According to Green peace spokesman Bryan Bence, the crisis i

A. mind

B. heart

C. soul

D. spirit

According to the passage, the function of the meditation is_________.

A． to gain profit from God

B． to gain peace of mind to make a decision

C． to gain an foreknowledge

D． to gain an objective conclusion

According to Hocking, the global economic crisis might make the youngsters

.

A. wiser in money management

B. have access to better equipment

C. confident about their future careers

D. get jobs in Child Trust Funds

以下程序的输出结果是 【 11 】。

#include <stdio.h>

main( )

{ char *ch[4]={"red',"green","blue"};

int i=0;

while( ch[i] )

{ putchar( ch[i][0]); i++;)

}

A: Let me introduce myself. I'm Green. B: Pleased to meet you.()

A. to write

B. write

C. writing

D. have write

5． —Good morning， I'm Jim Green， your new manager．

—Good morning，________．

A． Mr Jim

B． Mr Green

C． Mr Jim Green

D． Green manager

(A)I think so. Thank you very much.

(B) Sorry, I don’t know. I’m a stranger here, too.

(C) You can’t ask me.

(D) Okay.

A.red with envy

B.white with envy

C.blue with envy

D.green with envy

阅读下列说明和 C++代码，填补代码中的空缺，将解答填入答题纸的对应栏内。 【说明】 设计 RGB 方式表示颜色的调色板，进行绘图，其类图如图 5-1 所示。该程序的 C++代码附后。图5-1 类图

【C++代码】 include <iostream> include <stdlib.h> include <ctime> using namespace std; class MyColor{ private: int red; int green; int blue; public: MyColor() {red = 0; green = 0; blue = 0; } ～MyColor() { } MyColor(int red ，int green ，int blue) { this->red = red; this->green = green; this->blue = blue;} //其他方法略 void print() { cout<<"Red: " << red << "\tGreen: " << green << "\tBlue " << blue << endl; } }; class Palette ( private: int number; MyColor** palette; public: Palette() { number = 256; palette = (MyColor*)malloc (sizeof(MyColor ) *number); } ～Palette () { for (int i = 0; i < number; i++) { delete palette[i]; } （1） ; } Palette(MyColor** pale ，int number) { （2） = number; palette = (MyColor**)malloc(sizeof(MyColor*)*number) ; memcpy(palette ，pale ，sizeof(pale)*number); } //其他方法略 void print () { for (int i = 0; i < number; i++) { cout << i << " : " ; palette[i]->print(); } } }; class Drawing{ public: （3） int COLORNUMBER = 16; public: ～Drawing () { } void draw() ( Palette* palette; int red ，green ，blue; MyColor* color[COLORNUMBER); srand((unsigned)time(O)); for (int i = 0; i < COLORNUMBER; i++) red=rand ()% 256; green = rand() % 256; blue = rand ()% 256; color [i) = （4） (red ，green ，blue); } palette = new Palette(color ，COLORNUMBER); palette->print(); for (int i = 0; i < COLORNUMBER; i++) delete color[i]; } }; int main () { Drawing * d = （5） ; d->draw(); delete d; }