowing him to start the negotiations. You will then spend your time chasing his number rather than finding the best solution. So, never let the other party control the negotiations.
2.Always Negotiate in Writing.
The purpose of negotiations is to arrive at a formal written agreement, not tell a story or spend time talking. From the first moment you begin a proposal, you should create a document and take it to the client. It will include all the points of agreement and become real to the prospective customer. Negotiating first and then having to create a document adds unnecessary time to a transaction. But if you build your written agreement as you negotiate, you are prepared to ask for a signature the moment the decision to buy is made.
3.Always Stay Cool.
The negotiation table can be loaded with agendas, egos and emotions. Great negotiators know how to stay cool, providing leadership and solutions, while the rest of the room becomes insanely invested in personal agendas and useless emotions. Crying, getting angry and blowing off steam may make you feel good, but such behavior will not benefit you while negotiating. When the rest of the room gets emotional, stay cool and use logic to negotiate and close.
1.If you let the other party start negotiations, you will be completely grasp the control, often without even realizing it.()
2.So, never let both parties control the negotiations.()
3.Negotiating first and then having to create a document doesn’t need necessary time to a transaction.()
4.Great negotiators know how to stay cool, providing leadership and solutions, while the rest of the room becomes wild or helpless during the negotiation.()
5.When the rest of the room gets out of control, stay cool and use logic to negotiate and close.()
第6题
听力原文：Woman: if, like me, you're about to set off for Australia and you haven't yet bought a guide book, how about trying a CD ROM instead？ Be careful though, the majority of interactive CDs turn out to be a let down. Many publishers convert printed material to digital format, add a few flashy linkages, and expect the buying public to be impressed. I wasn't. In this context, Wilson's multimedia package is a refreshing contrast. It's got all the information, readily accessed from a single-page pictorial index covering states, cities, wildlife, famous people, etc., and the data is accompanied by good still pictures and 92 video clips.
You hear part of a radio programme about CD ROMs. What is the speaker's opinion of the CD ROMs about Australia which she tried？
A．Most of them are disappointing
B．You are better off with an ordinary guidebook.
C．There is little difference between them.
第7题
第一篇 Putting Plants to Work
Using the power of the sun is nothing new. People have had solar-powered calculators and buildings with solar panels(太阳能电池板) for decades. But plants are the real experts. They’ve been using sunlight as an energy source for billions of years.
Cells in the green leaves of plants work like tiny factories to convert sunlight, carbon dioxide(二氧化碳), and water into sugars and starches(淀粉), stored energy that the plants can use. This conversion process is called
photosynthesis(光合作用). Unfortunately, unless you’re a plant, it’s difficult and expensive to convert sunlight into storable energy. That’s why scientists are taking a closer look at exactly how plants do it.
Some scientists are trying to get plants or biological cells that act like plants, to work as very small photosynthesis power stations. For example, Maria Ghirardi of the National Renewable Energy Laboratory in Golden. Colo., is working with green algae(水藻). She’s trying to trick them into producing hydrogen instead of sugars when they perform. photosynthesis. Once the researchers can get the algae working efficiently the hydrogen that they produce could be used to power fuel cells in cars or to generate electricity.
The algae are grown in narrow-necked glass bottles to produce hydrogen in the lab. During photosynthesis, plants normally make sugars or starches. “But under certain conditions, a lot of algae are able to use the sunlight energy not to store starch, but to make hydrogen.” Ghirardi says. For example, algae will produce hydrogen in an airfree environment. It’s the oxygen in the air that prevents algae from making hydrogen most of the time.
Working in an airfree environment, however, is difficult. It’s not a practical way to produce cheap energy. But Ghirardi and her colleagues have discovered that by removing a chemical called sulfate(硫酸盐) from the environment that the algae grow in, they will make hydrogen instead of sugars, even when air is present.
Unfortunately, removing the sulfate also makes the algae's cells work very slowly, and not much hydrogen is produced. Still, the researchers see this as a first step in their goal to produce hydrogen efficiently from algae. With more work, they may be able to speed the cells’ activity and produce larger quantities of hydrogen.
The researchers hope that algae will one day be an easy-to-use fuel source. The organisms are cheap to get and to feed, Ghirardi says, and they can grow almost anywhere: “You can grow them in a reactor, in a pond. You can grow them in the ocean. There’s a lot of flexibility in how you can use these organisms.”
31 How do plants relate to solar energy？
A They have been using it for billions of years.
B They are the real experts in producing it.
C They have been a source of it.
D They have been used to produce it.
第8题
请根据以下内容回答1-5题
Putting Plants to Work
Using the power of the sun is nothing new. People have had solar-powered calculators and buildings with solar panels
for decades. But plants are the real experts: They've been using sunlight as an energy source for billions of years.
Cells in the green leaves of plants work like tiny factories to convert sunlight, carbon dioxide, and water into sugars
and starches, stored energy that the plants can use. This conversion process is called photosynthesis. Unfortunately,
unless you're a plant, it's difficult and expensive to convert sunlight into storable energy. That's why scientists are
taking a closer look at exactly how plants do it.
Some scientists are trying to get plants, or biological cells that act like plants, to work as miniature photosynthetic
power stations. For example, Maria Ghirardi of the National Renewable Energy Laboratory in Golden, Colo.,
is working with green algae. She's trying to trick them into producing hydrogen instead of sugars when they
perform photosynthesis. Once the researchers can get the algae working efficiently, the hydrogen that they
produce could be used to power fuel cells in cars or to generate electricity.
The algae are grown in narrow-necked glass bottles to produce hydrogen in the lab. During photosynthesis,
plants normally make sugars or starches. “But under certain conditions, a lot of algae are able to use the
sunlight energy not to store starch, but to make hydrogen.” Ghirardi says. For example, algae will produce
hydrogen in an airfree environment. It's the oxygen in the air that prevents algae from making hydrogen most
of the time. Working in an airfree environment, however, is difficult. It's not a practical way to produce cheap
energy. But Ghirardi and her colleagues have discovered that by removing a chemical called sulfate from the
environment that the algae grow in, they will make hydrogen instead of sugars, even when air is present.
Unfortunately, removing the sulfate also makes the algae's cells work very slowly, and not much hydrogen is
produced. Still, the researchers see this as a first step in their goal to produce hydrogen efficiently from algae.
With more work, they may be able to speed the cells' activity and produce larger quantities of hydrogen.
The researchers hope that algae will one day be an easy-to-use fuel source. The organisms are cheap to get and
to feed, Ghirardi says, and they can grow almost anywhere:
“You can grow them in a reactor, in a pond. You can grow them in the ocean. There's a lot of flexibility in
how you can use these organisms. ”
What does the writer Say about plants concerning solar energy？_______
A Plants are the real experts in producing solar energy.
B Plants have been used to produce solar energy.
C Plants have been using solar energy for billions of years.
D Plants have been a source of solar energy.
第9题
听力原文： After years of failing to take the disease seriously, Beijing has become a late convert to the cause of HIV/Aids education, prevention and treatment.
In recent months health authorities have stepped up plans to distribute free condoms, promote needle exchanges, provide free antiretroviral drugs to patients and boost Aids awareness through education campaigns. Yet, Beijing had better be ready for an epic battle if it is to prevent a full-scale crisis. Already, more than 200,000 people have died of Aids in China and a further 840,000 axe living with HIV/Aids. The UN warns that, unchecked, the disease could claim 10 million victims by 2010.
The world's first HIV case was discovered in America in 1981. Four years later, China discovered its first HIV case. However, long after that, ignorance about how the disease is transmitted remains widespread. Disseminating knowledge of how HIV is transmitted and finding ways to cheaply distribute antiretroviral drugs for infected patients are among tasks facing health authorities, who are now applied to preventing an oncoming disaster.
Although China is coming late to the Aids war, it can benefit from the experience of other countries and it can also benefit from the increased global funding and willingness to share expertise that is available today. Therefore, we have a good reason to believe that China will eventually succeed in its effort to restrain the spread of Aids.
(33)
A．It's bound to end in failure.
B．It's arduous, yet promising.
C．It's hard to predict the final outcome.
D．It will go smoothly.
第10题
请根据短文内容，回答题。
Putting Plants to Work
Using the power of the sun is nothing new. People have had solar-powered calculators and buildings with solar panels (太阳能电池板) for decades. But plants are the real experts. They&39;ve been using sunlight as an energy source for billions of years.＜br＞
Cells in the green leaves of plants work like tiny factories to convert sunlight, carbon dioxide(二氧化碳), and water into sugars and starches(淀粉 ), stored energy that the plants can use. This conversion process is called photosynthesis (光合作用 ) . Unfortunately, unless you&39;re a plant, it&39;s difficult and expensive to convert sunlight into storable energy. That&39;s why scientists are taking a closer look at exactly how plants do it.＜br＞
Some scientists are trying to get plants, or biological cells that act like plants, to work as very small photosynthesis power stations. For example, Maria Ghirardi of the National Renewable Energy Laboratory in Golden, Colo, is working with green algae (水藻). She&39;s trying to trick them into producing hydrogen instead of sugars when they perform. photosynthesis. Once the researchers can get the algae working efficiently, the hydrogen that they produce could be used to power fuel cells in cars or to generate electricity.＜br＞
The algae are grown in narrow-necked glass bottles to produce hydrogen in the lab. During photosynthesis, plants normally make sugars or starches. "But under certain conditions, a lot of algae are able to use the sunlight energy not to store starch, but to make hydrogen," Ghirardi says.＜br＞
For example, algae will produce hydrogen in an airfree environment. It&39;s the oxygen in the air that prevents algae from making hydrogen most of the time.＜br＞
Working in an airfree environment, however, is difficult. It&39;s not a practical way to produce cheap energy. But Ghirardi and her colleagues have discovered that by removing a chemical called sulfate (硫酸盐) from the environment that the algae grow in, they will make hydrogen instead of sugars, even when air is present.＜br＞
Unfortunately, removing the sulfate also makes the algae&39;s cells work very slowly, and not much hydrogen is produced. Still, the researchers see this as a first step in their goal to produce hydrogen efficiently from algae. With more work, they may be able to speed the cells&39; activity and produce larger quantities of hydrogen.＜br＞
The researchers hope that algae will one day be an easy-to-use fuel source. The organisms are cheap to get and to feed, Ghirardi says, and they can grow almost anywhere: "You can grow them in a reactor, in a pond. You can grow them in the ocean. There&39;s a lot of flexibility in how you can use these organisms."＜
How do plants relate to solar energy？ 查看材料
A.They are the real experts in producing it
B.They have been a source of it
C.They have been used to produce it
D.They have been using it for billions of years
