Assume a variable N is declared in the DATA segment of the program. Write a code to determine the Nth number of the Fibonacci series Program to Calculate Nth Fibonacci Number

Program to Calculate Nth Fibonacci Quantity

Program to Calculate Nth Fibonacci Quantity Title:  ## Program to Calculate Nth Fibonacci Quantity  “` //declare an array of N integers within the “knowledge” section int N[50];  //retailer two beginning numbers of the sequence within the array  N[0] = 0;  N[1] = 1;   // declare two variables f1 and f2  int f1 = 0, f2 = 1, f3;   //loop from 2 to N, calculating  for (int i = 2; i <= N; i++)  {  //calculate the Nth variety of the sequence f3 = f1 + f2;  f1 = f2;  f2 = f3;  }   // when the loop ends, f3 accommodates the Nth quantity  printf(“The %dth variety of the Fibonacci sequence: %d “, N, f3);   “`  In at present’s computing surroundings, many software program builders “use loop manipulation as a way to scale back the variety of steps required to finish a activity” (MacNaughton, 2015). As demonstrated within the code above, a loop permits this system to calculate a worth remotely, relatively than performing the identical operation repeatedly (LeetCode, 2021).     MacNaughton, D. (2015). Good Loops in Computing. Cont…