程序的输出结果为____。#include<stdio.h>union bt{int a;int b[2];};void fun(union bt *c){c->a=-7;c->b[0]=9;c->b[1]=8;}void main( ){union bt c;fun(&c);printf("%d\n", c.a);}
程序的输出结果为____。#include<stdio.h>union bt{int a;int b[2];};void fun(union bt *c){c->a=-7;c->b[0]=9;c->b[1]=8;}void main( ){union bt c;fun(&c);printf("%d\n", c.a);}
Ph染色体是哪一组染色体异常() A: At(15;17) B: Bt(6;9) C: Ct(9;22) D: Dt(4;8) E: Et(18;21)
Ph染色体是哪一组染色体异常() A: At(15;17) B: Bt(6;9) C: Ct(9;22) D: Dt(4;8) E: Et(18;21)
BT供电方式中BT指的是(
BT供电方式中BT指的是(
APL伴有染色体异常是() A: At(9;22) B: Bt(15;17) C: Cinv(16) D: Dt(11;14) E: Et(8;21)
APL伴有染色体异常是() A: At(9;22) B: Bt(15;17) C: Cinv(16) D: Dt(11;14) E: Et(8;21)
转基因BT棉花中的BT代表的是
转基因BT棉花中的BT代表的是
void PreOrder(BinTree bt)//递归先序遍历算法{ if(bt==NULL) return; //递归出口visit(bt); //访问根结点 InOrder (leftchild(bt)); //中序遍历左子树 InOrder (rightchild(bt)); //中序遍历右子树 }void InOrder(BinTree bt)//递归中序遍历算法{ if(bt==NULL) return; //递归出口 PreOrder (leftchild(bt)); //先序遍历左子树 visit(bt); //访问根结点 PreOrder (rightchild(bt)); //先序遍历右子树 }void main(){ bt = CreateBinTree();//创建一棵二叉树 Preorder(bt); //入口}对下面二叉树执行以上程序,则输出序列是()[img=94x192]1803078d93c9821.png[/img] A: 1,2,3,4,5 B: 1,3,5,4,2 C: 5,4,3,2,1 D: 1,3,4,5,2
void PreOrder(BinTree bt)//递归先序遍历算法{ if(bt==NULL) return; //递归出口visit(bt); //访问根结点 InOrder (leftchild(bt)); //中序遍历左子树 InOrder (rightchild(bt)); //中序遍历右子树 }void InOrder(BinTree bt)//递归中序遍历算法{ if(bt==NULL) return; //递归出口 PreOrder (leftchild(bt)); //先序遍历左子树 visit(bt); //访问根结点 PreOrder (rightchild(bt)); //先序遍历右子树 }void main(){ bt = CreateBinTree();//创建一棵二叉树 Preorder(bt); //入口}对下面二叉树执行以上程序,则输出序列是()[img=94x192]1803078d93c9821.png[/img] A: 1,2,3,4,5 B: 1,3,5,4,2 C: 5,4,3,2,1 D: 1,3,4,5,2
void PreOrder(BinTree bt)//递归先序遍历算法{ if(bt==NULL) return; //递归出口 visit(bt); //访问根结点 InOrder (leftchild(bt)); //中序遍历左子树 InOrder (rightchild(bt)); //中序遍历右子树 }void InOrder(BinTree bt)//递归中序遍历算法{ if(bt==NULL) return; //递归出口 PreOrder (leftchild(bt)); //先序遍历左子树 visit(bt); //访问根结点 PreOrder (rightchild(bt)); //先序遍历右子树 }void main(){ bt = CreateBinTree(); //创建一棵二叉树 Preorder(bt); //入口}对下面二叉树执行以上程序,则输出序列是()[img=94x192]18031cb3c2815d5.png[/img] A: 1,3,5,4,2 B: 1,2,3,4,5 C: 5,4,3,2,1 D: 1,3,4,5,2
void PreOrder(BinTree bt)//递归先序遍历算法{ if(bt==NULL) return; //递归出口 visit(bt); //访问根结点 InOrder (leftchild(bt)); //中序遍历左子树 InOrder (rightchild(bt)); //中序遍历右子树 }void InOrder(BinTree bt)//递归中序遍历算法{ if(bt==NULL) return; //递归出口 PreOrder (leftchild(bt)); //先序遍历左子树 visit(bt); //访问根结点 PreOrder (rightchild(bt)); //先序遍历右子树 }void main(){ bt = CreateBinTree(); //创建一棵二叉树 Preorder(bt); //入口}对下面二叉树执行以上程序,则输出序列是()[img=94x192]18031cb3c2815d5.png[/img] A: 1,3,5,4,2 B: 1,2,3,4,5 C: 5,4,3,2,1 D: 1,3,4,5,2
强力型刀柄是( )。 A: BT/MLC刀柄 B: BT/FMA刀柄 C: BT/ER刀柄 D: 莫氏刀柄
强力型刀柄是( )。 A: BT/MLC刀柄 B: BT/FMA刀柄 C: BT/ER刀柄 D: 莫氏刀柄
整个切换过程由()共同完成。 A: M B: BT C: BS D: MSC E: BT F: BS G: MSC H: BT I: BSC J: M K: BT L: BSC
整个切换过程由()共同完成。 A: M B: BT C: BS D: MSC E: BT F: BS G: MSC H: BT I: BSC J: M K: BT L: BSC
Which of the following is NOT the difference between Bt cotton and common cotton A: Bt cotton is stronger than common cotton. B: Bt cotton yields more than common cotton. C: Bt cotton needs less pesticides than common cotton. D: Bt cotton is harm to cotton bollworms.
Which of the following is NOT the difference between Bt cotton and common cotton A: Bt cotton is stronger than common cotton. B: Bt cotton yields more than common cotton. C: Bt cotton needs less pesticides than common cotton. D: Bt cotton is harm to cotton bollworms.