Implement the design of the Batsman class so that the following output is produced: Hint: Batting strike rate (s/r) = runsScored / ballsFaced x 100. Driver Code Output # Write your code here b1 =...

# Write your code here using python
b1 = Batsman(6101, 7380)
b1.printCareerStatistics()
print("============================")
b2 = Batsman("Liton Das", 678, 773)
b2.printCareerStatistics()
print("----------------------------")
print(b2.battingStrikeRate())
print("============================")
b1.setName("Shakib Al Hasan")
b1.printCareerStatistics()
print("----------------------------")
print(b1.battingStrikeRate())

Extracted text: Implement the design of the Batsman class so that the following output is produced: Hint: Batting strike rate (s/r) = runsScored / ballsFaced x 100. Driver Code Output # Write your code here b1 = Batsman(6101, 7380) b1.printCareerStatistics() print("======= b2 = Batsman("Liton Das", 678, 773) b2.printCareerStatistics() print("- print(b2.battingStrikeRate()) print("========= b1.setName("Shakib Al Hasan") b1.printCareerStatistics() print("- print(b1.battingStrikeRate()) Name: New Batsman Runs Scored: 6101 , Balls Faced: 7380 ====== ==========") | Name: Liton Das Runs Scored: 678 , Balls Faced: 773 -") 87.71021992238033 ==== ======") | Name: Shakib Al Hasan Runs Scored: 6101 , Balls Faced: 7380 -") 82.66937669376694