bool iseven( int );
int main( ) {
cout< cout << \ cout << \ // if( multiple( x,y )==1 ) // // } bool iseven( int number) { } if( number % 2 ==0 ) return true; return false; else // else cout<<\; cin >> x ; int x; 6.22 #include int main( ) { } void printSar( int number) { for( int counter1 = 1;counter1 <= number; counter1 ++ ) { for( int counter = 1; counter <= number ;counter++ ) cout<<\; cin >> x ; return 0; int x; printSar( x ); } } cout<<'*'; cout< 6.23 #include int main( ) { } void printSar( int number,char character ) { } char fillCharacter( char Character ) { } 6.24 #include int main( ) return Character; for( int counter1 = 1;counter1 <= number; counter1 ++ ) { } for( int counter = 1; counter <= number ;counter++ ) cout< cout<<\; cin >> x ; cin >> c; return 0; int x; char c; printSar( x,c ); cout< { } int Divide( int number1,int number2 ) { } int Remainder( int number1,int number2 ) { } int NumberOrder( int number3 ) { } } return 0; if ( Remainder( number3 ,mode ) == number3 ) { } for( int counter1=counter-1, mode1 = mode ;counter1 >= 1,mode1 = mode1 / { } cout< cout<<\< for ( int counter = 1,mode=1;counter <= 5; counter++ ) { mode = mode * 10; return number1 % number2 ; return number1 / number2 ; int x,y; short z; cout<<\; cin >> x ; cin >> y; cin >> z; cout << \ << Divide( x,y ) << endl; cout << \<< Remainder( x,y )< 10;counter1-- ) 6.25 #include double TimeFunction(int,int,int); int main() { } double TimeFunction(int Hours,int Minutes,int Seconds) { } 6.26 #include double Fahrenheit( int ); double Celsius( int ); int main() { int DegreeFahrenheit; //华a氏o?温?度¨¨ int DegreeCelsius; //摄|?氏o?温?度¨¨ return Hours *3600 + Minutes * 60 + Seconds ; cout << \; cin >> H_2 >> Colon1 >> M_2 >> Colon2 >> S_2; cout << \The seconds from the last clock struck 12 o'clock is: \<< TimeFunction( H_2, cout << \<< fabs( TimeFunction( H_1, cout << \; cin >> H_1 >> Colon1 >> M_1 >> Colon2 >> S_1; cout << \The seconds from the last clock struck 12 o'clock is: \<< TimeFunction( H_1, int H_1, M_1,S_1; int H_2, M_2,S_2; char Colon1,Colon2; M_1,S_1 ) < M_2,S_2 ) < M_1,S_1 ) - TimeFunction( H_2, M_2,S_2 ) )< } cout << fixed << setprecision( 2 ); cout << \; cin >>DegreeFahrenheit ; cout << \<< Celsius( DegreeFahrenheit )< cout << \; cin >>DegreeCelsius ; cout << \<< Fahrenheit( DegreeCelsius )< cout << \< { cout << Celsius( counter )<<'\\t'; { cout << Fahrenheit( counter )<<'\\t'; if( i% 10 ==0 ) cout << endl; i++; if( i% 10 ==0 ) cout << endl; i++; double Fahrenheit( int temperature ) { } double Celsius( int temperature ) { } return ( temperature - 32 ) / 1.8; return temperature * 1.8 + 32; 6.27 #include
C++大学教程习题解答(第七版)
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