- 1. 입력, 인쇄 및 숫자
- 2. 정수 및 부동 소수점 수
- 3. 조건 : if-then-else
- 4. 범위가있는 루프의 경우
- 5. 문자열
- 6. While 루프
- 7. 기울기
- 8. 함수와 재귀
- 9. 2 차원 목록 (배열)
- 10. 세트
- 11. 사전
- 12. 자바 스크립트
- 13. HTML5 and CSS
- 14. Responsive Design with Bootstrap
- 15. jQuery
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Fibonacci numbers
Statement
Given a non-negative integer \( n \), print the \( n \)th Fibonacci number. Do this by writing a function fib(n)
which takes the non-negative integer \( n \) and returns the \( n \)th Fibonacci number. Don't use loops, use the flair of recursion instead. However, you should think about why the recursive method is much slower than using loops.
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In all the problems input the data using input()
and print the result using print()
.
Statement
Given a non-negative integer \( n \), print the \( n \)th Fibonacci number. Do this by writing a functionfib(n)
which takes the non-negative integer \( n \) and returns the \( n \)th Fibonacci number. Don't use loops, use the flair of recursion instead. However, you should think about why the recursive method is much slower than using loops.
Advertising by Google, may be based on your interests
In all the problems input the data using input()
and print the result using print()
.