The word "accepted" in the last sentence of the first paragraph roughly means ______.A) believedB) assumedC) receivedD) reconciled

The word "accepted" in the last sentence of the first paragraph roughly means ______.

A) believed

B) assumed

C) received

D) reconciled


相关考题:

Examine the structure of the EMPLOYEES table:Column name Data type RemarksEMPLOYEE_ID NUMBER NOT NULL, Primary KeyLAST_NAME VARCNAR2(30)FIRST_NAME VARCNAR2(30)JOB_ID NUMBERSAL NUMBERMGR_ID NUMBER References EMPLOYEE_ID column DEPARTMENT_ID NUMBERYou need to create an index called NAME_IDX on the first name and last name fields of the EMPLOYEES table. Which SQL statement would you use to perform this task? ()A. CREATE INDEX NAME _IDX (first_name, last_name);B. CREATE INDEX NAME _IDX (first_name, AND last_name)C. CREATE INDEX NAME_IDX ON (First_name, last_name);D. CREATE INDEX NAME_IDX ON employees (First_name, AND last_name);E. CREATE INDEX NAME_IDX ON employees (First_name, last_name);F. CREATE INDEX NAME_IDX FOR employees (First_name, last_name);

Given the following query:SELECT last_name, first_name, age, hire_date FROM employee WHERE age >40Which of the following clauses must be added to return the rows sorted by AGE, oldest first, and by LAST_NAME, from A to Z?()A.SORT BY age ASC, last_nameB.SORT BY age DESC, last_nameC.ORDER BY age DESC, last_nameD.ORDER BY age ASC, last_name

阅读下列说明和C代码,回答问题 1 至问题 3,将解答写在答题纸的对应栏内。 【说明】 假币问题:有n枚硬币,其中有一枚是假币,己知假币的重量较轻。现只有一个天平,要求用尽量少的比较次数找出这枚假币。 【分析问题】 将n枚硬币分成相等的两部分: (1)当n为偶数时,将前后两部分,即 1...n/2和n/2+1...0,放在天平的两端,较轻的一端里有假币,继续在较轻的这部分硬币中用同样的方法找出假币: (2)当n为奇数时,将前后两部分,即1..(n -1)/2和(n+1)/2+1...0,放在天平的两端,较轻的一端里有假币,继续在较轻的这部分硬币中用同样的方法找出假币;若两端重量相等,则中间的硬币,即第 (n+1)/2枚硬币是假币。 【C代码】 下面是算法的C语言实现,其中: coins[]: 硬币数组 first,last:当前考虑的硬币数组中的第一个和最后一个下标 include stdio.h int getCounterfeitCoin(int coins[], int first,int last) { int firstSum = 0,lastSum = 0; int ; If(first==last-1){ /*只剩两枚硬币*/ if(coins[first] coins[last]) return first; return last; } if((last - first + 1) % 2 ==0){ /*偶数枚硬币*/ for(i = first;i ( 1 );i++){ firstSum+= coins[i]; } for(i=first + (last-first) / 2 + 1;i last +1;i++){ lastSum += coins[i]; } if( 2 ){ Return getCounterfeitCoin(coins,first,first+(last-first)/2;) }else{ Return getCounterfeitCoin(coins,first+(last-first)/2+1,last;) } } else{ /*奇数枚硬币*/ For(i=first;ifirst+(last-first)/2;i++){ firstSum+=coins[i]; } For(i=first+(last-first)/2+1;ilast+1;i++){ lastSum+=coins[i]; } If(firstSumlastSum){ return getCounterfeitCoin(coins,first,first+(last-first)/2-1); }else if(firstSumlastSum){ return getCounterfeitCoin(coins,first+(last-first)/2-1,last); }else{ Return( 3 ) } } }【问题一】 根据题干说明,填充C代码中的空(1)-(3) 【问题二】 根据题干说明和C代码,算法采用了( )设计策略。 函数getCounterfeitCoin的时间复杂度为( )(用O表示)。 【问题三】 若输入的硬币数为30,则最少的比较次数为( ),最多的比较次数为( )。

15、数组q[M]存储一个循环队,first和last分别是首尾指针。当前队中元素个数为_____。A.(last- first+M)%MB.last-first+1C.last-first-1D.last-first

数组q[M]存储一个循环队,first和last分别是首尾指针,如果使元素x进队操作的语句为“q[last]=x,last=(last+1)%m;”那么判断队满的条件是_____。A.last= =firstB.last= =M-1C.(last+1)%m= =firstD.last+1= =first

数组q[M]存储一个循环队,first和last分别是首尾指针。如果使元素x出队操作的语句为“first=(first+1)%m, x=q[first];”。那么元素x进队的语句是_____。A.last=(last+1)%m,q[last]=x;B.x=q[last], last =(last+1)%m;C.q[last+1]=x;D.q[(last+1)%m]=x;

数组q[M]存储一个循环队,first和last分别是首尾指针。当前队中元素个数为_____。A.(last- first+M)%MB.last-first+1C.last-first-1D.last-first

20、以下代码的输出结果是() let obj = { first: 'hello', last: 'world' }; let { first: f, last: l } = obj; console.log(f);A.firstB.helloC.lastD.world

11、数组q[M]存储一个循环队,first和last分别是首尾指针。如果使元素x出队操作的语句为“first=(first+1)%m, x=q[first];”。那么元素x进队的语句是_____。A.last=(last+1)%m,q[last]=x;B.x=q[last], last =(last+1)%m;C.q[last+1]=x;D.q[(last+1)%m]=x;

1、数组q[M]存储一个循环队,first和last分别是首尾指针。当前队中元素个数为_____。A.(last- first+M)%MB.last-first+1C.last-first-1D.last-first