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Interpreter

The interpreter and compiler perform same function but if fundamentally different ways.An interpreter translates the instructions of programme.One statement at a time.This translated code is first executed before the interpreter begins work on the next line.Tgus instructions are translated and executed simultaneously.The object code is stored in the computers memory for future use.The next time the instruction is to be used,it needs to be freshly translated by the interpreter

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Software

Software The ingredients that enables a computer to perform a specific task is software, Which consist​ of instructions.A set of instructions that drive a computer to perform specific task is called program.These instructions tell the machine physical components what to do,without the instruction a computer couldn't do anything at all.Software that are classified into two category 1.System software 2.Application software

REVERSE NUMBER

Reverse number #include < stdio.h > int main() {   int n, reverse = 0;   printf("Enter a number to reverse\n");   scanf("%d",&n);   while (n != 0) {   reverse = reverse * 10;   reverse = reverse + n%10;   n = n/10; } /*taking unit place digit of no and moving to reverse Dividing the no to discard unit place digit*/   printf("Reverse of entered number is = %d\n", reverse);   return 0; }

FIND ARMSTRONG NUMBER

Find armstrong number #include < stdio.h > int main() {   int number, sum = 0, temp, remainder;   printf("Enter an integer\n");   scanf("%d",&number);   temp = number; /*if sum of cubes of each digit in a number is same as the number then it is called as armstrong no.*/   while( temp != 0 )   {   remainder = temp%10;   sum = sum + remainder*remainder*remainder;   temp = temp/10; /*taking unit place digits cube and adding into sum*/   }   if ( number == sum )   printf("Entered number is an armstrong number.\n");   else   printf("Entered number is not an armstrong number.\n");   return 0; }