**Write a python program to print the series up to the nth term of the Fibonacci Series. **In this Python Program let’s find the Fibonacci series up to the n^{th} number.

## What is Fibonacci Series?

Fibonacci series is the successive sum of two preceding terms to give the next one the sequence is always like 0,1,1,2,3,5,8,13,21,34,55…. and so on

here if we took any digit let say 55 its’s summed up by preceding two digits that are 21 and 34

## Algorithm to find Fibonacci Series

- Take input and initialize variables
- Performing the operation on it logically
- Printing appropriate message at the end

## Python program to find Fibonacci Series upto nth number

n=int(input("enter the number of terms ")) a=0 b=1 if n<=0: print("enter a valid number ") elif n==1: print(a) else: print(a) print(b) for i in range(2,n): c=a+b a=b b=c print(c)

## Explanation of the code

**On-Line no:1 **taking the input and converting it into integer type using function

**On-Line no:2 **declaring the variable and initialize with zero

**On-Line no:3** declaring the variable and initialize with one

**On**–**Line no:4 **checking for the taken input, the taken input should be greater than zero here we check for the input whether it satisfies the condition or not

**On-Line no:5 **if the number is zero or less than zero it will print a message to the user asking to input the proper and valid number

**On-Line no:6 ** another condition to be checked here if the inputted value is one then we will print zero as the zero is the first element of the Fibonacci series

**On-Line no:7 **printing the zero

**On-Line no:8 **now comes to the else block

**On-Line no:9 and On-Line no:10 **printing the starting number that is zero and one

**On-Line no:11 ** using for loop to iterate the block of code again and again and starts from 2 and end on nth term given by the user

**On-Line no:12 **assigning the value to a variable that holds the sum of two preceding terms

**On-Line no:13 and ****On-Line no:14 **swap the values for further use

**On-Line no:15 **printing the result we get from the logic we used

## Output

** In this blog, we learned how to create a python program to print the Fibonacci series up to nth term **