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根据以下材料，回答How often do you let other people′snonsense change your mood? Do you let a bad driver, impolite waiter, rude boss,or an insensitive employee 1 your day?One day I was in a taxi and we headed 2 the airport. We were driving in the 3 lane when suddenly a black car drove outof a parking space right in front of us. My taxi driver slammed on his 4 and slid sideways, and at the very lastmoment our car stopped and 5 the other car by just inches! The driverof the other car looked around and started 6 at us. My taxi driver just 7 and waved at the guy. And I mean he wasreally 8 . So I asked, "Why did you just do that? This guyalmost ruined your car and sent us to the hospital!" This is when my taxidriver taught me what I now call "The Law of the Garbage Truck".He explained that many people are likegarbage trucks. They run around full of 9 , full of frustration,full of anger, and full of disappointment. As their garbage 10 up, they need a place to dump it and sometimes they′ll dump it on 11 . Don′t take it personally. Just smile, wave, wish them well, and moveon. Believe me. You′ll be 12 . Don′t take their garbage and 13 it to other people at work, at home, oron the streets. Life′ s too short to wake up in the morning with 14 . The mark of your success is how quickly you can refocus on what′s 15 in your life. Roy Baumeister, a psychologyresearcher from Florida State University, found in his extensive research thatyou 16 bad things more often than good thingsin your life. You store the bad memories more easily, and you 17 them more frequently. Therefore, love thepeople who treat you right and ignore the ones who don′t. Life is ten percentwhat you make it and ninety percent how you 18 it!When you follow "The Law of theGarbage Truck", you take back control of your life. You make room for thegood by 19 go of the bad. Have a marvelous,garbage-free Day! The seeds you plant today 20 the harvest you will reap tomorrow.
A.making B.letting C.dreaming D.consisting
根据以下材料，回答How often do you let other people′snonsense change your mood? Do you let a bad driver, impolite waiter, rude boss,or an insensitive employee 1 your day?One day I was in a taxi and we headed 2 the airport. We were driving in the 3 lane when suddenly a black car drove outof a parking space right in front of us. My taxi driver slammed on his 4 and slid sideways, and at the very lastmoment our car stopped and 5 the other car by just inches! The driverof the other car looked around and started 6 at us. My taxi driver just 7 and waved at the guy. And I mean he wasreally 8 . So I asked, "Why did you just do that? This guyalmost ruined your car and sent us to the hospital!" This is when my taxidriver taught me what I now call "The Law of the Garbage Truck".He explained that many people are likegarbage trucks. They run around full of 9 , full of frustration,full of anger, and full of disappointment. As their garbage 10 up, they need a place to dump it and sometimes they′ll dump it on 11 . Don′t take it personally. Just smile, wave, wish them well, and moveon. Believe me. You′ll be 12 . Don′t take their garbage and 13 it to other people at work, at home, oron the streets. Life′ s too short to wake up in the morning with 14 . The mark of your success is how quickly you can refocus on what′s 15 in your life. Roy Baumeister, a psychologyresearcher from Florida State University, found in his extensive research thatyou 16 bad things more often than good thingsin your life. You store the bad memories more easily, and you 17 them more frequently. Therefore, love thepeople who treat you right and ignore the ones who don′t. Life is ten percentwhat you make it and ninety percent how you 18 it!When you follow "The Law of theGarbage Truck", you take back control of your life. You make room for thegood by 19 go of the bad. Have a marvelous,garbage-free Day! The seeds you plant today 20 the harvest you will reap tomorrow.
A.distinguishB.deserve C.deliver D.determine
根据以下材料，回答There is little debate about the firstdevelopment of the energy system of the 22nd century--that most of the energyproduced on a large scale will be in the form of electric power. Thus, most presentconcepts for major long-term energy sources (solar, geothermal, fusion) are basedupon electric power production at central plants.The second major development is thepotential use of hydrogen as both a basic fuel to replace natural gas and aspart of a general system to convert, store and transmit electric energy overlong district by fuel cells, or it could be used directly as a fuel forcommercial, industrial or transportation purposes.Although hydrogen seems likely to play amajor role in the future as a form of energy transport and storage, other processesmay also be useful. Here we note only two possibilities.Flywheels: It appears to be workable toconstruct flywheels of almost any needed size that would be efficientconverters (93-95 percent) in first storing and then releasing electric power.In addition, the kinetic (动力的) energy ofrotation is easily converted to alternating electric power. But the engineeringis at an early stage of development, and a decade or more may pass before this potentialcan be reliably estimated.Batteries and fuel cells: some of the manybatteries being developed today look quite promising. Within a decade or two, abattery-operated electric auto might even become competitive with today′ s vehicles,at least for driving ranges up to 200 miles. An electric automobile would bepollution-free,and would probably be more energy-efficient than theinternal-combustion (内燃) engine.A fuel cell (which may be considered a hydridebattery) with about 40 percent conversion efficiency is expected to enter powerproduction on a large scale within about five years. Unlike steam-poweredgenerators, fuel cells can be made large or small and their efficiency inoperation is essentially independent of the loading. Thus they may avoid mostof the distribution costs of electric power as well as provide pollution-fleepower and offer opportunities for using the "waste heat" effectively.The energy we use most todayis___________
A.solar energy B.geothermal energyC.hydrogen D.electricity
根据以下材料，回答There is little debate about the firstdevelopment of the energy system of the 22nd century--that most of the energyproduced on a large scale will be in the form of electric power. Thus, most presentconcepts for major long-term energy sources (solar, geothermal, fusion) are basedupon electric power production at central plants.The second major development is thepotential use of hydrogen as both a basic fuel to replace natural gas and aspart of a general system to convert, store and transmit electric energy overlong district by fuel cells, or it could be used directly as a fuel forcommercial, industrial or transportation purposes.Although hydrogen seems likely to play amajor role in the future as a form of energy transport and storage, other processesmay also be useful. Here we note only two possibilities.Flywheels: It appears to be workable toconstruct flywheels of almost any needed size that would be efficientconverters (93-95 percent) in first storing and then releasing electric power.In addition, the kinetic (动力的) energy ofrotation is easily converted to alternating electric power. But the engineeringis at an early stage of development, and a decade or more may pass before this potentialcan be reliably estimated.Batteries and fuel cells: some of the manybatteries being developed today look quite promising. Within a decade or two, abattery-operated electric auto might even become competitive with today′ s vehicles,at least for driving ranges up to 200 miles. An electric automobile would bepollution-free,and would probably be more energy-efficient than theinternal-combustion (内燃) engine.A fuel cell (which may be considered a hydridebattery) with about 40 percent conversion efficiency is expected to enter powerproduction on a large scale within about five years. Unlike steam-poweredgenerators, fuel cells can be made large or small and their efficiency inoperation is essentially independent of the loading. Thus they may avoid mostof the distribution costs of electric power as well as provide pollution-fleepower and offer opportunities for using the "waste heat" effectively.From the passage we can see that thefuel cell might be something ___________.
A.with the electric energy stored in itwithout pollutionB.in which chemicals are containedC.in which certain fuels such as hydrogenare filledD.like a small steam generator
根据以下材料，回答There is little debate about the firstdevelopment of the energy system of the 22nd century--that most of the energyproduced on a large scale will be in the form of electric power. Thus, most presentconcepts for major long-term energy sources (solar, geothermal, fusion) are basedupon electric power production at central plants.The second major development is thepotential use of hydrogen as both a basic fuel to replace natural gas and aspart of a general system to convert, store and transmit electric energy overlong district by fuel cells, or it could be used directly as a fuel forcommercial, industrial or transportation purposes.Although hydrogen seems likely to play amajor role in the future as a form of energy transport and storage, other processesmay also be useful. Here we note only two possibilities.Flywheels: It appears to be workable toconstruct flywheels of almost any needed size that would be efficientconverters (93-95 percent) in first storing and then releasing electric power.In addition, the kinetic (动力的) energy ofrotation is easily converted to alternating electric power. But the engineeringis at an early stage of development, and a decade or more may pass before this potentialcan be reliably estimated.Batteries and fuel cells: some of the manybatteries being developed today look quite promising. Within a decade or two, abattery-operated electric auto might even become competitive with today′ s vehicles,at least for driving ranges up to 200 miles. An electric automobile would bepollution-free,and would probably be more energy-efficient than theinternal-combustion (内燃) engine.A fuel cell (which may be considered a hydridebattery) with about 40 percent conversion efficiency is expected to enter powerproduction on a large scale within about five years. Unlike steam-poweredgenerators, fuel cells can be made large or small and their efficiency inoperation is essentially independent of the loading. Thus they may avoid mostof the distribution costs of electric power as well as provide pollution-fleepower and offer opportunities for using the "waste heat" effectively.In which of the following is the use ofthe "waste heat" mentioned?
A.The fuel cell.B.The fly wheel.C.The steam-powered generator.D.The internal-combustion engine.
