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Showing posts from April 18, 2021

How to find ASCII Values of a Character

  How to find ASCII Values of a Character :- ASCII value can be any integer number between 0 and 127 and consists of a character variable instead of the character itself in C programming. The value derived after the programming is termed as ASCII value. With the help of casting the character to an integer, the ASCII value can be derived. Every character has an individual ASCII value that can only be an integer. Every time the character is stored into a variable, as a substitute for keeping the character itself, the ASCII value of the specific character will get stored.  ALGORITHM: - Step 1 : Start Step 2: Ask the user to insert any character Step 3: The character will be assigned to the variable ‘a’ Step 4 : Scan the character variable to find out the ASCII value of the character Step 5 : Stop CODE:- #include<stdio.h> int main() {     char c;     printf( "Enter the value of character:" ); // enter any character     scanf("%c",&c);//store value in c     p

How to find the Factor of any number in C

  How to find the Factor of any number in c : - We will calculate the factors of any numbers using C programming. The factors of a number are defined as the number we multiply two numbers and get the original number. The factor of a number is a real number that divides the original completely with zero remainders. ALGORITHM: - Step 1 - Enter the number, to find their factor. Step 2 - Initialise the loop with u=1 to u<=number and follow the following calculation       (i) check whether the number is divisible with u and u got a result zero.       (ii) now print the value of u.  From this loop, u got all the factors of the number. Step 3 - Stop. CODE:- #include<stdio.h> //header file int main() {     int i,num;//variable declaration     printf(" Enter the num to find their factor:  ");     scanf("%d",&num); //to take user input     for(i=1;i<=num;i++) //for loop for coondition     {         if(num%i==0) //check num is perfect divided or not         {