Germany's coat of arms shows a black eagle on a yellow background. Since 1990, it has been symbolic of a reunified Germany.
what an ax means in the coat of arms
Roger Casement
I do not know about the agreement between Germany and Russia, But the whole of the arms production company Krupp that made the arms for Germany during WWI and before were hiding out in their own little village in Holland. This was done so that the expertise would be passed on until it was needed again. so when arms manufacture once again resumed in Germany the children of the skilled weapons makers all spoke the language of Germany's neighbour The Netherlands supposedly a neutral country.
The coat of arms symbolizes freedom and peace.
the code for the box is: # include <iostream> using namespace std; void main () { cout << "*********\n"; cout << "*\t*\n"; cout << "*\t*\n"; cout << "*\t*\n"; cout << "*\t*\n"; cout << "*\t*\n"; cout << "*\t*\n"; cout << "*\t*\n"; cout << "*********\n"; the code for the oval is: # include <iostream> using namespace std; void main () { cout << " ***\n"; cout <<" * *\n"; cout <<"* *\n"; cout <<"* *\n"; cout <<"* *\n"; cout <<"* *\n"; cout <<"* *\n"; cout <<" * *\n"; cout << " ***\n"; the code for the arrow is: # include <iostream> using namespace std; void main () { cout << " * \n"; cout <<" ***\n"; cout <<"*****\n"; cout <<" * \n"; cout <<" * \n"; cout <<" * \n"; cout <<" * \n"; cout <<" * \n"; the code for the diamond: # include <iostream> using namespace std; void main () { cout << " *\n "; cout <<" * *\n"; cout<<" * *\n"; cout<<" * *\n"; cout<<"* *\n"; cout<<" * *\n"; cout<<" * *\n"; cout <<" * *\n"; cout << " *\n "; }
Germany's coat of arms shows a black eagle on a yellow background. Since 1990, it has been symbolic of a reunified Germany.
Germany and Britain.
COUT is an inbuilt function in c++ language. Cout is used to print something on to the standard output.
This is an incomplete sentence, and "cout" is not a word.
If you mean you cannot use a for loop, then use a while loop: int i=0 while( i++ < 100 ) std::cout << i << " "; std::cout << std::endl; Or a do-while loop: int i=0; do std::cout << ++i << " "; while( i<100 ); std::cout << std::endl; If these are not allowed either, use a procedural loop: int i=0; again: std::cout << ++i << " "; if( i<100 ) goto again; std::cout << std::endl; If even that is not allowed, then the only option is to hard-wire: std::cout << 1 << " " << 2 << " " << [etc] << 99 << " " << 100 << std::endl; It does seem a pointless exercise when a for loop exists specifically for counting iterations like this: for( int i=1; i<=100; ++i ) std::cout << i << " "; std::cout << std::endl;
It´s an eagle. It´s on the Coat of arms of Germany.
// Pointing // Demonstrates using pointers #include <iostream> #include <string> using namespace std; int main() { int* pAPointer; //declare a pointer int* pScore = 0; //declare and initialize a pointer int score = 1000; pScore = &score; //assign pointer pScore address of variable score cout << "Assigning &score to pScore\n"; cout << "&score is: " << &score << "\n"; //address of score variable cout << "pScore is: " << pScore << "\n"; //address stored in pointer cout << "score is: " << score << "\n"; cout << "*pScore is: " << *pScore << "\n\n"; //value pointed to by pointer cout << "Adding 500 to score\n"; score += 500; cout << "score is: " << score << "\n"; cout << "*pScore is: " << *pScore << "\n\n"; cout << "Adding 500 to *pScore\n"; *pScore += 500; cout << "score is: " << score << "\n"; cout << "*pScore is: " << *pScore << "\n\n"; cout << "Assigning &newScore to pScore\n"; int newScore = 5000; pScore = &newScore; cout << "&newScore is: " << &newScore << "\n"; cout << "pScore is: " << pScore << "\n"; cout << "newScore is: " << newScore << "\n"; cout << "*pScore is: " << *pScore << "\n\n"; cout << "Assigning &str to pStr\n"; string str = "score"; string* pStr = &str; //pointer to string object cout << "str is: " << str << "\n"; cout << "*pStr is: " << *pStr << "\n"; cout << "(*pStr).size() is: " << (*pStr).size() << "\n"; cout << "pStr->size() is: " << pStr->size() << "\n"; return 0; }
// Mad-Lib // Creates a story based on user input #include <iostream> #include <string> using namespace std; string askText(string prompt); int askNumber(string prompt); void tellStory(string name, string noun, int number, string bodyPart, string verb); int main() { cout << "Welcome to Mad Lib.\n\n"; cout << "Answer the following questions to help create a new story.\n"; string name = askText("Please enter a name: "); string noun = askText("Please enter a plural noun: "); int number = askNumber("Please enter a number: "); string bodyPart = askText("Please enter a body part: "); string verb = askText("Please enter a verb: "); tellStory(name, noun, number, bodyPart, verb); return 0; } string askText(string prompt) { string text; cout << prompt; cin >> text; return text; } int askNumber(string prompt) { int num; cout << prompt; cin >> num; return num; } void tellStory(string name, string noun, int number, string bodyPart, string verb) { cout << "\nHere's your story:\n"; cout << "The famous explorer "; cout << name; cout << " had nearly given up a life-long quest to find\n"; cout << "The Lost City of "; cout << noun; cout << " when one day, the "; cout << noun; cout << " found the explorer.\n"; cout << "Surrounded by "; cout << number; cout << " " << noun; cout << ", a tear came to "; cout << name << "'s "; cout << bodyPart << ".\n"; cout << "After all this time, the quest was finally over. "; cout << "And then, the "; cout << noun << "\n"; cout << "promptly devoured "; cout << name << ". "; cout << "The moral of the story? Be careful what you "; cout << verb; cout << " for."; }
cin and cout are iostream objects, not keywords.
#include<iostream.h> #include<conio.h> void main() { clrscr(); int marks; cout<<"Enter Marks of Student="; cin>>marks; cout<<"Grade\n"; if(marks>0 && marks<50) cout<<"F"; else if(marks>=50 && marks<55) cout<<"C-"; else if(marks>=55 && marks<60) cout<<"C"; else if(marks>=60 && marks<65) cout<<"c+"; else of(marks>=65 && marks<69) cout<<"B-"; else if(marks>=69 && marks<71) cout<<"B"; else if(marks>=71 && marks<75) cout<<"B+"; else if(marks>=75 && marks<79) cout<<"B"; else if(marks>=79 && marks<84) cout<<"A"; else cout<<"A"; getch(); }
It means that you are writing code computer generates different names for x and X, also it will understand commands or will not under stand it at all (c++: cout and Cout are different).