75 A progress        B goal           C result           D p

题目
单选题
75 A progress        B goal           C result           D purpose
A

A

B

B

C

C

D

D

参考答案和解析
正确答案: B
解析:
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相似问题和答案

第1题:

P75钢轨的头部顶面宽()mm。

A.73

B.72

C.71

D.75


正确答案:D

第2题:

●Developing the project schedule is often an iterative process. It determines the planned start and finish dates for project activities and milestones. Schedule development can require the review and revision of duration estimates and resource estimates to create an approved project schedule that can serve as a baseline to (75) progress.

(75)

A. analyze

B. track

C. level

D. extend


正确答案:B

第3题:

75 Creation of project objectives:

A. allows for data collection and analysis and progress reporting against which standards of performance can be measured.

B. is accomplished by selection of measurable variables against which performance can be judged. C. is required before funding of the project by the project sponsor.

D. all of the above.

E. A and B only


正确答案:E

第4题:

请补充main函数,该函数的功能是:从键盘输入只有两个整数参与运算的一个四则运算式,然后计算出它的值。注意数字全部为正整数。

例如,输入308*28,结果为8624.000000。

注意:部分源程序给出如下。

请勿改动主函数main和其他函数中的任何内容,仅在 main函数的横线上填入所编写的若干表达式或语句。

试题程序:

include<stdio, h>

main ( )

{

int a=0, b=0, flag=l, fg=l;

float result;

char *p, ch;

char str[10];

clrscr ();

printf("\n Input a string \n");

gets (str);

p=str;

while (*p)

{

if (*p>='0' &&*p<='9' && flag==l )

a=【 】;

else

if (fg)

{

ch=*p;

flag=2;

fg=0;

}

if (*p>='0 ' &&*p<='9' &&flag==2)

b=【 】;

p++;

}

switch(【 】)

{

case '+': result=a+b;break;

case '-': result=a-b;break;

case '*' :result=a*b;break;

case '/' :result= (float) a/b;break;

printf ("\nresult=%f", result);

}


正确答案:a*l0+*p-'0' b*10+*p-'0' ch
a*l0+*p-'0' b*10+*p-'0' ch 解析:第一空:变量a用来保存第一个整数,*p-‘0’得到指针p所指的数字字符的对应数字。第二空:同理,变量b用来保存第二个整数。第三空:字符ch中保存的是四则运算符,而switch语句中case后面的常量表达式都是运算符,所以为了能够匹配,switch后面括号中的表达式应该为ch。

第5题:

MIMD systems can be classified into(71)-oriented systems, high-availability systems and response-oriented systems. The goal of(71). oriented multiprocessing is to obtain high(71)(72)minimal computing cost. The techniques employed by multiprocessor operating systems to achieve this goal take advantage of an inherent processing versus input/output balance in the workload to produce(73)and(74)loading of system(75).

A.though

B.through

C.throughout

D.throughput


正确答案:D

第6题:

____________

[A] progress [B] fact [C] need [D] question


正确答案:D

本题测试词组搭配,in progress 意为进行中in fact 意为事实上 in need意为在危难中 in question 意为正在被讨论的,前一句正在谈论 “ group群体” ,本句衔接上一句表达正在被讨论的这个群体,所以选D

第7题:

(d) There is considerable evidence to suggest that as a result of implementation problems less than 50% of all

acquisitions achieve their objectives and actually end up reducing shareholder value.

Required:

Provide Ken with a brief report on the most likely sources of integration problems and describe the key

performance indicators he should use to measure progress towards acquisition objectives. (15 marks)


正确答案:
(d) Many academic studies, together with actual managerial experience, point to the post-acquisition integration phase as being
the key to an acquirer achieving their acquisition objectives. In particular, the creation (or destruction) of shareholder value
rests most heavily on the success of the integration phase, which in turn helps determine whether the acquirer has chosen
the ‘right’ target company and paid the right price for it. One source strongly argues that the capability to manage the
integration of the two organisational sturctures, in particular the conversion of information systems and retention and
motivation of key employees, determines how much value can be extracted from the combined entities. The ability to manage
the integration process will therefore affect the success of the prior phases of the acquisition process – the search for and
screening of potential candidates, the effective carrying out of due diligence, financial evaluation and successful negotiation
of the deal.
Unfortunately, the failure to develop the necessary integration skills dooms many firms to continued failure with their
acquisitions, though some firms are conspicuously successful in developing such a capability and they gain significant
competitive advantage over their less successful competitors and create value for the stakeholders. One explanation for this
conspicuous inability to learn from past acquisition experience, compared with other activities in the value chain, lies with
their infrequency and variety. ‘No acquisition is like another.’ Much of the difficulty however lies in the complex

interrelationship and interdependency between the activities being integrated and a consequent difficulty of knowing what is
causing performance problems. Thus, it is no good communicating all the positives to the customer if there is a failure to
retain and motivate the sales force. To this complexity of integrating different processes is added the problem of developing
appropriate measures of and accurate monitoring of the integration processes. In one study of US bank acquirers, only 40%
had developed specific performance measures for the systems conversion process, despite the critical importance of systems
integration to efficient operation of the combined banks. Key performance indicators need to be set in the areas previously
identified as offering major opportunities for synergies. These synergies will affect both the cost and revenue side of the
business. Real cost reductions are clearly a major reason for the proposed acquisition in view of the competitive environment
faced. Equally relevant are appropriate measures of customer service. Each area will need appropriate key performance
indicators showing priorities and relevant timescales for achievement.
Therefore, there is a critical need to learn from previous experience and the relationship between decisions made, actions
taken and performance outcomes. This knowledge and experience needs to be effectively recorded and shared. It can then
influence the earlier phases of the acquisition referred to above, thus leading to a virtuous circle of better integration and
acquisitions that actually enhance value. In so doing, acquisitions can lead to faster growth and better performance.

第8题:

●When the result of an operation becomes larger than the limits of the representation, (75) occurs.

(75) A.overdose

B.overflow

C.overdraft

D.overexposure


正确答案:B
【解析】当某项操作的结果超过本身的限制时,就会发生溢出。

第9题:

假定a=3,下列程序的运行结果是()。ineludeint fun(int n);void main(){cout<<"Pleas

假定a=3,下列程序的运行结果是( )。 #inelude<iostream.h> int fun(int n); void main() { cout<<"Please input a number:"; int a,result=0; cin>>a; result=fun(a); tout<<result<<end1; } intfun(int n) { int p=1,result=0; for(int i=1;i<=n;i++) { p*=i; result+=p; } return result; )

A.4

B.8

C.9

D.20


正确答案:C
解析:由程序main主函数入手,调用fun函数获得返回值result输出。题目中假定a=3,即调用语句fun(a)中的输入参数为a,进入fun函数,在for循环中当i小于等于n,即输入参数3时,循环3次执行“p*=5;result+=p;”语句。即执行三次p=p*i,result=result+p,result的结果为9。返回的fun函数结果为9,即“coutresultend1;”输出9。

第10题:

When the result of an operation becomes larger than the limits of the representation,(75)occurs.

A.overdose

B.orerfnow

C.overdraft

D.overeposure


正确答案:B
解析:当某项操作的结果超过本身的限制时,就会发生溢出。

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