题目内容 （请给出正确答案）
提问人：网友l******8 发布时间：2022年3月14日 22:37
[判断题]

驱动通风机所需要的功率p称为轴功率，或者说单位时间内传递给通风机轴的能量，单位为kW。

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十点题库官方参考答案 （由十点题库聘请的专业题库老师提供的解答）
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阅读下列函数说明和C代码，将应填入（n)处的字句写在对应栏内。【说明】 函数diff的功能是：根据两个由
阅读下列函数说明和C代码，将应填入(n)处的字句写在对应栏内。【说明】函数diff的功能是：根据两个由整数(都大于-32768)按升序构成的单链表L1和L2(分别由A，B指向)构造一个单链表L3(由*r指向)，要求13中的所有整数都是L1，并且不是 L2中的整数，还要求L3中的所有整数都两两不等。【函数】include ＜ malloc. h ＞typedef struct node {int d;struct node * next} Node;void diff(Node *A,Node * B,Node * * r){int lastnum;Node * p;*r = NULL;if(! A) return;while((1))if(A-＞d ＜ B -＞d){lastnum =A -＞ d;p= (Node * ) malloc(sizeof(Node) );p-＞d = lastnum;p-＞next= *r;(2);doA = A -＞ next;while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

【说明】函数diff的功能是：根据两个由整数(都大于-32768)按升序构成的单链表L1和L2(分别由A，B指向)构造一个单链表L3(由*r指向)，要求13中的所有整数都是L1，并且不是 L2中的整数，还要求L3中的所有整数都两两不等。【函数】include ＜ malloc. h ＞typedef struct node {int d;struct node * next} Node;void diff(Node *A,Node * B,Node * * r){int lastnum;Node * p;*r = NULL;if(! A) return;while((1))if(A-＞d ＜ B -＞d){lastnum =A -＞ d;p= (Node * ) malloc(sizeof(Node) );p-＞d = lastnum;p-＞next= *r;(2);doA = A -＞ next;while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

函数diff的功能是：根据两个由整数(都大于-32768)按升序构成的单链表L1和L2(分别由A，B指向)构造一个单链表L3(由*r指向)，要求13中的所有整数都是L1，并且不是 L2中的整数，还要求L3中的所有整数都两两不等。【函数】include ＜ malloc. h ＞typedef struct node {int d;struct node * next} Node;void diff(Node *A,Node * B,Node * * r){int lastnum;Node * p;*r = NULL;if(! A) return;while((1))if(A-＞d ＜ B -＞d){lastnum =A -＞ d;p= (Node * ) malloc(sizeof(Node) );p-＞d = lastnum;p-＞next= *r;(2);doA = A -＞ next;while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

【函数】include ＜ malloc. h ＞typedef struct node {int d;struct node * next} Node;void diff(Node *A,Node * B,Node * * r){int lastnum;Node * p;*r = NULL;if(! A) return;while((1))if(A-＞d ＜ B -＞d){lastnum =A -＞ d;p= (Node * ) malloc(sizeof(Node) );p-＞d = lastnum;p-＞next= *r;(2);doA = A -＞ next;while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

include ＜ malloc. h ＞typedef struct node {int d;struct node * next} Node;void diff(Node *A,Node * B,Node * * r){int lastnum;Node * p;*r = NULL;if(! A) return;while((1))if(A-＞d ＜ B -＞d){lastnum =A -＞ d;p= (Node * ) malloc(sizeof(Node) );p-＞d = lastnum;p-＞next= *r;(2);doA = A -＞ next;while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

typedef struct node {int d;struct node * next} Node;void diff(Node *A,Node * B,Node * * r){int lastnum;Node * p;*r = NULL;if(! A) return;while((1))if(A-＞d ＜ B -＞d){lastnum =A -＞ d;p= (Node * ) malloc(sizeof(Node) );p-＞d = lastnum;p-＞next= *r;(2);doA = A -＞ next;while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

int d;struct node * next} Node;void diff(Node *A,Node * B,Node * * r){int lastnum;Node * p;*r = NULL;if(! A) return;while((1))if(A-＞d ＜ B -＞d){lastnum =A -＞ d;p= (Node * ) malloc(sizeof(Node) );p-＞d = lastnum;p-＞next= *r;(2);doA = A -＞ next;while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

struct node * next} Node;void diff(Node *A,Node * B,Node * * r){int lastnum;Node * p;*r = NULL;if(! A) return;while((1))if(A-＞d ＜ B -＞d){lastnum =A -＞ d;p= (Node * ) malloc(sizeof(Node) );p-＞d = lastnum;p-＞next= *r;(2);doA = A -＞ next;while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

} Node;void diff(Node *A,Node * B,Node * * r){int lastnum;Node * p;*r = NULL;if(! A) return;while((1))if(A-＞d ＜ B -＞d){lastnum =A -＞ d;p= (Node * ) malloc(sizeof(Node) );p-＞d = lastnum;p-＞next= *r;(2);doA = A -＞ next;while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

void diff(Node *A,Node * B,Node * * r){int lastnum;Node * p;*r = NULL;if(! A) return;while((1))if(A-＞d ＜ B -＞d){lastnum =A -＞ d;p= (Node * ) malloc(sizeof(Node) );p-＞d = lastnum;p-＞next= *r;(2);doA = A -＞ next;while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

{int lastnum;Node * p;*r = NULL;if(! A) return;while((1))if(A-＞d ＜ B -＞d){lastnum =A -＞ d;p= (Node * ) malloc(sizeof(Node) );p-＞d = lastnum;p-＞next= *r;(2);doA = A -＞ next;while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

int lastnum;Node * p;*r = NULL;if(! A) return;while((1))if(A-＞d ＜ B -＞d){lastnum =A -＞ d;p= (Node * ) malloc(sizeof(Node) );p-＞d = lastnum;p-＞next= *r;(2);doA = A -＞ next;while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

Node * p;*r = NULL;if(! A) return;while((1))if(A-＞d ＜ B -＞d){lastnum =A -＞ d;p= (Node * ) malloc(sizeof(Node) );p-＞d = lastnum;p-＞next= *r;(2);doA = A -＞ next;while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

*r = NULL;if(! A) return;while((1))if(A-＞d ＜ B -＞d){lastnum =A -＞ d;p= (Node * ) malloc(sizeof(Node) );p-＞d = lastnum;p-＞next= *r;(2);doA = A -＞ next;while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

if(! A) return;while((1))if(A-＞d ＜ B -＞d){lastnum =A -＞ d;p= (Node * ) malloc(sizeof(Node) );p-＞d = lastnum;p-＞next= *r;(2);doA = A -＞ next;while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

while((1))if(A-＞d ＜ B -＞d){lastnum =A -＞ d;p= (Node * ) malloc(sizeof(Node) );p-＞d = lastnum;p-＞next= *r;(2);doA = A -＞ next;while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

if(A-＞d ＜ B -＞d){lastnum =A -＞ d;p= (Node * ) malloc(sizeof(Node) );p-＞d = lastnum;p-＞next= *r;(2);doA = A -＞ next;while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

{lastnum =A -＞ d;p= (Node * ) malloc(sizeof(Node) );p-＞d = lastnum;p-＞next= *r;(2);doA = A -＞ next;while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

lastnum =A -＞ d;p= (Node * ) malloc(sizeof(Node) );p-＞d = lastnum;p-＞next= *r;(2);doA = A -＞ next;while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

p= (Node * ) malloc(sizeof(Node) );p-＞d = lastnum;p-＞next= *r;(2);doA = A -＞ next;while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

p-＞d = lastnum;p-＞next= *r;(2);doA = A -＞ next;while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

p-＞next= *r;(2);doA = A -＞ next;while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

doA = A -＞ next;while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

A = A -＞ next;while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

while((3));}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

}else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

else if(A-＞d ＞ B-＞d)B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

B=B- ＞next;else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

else {(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

(4);lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

lastnum=A -＞ d;while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

while (A && A-＞d = = lastnum) A=A-＞ next;}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

}while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

while(A){lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

{lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

lastnum=A-＞d;p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

p=(Node * ) malloc(sizeof(Node) );p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

p-＞ d = lastnum;(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

(5);*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

*r=p;while (A && A-＞d = = lastnum) A=A-＞next;}}

while (A && A-＞d = = lastnum) A=A-＞next;}}

}}

}
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油站经理是便利店经营管理的主要责任人，以下（）是油站经理日常便利店管理工作内容。
A.便利店布局与商品陈列
B.了解顾客
C.促销、采购、库存管理
D.销售数据分析
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以下属于天线的电性能的参数是（）。
A.工作频段
B.增益
C.方向图
D.前后比
E.旁瓣抑制与零点填充
F.极化方式
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压力控制阀的基本作用是控制和调节液压系统中油液的压力，大致分为三种（）。
A.吸液阀
B.溢流阀
C.减压阀
D.顺序阀
E.调速阀
F.分流阀
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