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1、2021内蒙古公共英语考试模拟卷（6）本卷共分为1大题50小题，作答时间为180分钟，总分100分，60分及格。一、单项选择题（共50题，每题2分。每题的备选项中，只有一个最符合题意） 1.This passage is probably taken from _.Aa story.Ba science report.Ca book review.Dan advertisement. 2.What is good about NOMEX III is that _.Ait gives many people some extra time to live.Bit is standard wea
2、r for many fire brigades.Cit is light and fire-resistant.Dit brings technology to life. 3.As a fireman, Roll Blum knows that _.Afire can kill anyone very quickly.Bfire does not kill easily.Cfire always kills.Dfire is impossible to fight. 4.Why are subterranean buildings good for energy conservationA
3、Because they use solar energy.BBecause they dont need central heating.CBecause the temperature there remains constant.DBecause they dont need air-conditioning. 5.It is not boring inside Bennetts new building because _.Athere is a telewindow on the roof projecting the outside view.Bthere are lenses a
4、nd mirrors on all floors.Cthere is an array of lenses reflecting sunlight.Dboth A andC. 6.According to Bennetts forecast of the .coming revolution in building design, _.Afuture buildings will have only 20 ,6 of their structure above the ground.Bmore future buildings will go subterranean than they do
5、 today.Conly constructions of historic interest will remain above the ground.Dsubterranean structures will all go 110 feet into the earth. 7.Another advantage in building down rather than up is that _.Asurface constructions then can be more aesthetically plannedBhistoric landmarks then can be better
6、 preserved.Cthere wont be skyscrapers blocking our view.Dthere will be more green land left untouched. 8.The Zip Code system is used so as to _.Aread addresses quickly.Bhandle mail by machines.Csort out mail very fast.Ddo all of the above. 9.From the passage we may infer that the smallest delivery u
7、nit in the postal system in U. S.Ais a _.A. a state.Bdelivery station.Ca geographical area.Dmetropolitan post office. 10.The second digit in the Zip Code identifies _.Atwo or three states.Ba part of populous states.Ca state.Dall of the above. 11.The Zip Code, the numerical system, was publicized in
8、_.A1943.B1963.C1974.Dnot know. 12.We often hear the (21) Bug while using computers. But what is a bug In computer science, a bug (22) an error in software or hardware. In software, a bug is an error in coding or logic that causes a program to malfunction or to (23) incorrect results. Minor bugs, for
9、 example a cursor that does not behave as (24) can be inconvenient or frustrating, but not damaging to (25) . More severe bugs can cause a program to hang ( stop responding to (26) and might (27) the user with no (28) but to restart file program. ), losing whatever (29) work had not been saved. In (
10、30) case, the programmer must find and correct the error by the (31) known as debugging. Because of the (32) risk to important data, commercial application programs are tested and (33) as completely as possible before release. Minor bugs found after the program becomes (34) are corrected in next upd
11、ate; more (35) bugs can sometimes be fixed with special software, called patches, that circumvents or otherwise (36) its effects. In hardware, a bug is a recurring (37) problem that prevents a system or set of (38) from working together properly. The (39) of the term reputedly goes back to the early
12、 days of computer at Harvard University was (40) a moth caught between the contacts of a relay in the machine.21().AminorBmajorCimportantDsevere13.We often hear the (21) Bug while using computers. But what is a bug In computer science, a bug (22) an error in software or hardware. In software, a bug
13、is an error in coding or logic that causes a program to malfunction or to (23) incorrect results. Minor bugs, for example a cursor that does not behave as (24) can be inconvenient or frustrating, but not damaging to (25) . More severe bugs can cause a program to hang ( stop responding to (26) and mi
14、ght (27) the user with no (28) but to restart file program. ), losing whatever (29) work had not been saved. In (30) case, the programmer must find and correct the error by the (31) known as debugging. Because of the (32) risk to important data, commercial application programs are tested and (33) as
15、 completely as possible before release. Minor bugs found after the program becomes (34) are corrected in next update; more (35) bugs can sometimes be fixed with special software, called patches, that circumvents or otherwise (36) its effects. In hardware, a bug is a recurring (37) problem that preve
16、nts a system or set of (38) from working together properly. The (39) of the term reputedly goes back to the early days of computer at Harvard University was (40) a moth caught between the contacts of a relay in the machine.22().AalleviatesBworsensCreducesDenhances14.We often hear the (21) Bug while
17、using computers. But what is a bug In computer science, a bug (22) an error in software or hardware. In software, a bug is an error in coding or logic that causes a program to malfunction or to (23) incorrect results. Minor bugs, for example a cursor that does not behave as (24) can be inconvenient
18、or frustrating, but not damaging to (25) . More severe bugs can cause a program to hang ( stop responding to (26) and might (27) the user with no (28) but to restart file program. ), losing whatever (29) work had not been saved. In (30) case, the programmer must find and correct the error by the (31
19、) known as debugging. Because of the (32) risk to important data, commercial application programs are tested and (33) as completely as possible before release. Minor bugs found after the program becomes (34) are corrected in next update; more (35) bugs can sometimes be fixed with special software, c
20、alled patches, that circumvents or otherwise (36) its effects. In hardware, a bug is a recurring (37) problem that prevents a system or set of (38) from working together properly. The (39) of the term reputedly goes back to the early days of computer at Harvard University was (40) a moth caught betw
21、een the contacts of a relay in the machine.23().AbeginningBstartCsourceDorigin15.We often hear the (21) Bug while using computers. But what is a bug In computer science, a bug (22) an error in software or hardware. In software, a bug is an error in coding or logic that causes a program to malfunctio
22、n or to (23) incorrect results. Minor bugs, for example a cursor that does not behave as (24) can be inconvenient or frustrating, but not damaging to (25) . More severe bugs can cause a program to hang ( stop responding to (26) and might (27) the user with no (28) but to restart file program. ), los
23、ing whatever (29) work had not been saved. In (30) case, the programmer must find and correct the error by the (31) known as debugging. Because of the (32) risk to important data, commercial application programs are tested and (33) as completely as possible before release. Minor bugs found after the
24、 program becomes (34) are corrected in next update; more (35) bugs can sometimes be fixed with special software, called patches, that circumvents or otherwise (36) its effects. In hardware, a bug is a recurring (37) problem that prevents a system or set of (38) from working together properly. The (3
25、9) of the term reputedly goes back to the early days of computer at Harvard University was (40) a moth caught between the contacts of a relay in the machine.24().AproduceBachieveCrecreateDattain16.We often hear the (21) Bug while using computers. But what is a bug In computer science, a bug (22) an
26、error in software or hardware. In software, a bug is an error in coding or logic that causes a program to malfunction or to (23) incorrect results. Minor bugs, for example a cursor that does not behave as (24) can be inconvenient or frustrating, but not damaging to (25) . More severe bugs can cause
27、a program to hang ( stop responding to (26) and might (27) the user with no (28) but to restart file program. ), losing whatever (29) work had not been saved. In (30) case, the programmer must find and correct the error by the (31) known as debugging. Because of the (32) risk to important data, comm
28、ercial application programs are tested and (33) as completely as possible before release. Minor bugs found after the program becomes (34) are corrected in next update; more (35) bugs can sometimes be fixed with special software, called patches, that circumvents or otherwise (36) its effects. In hard
29、ware, a bug is a recurring (37) problem that prevents a system or set of (38) from working together properly. The (39) of the term reputedly goes back to the early days of computer at Harvard University was (40) a moth caught between the contacts of a relay in the machine.25().AtrackedBtracedCfollow
30、edDdetected17.We often hear the (21) Bug while using computers. But what is a bug In computer science, a bug (22) an error in software or hardware. In software, a bug is an error in coding or logic that causes a program to malfunction or to (23) incorrect results. Minor bugs, for example a cursor th
31、at does not behave as (24) can be inconvenient or frustrating, but not damaging to (25) . More severe bugs can cause a program to hang ( stop responding to (26) and might (27) the user with no (28) but to restart file program. ), losing whatever (29) work had not been saved. In (30) case, the progra
32、mmer must find and correct the error by the (31) known as debugging. Because of the (32) risk to important data, commercial application programs are tested and (33) as completely as possible before release. Minor bugs found after the program becomes (34) are corrected in next update; more (35) bugs
33、can sometimes be fixed with special software, called patches, that circumvents or otherwise (36) its effects. In hardware, a bug is a recurring (37) problem that prevents a system or set of (38) from working together properly. The (39) of the term reputedly goes back to the early days of computer at
34、 Harvard University was (40) a moth caught between the contacts of a relay in the machine.26().AgrantBretainCleaveDreward18.We often hear the (21) Bug while using computers. But what is a bug In computer science, a bug (22) an error in software or hardware. In software, a bug is an error in coding o
35、r logic that causes a program to malfunction or to (23) incorrect results. Minor bugs, for example a cursor that does not behave as (24) can be inconvenient or frustrating, but not damaging to (25) . More severe bugs can cause a program to hang ( stop responding to (26) and might (27) the user with
36、no (28) but to restart file program. ), losing whatever (29) work had not been saved. In (30) case, the programmer must find and correct the error by the (31) known as debugging. Because of the (32) risk to important data, commercial application programs are tested and (33) as completely as possible
37、 before release. Minor bugs found after the program becomes (34) are corrected in next update; more (35) bugs can sometimes be fixed with special software, called patches, that circumvents or otherwise (36) its effects. In hardware, a bug is a recurring (37) problem that prevents a system or set of
38、(38) from working together properly. The (39) of the term reputedly goes back to the early days of computer at Harvard University was (40) a moth caught between the contacts of a relay in the machine.28().AmentalBphysicalCformalDsubstantial19.We often hear the (21) Bug while using computers. But wha
39、t is a bug In computer science, a bug (22) an error in software or hardware. In software, a bug is an error in coding or logic that causes a program to malfunction or to (23) incorrect results. Minor bugs, for example a cursor that does not behave as (24) can be inconvenient or frustrating, but not
40、damaging to (25) . More severe bugs can cause a program to hang ( stop responding to (26) and might (27) the user with no (28) but to restart file program. ), losing whatever (29) work had not been saved. In (30) case, the programmer must find and correct the error by the (31) known as debugging. Be
41、cause of the (32) risk to important data, commercial application programs are tested and (33) as completely as possible before release. Minor bugs found after the program becomes (34) are corrected in next update; more (35) bugs can sometimes be fixed with special software, called patches, that circ
42、umvents or otherwise (36) its effects. In hardware, a bug is a recurring (37) problem that prevents a system or set of (38) from working together properly. The (39) of the term reputedly goes back to the early days of computer at Harvard University was (40) a moth caught between the contacts of a re
43、lay in the machine.27().AalternativeBobjectiveCcollectiveDderivative20.We often hear the (21) Bug while using computers. But what is a bug In computer science, a bug (22) an error in software or hardware. In software, a bug is an error in coding or logic that causes a program to malfunction or to (2
44、3) incorrect results. Minor bugs, for example a cursor that does not behave as (24) can be inconvenient or frustrating, but not damaging to (25) . More severe bugs can cause a program to hang ( stop responding to (26) and might (27) the user with no (28) but to restart file program. ), losing whatev
45、er (29) work had not been saved. In (30) case, the programmer must find and correct the error by the (31) known as debugging. Because of the (32) risk to important data, commercial application programs are tested and (33) as completely as possible before release. Minor bugs found after the program b
46、ecomes (34) are corrected in next update; more (35) bugs can sometimes be fixed with special software, called patches, that circumvents or otherwise (36) its effects. In hardware, a bug is a recurring (37) problem that prevents a system or set of (38) from working together properly. The (39) of the
47、term reputedly goes back to the early days of computer at Harvard University was (40) a moth caught between the contacts of a relay in the machine.29().Arecurs toBprefers toCattributes toDrefers to21.We often hear the (21) Bug while using computers. But what is a bug In computer science, a bug (22) an error in softwar