—Do you think that housing price will keep_______in the years to come?
—Sorry,I have no idea.
A.lifting up B.going up C.bringing up D.growing up
高三英语单项填空中等难度题
—Do you think that housing price will keep_______in the years to come?
—Sorry,I have no idea.
A.lifting up B.going up C.bringing up D.growing up
高三英语单项填空中等难度题查看答案及解析
—Do you think that housing price will keep_______in the years to come?
—Sorry,I have no idea.
| A．lifting up | B．going up | C．bringing up | D．growing up |
高三英语单项填空中等难度题查看答案及解析
E
Imagine a house that keeps itself warm in the wintertime. Think of the savings in terms of fuel bills and unfriendly emissions. Such houses in fact exist, called “passive houses”. The concept of these highly energy-efficient buildings took root in the 1990s, before slowly consolidating as a niche construction (生态位构建) concept in the 2000s. Are passive houses now actively moving into the mainstream as sustainable buildings?
For Brian McGarry, an economics lecturer who built a family house based on passive housing criteria in the Pyrenees this year, the arguments look convincing. As his first full winter in the low energy house draws in, we asked him to keep us informed. Do passive houses work?
I had never heard of a passive house in February 2012, when I purchased a plot of land. Nor did I expect that I would be persuaded to build a pre-constructed, custom-designed house based on energy-efficient passive house criteria. It promised to be easier and quicker to build, cheaper to run, and more comfortable to live in. The objective was to incorporate the fundamental concepts of passive energy management into my project: an airtight and highly insulated building envelope; large southfacing double or triple-glazed windows (if possible, filled with argon gas) that passively capture the energy of the sun; a heat recovery ventilation system to provide fresh air; and a simple, low-cost heating system consisting of a modern wood-burning stove, a bathroom heater and a portable radiator backup for when the sun doesn’t shine and temperatures decline. No significant
limitations were placed on the design, and it had excellent environmental credentials. Moreover, the cost was no more than a conventional build.
After six months in use, the house is proving to be both cheap to run and remarkably comfortable–staying cool in the hot summer was effortless, as long as the windows were shuttered or shaded from the sun. Nowstaying warm in the cold, high-altitude December climate also seems easy, so far.
Winter arrived in force in the Pyrenees in November, with abundant snowfalls and temperatures as low as minus 8° Celsius. Though early days, the house has responded well: the stove is lit during cold evenings but the portable radiator has not yet been needed. This type of construction seems not only to make economic andenvironmental sense, but to enhance our quality of life, too.
1.We can learn from Paragraph one that passive houses __________.
A. consume extra energy to keep warm in winter and cool in summer
B. had been introduced for a decade before the birth of the theory
C. appeal to both the self-builders and those constructors
D. refer to a certain house comfortable, costly and also pleasing
2.Regarding the passive energy management, the houses have characteristics EXCEPT _______
A. using south-facing windows to take in solar energy
B. Providing energy for taking a shower when it’s rainy
C. supplying fresh air with a special heat recovery system
D. placing more demands and restrictions on the design
3.How did Brian McGarry find his self-built passive house?
A. very unaffordable
B. Energy-consuming
C. comfortable to live in
D. Awkward to use
4.What is the writer’s attitude towards the passive housing?
A. supportive B. critical
C. oppositive D. doubtful
高三英语阅读理解中等难度题查看答案及解析
Imagine a house that keeps itself warm in the wintertime. Think of the savings in terms of fuel bills and unfriendly emissions. Such houses in fact exist, called “passive houses”. The concept of these highly energy-efficient buildings took root in the 1990s, before slowly consolidating as a niche construction (生态位构建) concept in the 2000s. Are passive houses now actively moving into the mainstream as sustainable buildings?
For Brian Mc Garry, an economics lecturer who built a family house based on passive housing criteria in the Pyrenees this year, the arguments look convincing. As his first full winter in the low energy house draws in, we asked him to keep us informed. Do passive houses work?
I had never heard of a passive house in February 2012, when I purchased a plot of land. Nor did I expect that I would be persuaded to build a pre-constructed, custom-designed house based on energy-efficient passive house criteria. It promised to be easier and quicker to build, cheaper to run, and more comfortable to live in. The objective was to incorporate the fundamental concepts of passive energy management into my project: an airtight and highly insulated building envelope; large south facing double or triple-glazed windows (if possible, filled with argon gas) that passively capture the energy of the sun; a heat recovery ventilation system to provide fresh air; and a simple, low-cost heating system consisting of a modern wood-burning stove, a bathroom heater and a portable radiator backup for when the sun doesn’t shine and temperatures decline. No significant limitations were placed on the design, and it had excellent environmental credentials. Moreover, the cost was no more than a conventional build.
After six months in use, the house is proving to be both cheap to run and remarkably comfortable–staying cool in the hot summer was effortless, as long as the windows were shuttered or shaded from the sun. Nowstaying warm in the cold, high-altitude December climate also seems easy, so far.
Winter arrived in force in the Pyrenees in November, with abundant snowfalls and temperatures as low as minus 8° Celsius. Though early days, the house has responded well: the stove is lit during cold evenings but the portable radiator has not yet been needed. This type of construction seems not only to make economic and environmental sense, but to enhance our quality of life, too.
1.We can learn from Paragraph one that passive houses __________.
A. consume extra energy to keep warm in winter and cool in summer
B. had been introduced for a decade before the birth of the theory
C. appeal to both the self-builders and those constructors
D. refer to a certain house comfortable, costly and also pleasing
2.Regarding the passive energy management, the houses have characteristics EXCEPT _______
A. using south-facing windows to take in solar energy
B. Providing energy for taking a shower when it’s rainy
C. supplying fresh air with a special heat recovery system
D. placing more demands and restrictions on the design
3.How did Brian McGarry find his self-built passive house?
A. very unaffordable
B. Energy-consuming
C. comfortable to live in
D. Awkward to use
4.What is the writer’s attitude towards the passive housing?
A. supportive B. critical
C. oppositive D. doubtful
高三英语阅读理解中等难度题查看答案及解析
Imagine a house that keeps itself warm in the wintertime. Think of the savings in terms of fuel bills and unfriendly emissions. Such houses in fact exist, called “passive houses”. The concept of these highly energy-efficient buildings took root in the 1990s, before slowly consolidating as a niche construction (生态位构建) concept in the 2000s. Are passive houses now actively moving into the mainstream as sustainable buildings?
For Brian McGarry, an economics lecturer who built a family house based on passive housing criteria in the Pyrenees this year, the arguments look convincing. As his first full winter in the low energy house draws in, we asked him to keep us informed. Do passive houses work?
I had never heard of a passive house in February 2012, when I purchased a plot of land. Nor did I expect that I would be persuaded to build a pre-constructed, custom-designed house based on energy-efficient passive house criteria. It promised to be easier and quicker to build, cheaper to run, and more comfortable to live in. The objective was to incorporate the fundamental concepts of passive energy management into my project: an airtight and highly insulated building envelope; large southfacing double or triple-glazed windows (if possible, filled with argon gas) that passively capture the energy of the sun; a heat recovery ventilation system to provide fresh air; and a simple, low-cost heating system consisting of a modern wood-burning stove, a bathroom heater and a portable radiator backup for when the sun doesn’t shine and temperatures decline. No significant limitations were placed on the design, and it had excellent environmental credentials. Moreover, the cost was no more than a conventional build.
After six months in use, the house is proving to be both cheap to run and remarkably comfortable–staying cool in the hot summer was effortless, as long as the windows were shuttered or shaded from the sun. Nowstaying warm in the cold, high-altitude December climate also seems easy, so far.
Winter arrived in force in the Pyrenees in November, with abundant snowfalls and temperatures as low as minus 8° Celsius. Though early days, the house has responded well: the stove is lit during cold evenings but the portable radiator has not yet been needed. This type of construction seems not only to make economic and environmental sense, but to enhance our quality of life, too.
1.We can learn from Paragraph one that passive houses __________.
A. consume extra energy to keep warm in winter and cool in summer
B. had been introduced for a decade before the birth of the theory
C. appeal to both the self-builders and those constructors
D. refer to a certain house comfortable, costly and also pleasing
2. Regarding the passive energy management, the houses have characteristics EXCEPT _______
A. using south-facing windows to take in solar energy
B. Providing energy for taking a shower when it’s rainy
C. supplying fresh air with a special heat recovery system
D. placing more demands and restrictions on the design
3. How did Brian McGarry find his self-built passive house?
A. very unaffordable B. Energy-consuming
C. comfortable to live in D. Awkward to use
4. What is the writer’s attitude towards the passive housing?
A. supportive B. critical
C. oppositive D. doubtful
高三英语阅读理解中等难度题查看答案及解析
(2014·海南琼海模拟)People hope that measures will be taken to________house prices rising.
A．keep B．prevent
C．protect D．support
高三英语单项填空中等难度题查看答案及解析
People hope that measures will be taken to________house prices rising.
A．keep B．prevent C．protect D．support
高三英语单项填空中等难度题查看答案及解析
What will people die of in 100 years? If you think that is a simple question, you ______ attention to the revolution taking place in biotechnology．
| A．have not been paying | B．had not been paying |
| C．were not paying | D．will not be paying |
高三英语单项填空中等难度题查看答案及解析
What will people die of in 100 years? If you think that is a simple question, you ______ attention to the revolution taking place in biotechnology.
A．have not been paying B．had not been paying
C．were not paying D．will not be paying
高三英语单项填空中等难度题查看答案及解析
Keeping Safe in your House During a Fire
Though you may not think you’ll ever fall victim to a house fire, it’s better to be prepared to avoid panicking. To increase your chances of survival, just follow these steps.
1. React as soon as you hear your smoke alarm goes off. On hearing your smoke detector or alarm going off and seeing a fire, exit your home as safely as possible. 1.
2. Safely exit through doors. If you don’t see smoke at the door, open it slowly and pass through it after making sure the door feels cool. If there is a fire preventing you from exiting the room, close the door.
3. Protect yourself from smoke inhalation（吸入）. Get low to the floor and crouch or crawl on your hands and knees to avoid the smoke. 2. Cover your nose and mouth if you have to walk by or through a heavily smoke-filled room.
4. 3. If your clothes catch fire, immediately stop what you’re doing, drop flat to the ground, and roll around until you put the fire out.
5. Prevent the smoke if you can’t get out. 4. Close your door and cover all vents（通风口）and cracks（缝隙）around it with cloth or tape to keep the smoke out.
6. Call for help from a second story window. 5. You can take a sheet or something else—white preferably—and hang it out of the window to signify that you need help when the first res-ponders get there.
A. If you can’t escape your home, don’t panic.
B. Stop, drop, and roll if your clothes catch fire.
C. You are probably a lot safer by closing doors.
D. Escape from a second story window if you can.
E. Smoke inhalation causes people to become unconscious.
F. Do not try to get your phone, valuables, or your other important possessions.
G. If you are trapped in your second story room, get to an area where people can find you.
高三英语七选五中等难度题查看答案及解析