Python Slicing:
1. What is the output? s = "Python" print(s[0:3])
A. 'Pyt'
B. 'Pyth'
C. 'Python'
D. 'yth'
2. What is the output? s = "Python" print(s[2:5])
A. 'yth'
B. 'hon'
C. 'thon'
D. 'tho'
3. What is the output? nums = [10, 20, 30, 40, 50] print(nums[-3:])
A. [40, 50]
B. [30, 40]
C. [20, 30, 40]
D. [30, 40, 50]
4. What is the output? s = "abcdef" print(s[::2])
A. 'ace'
B. 'fed'
C. 'abcd'
D. 'bdf'
5. What is the output? s = "Python" print(s[::-1])
A. 'nothP'
B. 'Python'
C. 'Pnohty'
D. 'nohtyP'
6. What is the output? nums = [0, 1, 2, 3, 4, 5] print(nums[1:5:2])
A. [0, 2, 4]
B. [2, 4]
C. [1, 3]
D. [1, 3, 5]
7. What is the output? s = "Python" print(s[:4])
A. 'ytho'
B. 'Pytho'
C. 'Python'
D. 'Pyth'
8. What is the output? s = "Python" print(s[2:])
A. 'tho'
B. 'Python'
C. 'thon'
D. 'ython'
9. What is the output? s = "abcdef" print(s[1:6:2])
A. 'bcdef'
B. 'ace'
C. 'bde'
D. 'bdf'
10. What is the output? s = "abcdef" print(s[-1])
A. 'f'
B. 'e'
C. 'd'
D. 'a'
11. What is the output? s = "Python" print(s[-4:-1])
A. 'yth'
B. 'hon'
C. 'tho'
D. 'ytho'
12. What is the output? nums = [1, 2, 3, 4, 5, 6] print(nums[::3])
A. [1, 4]
B. [2, 5]
C. [1, 4, 6]
D. [1, 3, 5]
13. What is the output? s = "abcdef" print(s[5:1:-1])
A. 'fedc'
B. 'edcb'
C. 'fed'
D. 'fecd'
14. What is the output? s = "abcdef" print(s[::-2])
A. 'fdb'
B. 'bdf'
C. 'eca'
D. 'fed'
15. What is the output? s = "Python" print(s[1:5:3])
A. 'yth'
B. 'yt'
C. 'to'
D. 'yo'
16. What is the output? s = "Python" print(s[::])
A. 'ython'
B. 'Pyth'
C. 'Python'
D. 'nohtyP'
17. What is the output? nums = [10, 20, 30, 40, 50] print(nums[1:-1])
A. [30, 40]
B. [20, 30, 40]
C. [20, 30, 40, 50]
D. [10, 20, 30, 40]
18. What is the output? s = "abcdef" print(s[4:1:-1])
A. 'fed'
B. 'cde'
C. 'edc'
D. 'edcb'
19. What is the output? s = "abcdefgh" print(s[2:7:2])
A. 'bdf'
B. 'ceg'
C. 'cdefg'
D. 'ce'
20. What is the output? s = "Python" print(s[-5:-2])
A. 'tho'
B. 'yth'
C. 'Pyt'
D. 'ytho'
