Implement the design of the Pikachu and Charmander classes that are derived from the Pokemon class so that the following output is produced: Driver Code Output class Pokemon: def __init__(self, p): self.pokemon = p self.pokemon_type = "Needs to be set" self.pokemon_weakness = "Needs to be set" def kind(self): return self.pokemon_type def weakness(self): return self.pokemon_weakness def what_am_i(self): print("I am a Pokemon.") pk1 = Pikachu() print("Pokemon:", pk1.pokemon) print("Type:", pk1.kind()) print("Weakness:", pk1.weakness()) pk1.what_am_i() print("========================") c1 = Charmander() print("Pokemon:", c1.pokemon) print("Type:", c1.kind()) print("Weakness:", c1.weakness()) c1.what_am_i() Pokemon: Pikachu Type: Electric Weakness: Ground I am a Pokemon. I am Pikachu. ======================== Pokemon: Charmander Type: Fire Weakness: Water, Ground and Rock I am a Pokemon. I am Charmander.
Implement the design of the Pikachu and Charmander classes that are derived from the Pokemon class so that the following output is produced: Driver Code Output class Pokemon: def __init__(self, p): self.pokemon = p self.pokemon_type = "Needs to be set" self.pokemon_weakness = "Needs to be set" def kind(self): return self.pokemon_type def weakness(self): return self.pokemon_weakness def what_am_i(self): print("I am a Pokemon.") pk1 = Pikachu() print("Pokemon:", pk1.pokemon) print("Type:", pk1.kind()) print("Weakness:", pk1.weakness()) pk1.what_am_i() print("========================") c1 = Charmander() print("Pokemon:", c1.pokemon) print("Type:", c1.kind()) print("Weakness:", c1.weakness()) c1.what_am_i() Pokemon: Pikachu Type: Electric Weakness: Ground I am a Pokemon. I am Pikachu. ======================== Pokemon: Charmander Type: Fire Weakness: Water, Ground and Rock I am a Pokemon. I am Charmander.
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