It is very easy.
The program begins here.....
/*Program to sum and print numbers without creating variables*/
#include<stdio.h>
main()
{
clrscr();
printf("%d+%d=%d",5,2,5+2);
getch();
}
/*Program ends here*/
Now just by changing the numbers in the "printf" statement we can add, subtract, multiply and divide the numbers without using variables.
Hence the problem is solved..........
Accept 5 numbers in an array and display it.
Accept 3 natural numbers and check whether it firms pythagorean triplet
/*PROGRAM TO ACCEPT TWO NUMBERS FROM THE USER AND PRINT THEIR MULTIPLICATION. */ #include<stdio.h> #include<conio.h> void main() { int a, b, c; // Declaration of Variables. Variables 'a' & 'b' to hold first & second number. And 'c' to hold result. clrscr(); // To clear the output screen every time program is executed. printf("\n Enter the first number : "); scanf("%d", &a); // To accept the first number. printf("\n Enter the second number : "); scanf("%d", &b); // To accept the second number. c = a*b; // Logic to get the product of the entered two numbers. printf("\n Multiplication of %d & %d = %d", a, b, c); // Displaying result. getch(); // To hold the output screen. }
draw a flowchart to display the first tenth even number
Simply: design an application, that accept one number, then put it in a loop that repeat is ten times.
dim a input a
Yes, or even without a zip code.
Accept 5 numbers in an array and display it.
Variables beginning with a single ampersand "&".
If you'll accept a decimal, then it's .0123456789 If you want whole numbers only, and you'll accept a leading zero, then it's 0,123,456,789. If not, then it's 1,023,456,789.
Accept 3 natural numbers and check whether it firms pythagorean triplet
No, there are no Universities in Egypt that will accept a student without an SAT score.
To accept failure is really self explanatory. To deal with it without losing your control, anger or without it negatively affecting you, your life, or your relationships. That is what will determine your ability to accept it or not.
How_do_you_accept_three_numbers_and_check_weather_the_numbers_are_equal_or_unequal_if_it_is_unequal_find_the_greatest_number_among_them
/*PROGRAM TO ACCEPT TWO NUMBERS FROM THE USER AND PRINT THEIR MULTIPLICATION. */ #include<stdio.h> #include<conio.h> void main() { int a, b, c; // Declaration of Variables. Variables 'a' & 'b' to hold first & second number. And 'c' to hold result. clrscr(); // To clear the output screen every time program is executed. printf("\n Enter the first number : "); scanf("%d", &a); // To accept the first number. printf("\n Enter the second number : "); scanf("%d", &b); // To accept the second number. c = a*b; // Logic to get the product of the entered two numbers. printf("\n Multiplication of %d & %d = %d", a, b, c); // Displaying result. getch(); // To hold the output screen. }
The term that best describes the set of values that a function will accept as inputs is the "domain." The domain includes all possible input values (or independent variables) for which the function is defined. Understanding the domain is crucial for determining the valid inputs that can be used in a function without leading to undefined situations.
Numbers are powerful. This is one of the reasons why statistics can be such persuasive pieces of evidence. We too often accept them, without ever questioning their veracity or appropriateness.