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[函数说明3.1] 假设以带头结点的单循环链表作非递减有序线性表的存储结构。函数deleteklist(LinkList head)的功能是删除表中所有数值相同的多余元素，并释放结点空间。 [函数3.1] Void deleteklist (LinkList head) LinkNode p，q; p=head-＞next; while (p!=head) q=p-＞next; while( (1) ) (2) ; free(q); q=p-＞next; p=p-＞next; [函数说明3.2] 已知一棵完全二叉树存放于一个一维数组T[n]中，T[n]中存放的是各结点的值。下面的程序的功能是：从T[0]开始顺序读出各结点的值，建立该二叉树的二叉链表表示。 [函数3.2] #include＜istream.h＞ typedef struct node int data; stuct node leftChild,rightchild; BintreeNode; typedef BintreeNode BinaryTree; void ConstrucTree(int T[] , int n, int i, BintreeNode ＆ptr) if(i＞=n) (3) ; /置根指针为空/ else ptr=(BTNode) malloc(sizeof(BTNode)) ptr-＞data=T[i]; ConstrucTree (T,n, 2i+1, (4) ); ConstrucTree (T,n, (5) ,ptr-＞rightchild); main(void) /根据顺序存储结构建立二叉链表/ Binarytree bitree; int n; printf("please enter the number of node: \n%s"; n); int A=(int)malloc (nsizeof (int)) ; for (int i=0; i＜n; i++) scanf("%d" ,A+i); /从键盘输入结点值*/ for (int i=0; i＜n; i++) printf("%d",A[i]); ConstructTree (A,n, 0,bitree);

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会计电算化档案包括机内会计数据，软盘等备份的会计数据，以及打印输出的会计凭证、账簿、报表等数据。（）

A. 对
B. 错

Passage Two

A. The Investments in financial assets.
B. The accumulation of past savings of income.
C. The money we hold in cash.
D. The net revenue in the transaction.

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Section One Directions: In this section, you will hear ten short statements. Each statement will be spoken only once. After each statement, there will be a pause. During the pause, you must read the four suggested answers marked A, B, C and D, and decide which is the best answer.

A. The foreign banks should have set up a representative office.
B. The foreign banks can’t apply for a branch.
C. The foreign banks can’t expand business in China.
D. The foreign banks are forbidden to set up a representative office.

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[说明] 下面程序是为汽车市场编制的一个程序的一部分。其中automobile是基类。 [Java程序] class MainJava public static void main (String agr[] car sedan=new car; sedan.initialize (24, 20.0, 4); System.out.println("The sedan can travel" + (1) +"miles.\n"); System.out .println("The sedan has" + (2) +"doors.\n"); class automobile protected int miles_per_gallon; //汽车每加仑行驶公里数 (3) double fuel_capacity; //油箱容积 public void initialize (int in_mpg, int in_fuel) miles_per_gallon=in_mpg; fuel_capacity=in_fuel; public int get_mpg() //提供一辆特定汽车每加仑公里数 return miles_per_gallon; public double get_fuel() //提供油箱容积 return fuel_capacity; public double travel_distance() //计算满油箱情况下的可行驶总公里数 return (4) ; class car (5) private int Total_doors; public void initialize(int in_mpg, double in_fuel, int doors) Total_doors=doors; miles_per_gallon=in_mpg; fuel_capacity=in_fuel; public int doors() return Total_doors;

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