1.What will the following code print? waterGlass.py waterMain.py import waterGlass class WaterGlass: def main(): Ben =...

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1.What will the following code print? waterGlass.py waterMain.py import waterGlass class WaterGlass: def main(): Ben = waterGlass.WaterGlass(12) Tim = waterGlass.WaterGlass(16) Mike = waterGlass.WaterGlass(10) print("Ben's cup has",Ben.getWaterLevel(),'oz') print("Tim's cup has",Tim.getWaterLevel(),'oz') print("Mike's cup has",Mike.getWaterLevel(),'oz') def _init_(self, volume): self.mVolume = volume self.mWaterLevel = volume return # ACCESSOR methods def getVolume(self): return self.mVolume Ben.drinkWater(5) Mike.drinkWater(5) Tim.spill() print("Ben's cup has",Ben.getWaterLevel(),'oz') print("Tim's cup has",Tim.getWaterLevel(),'oz') print("Mike's cup has",Mike.getWaterLevel(),'oz') Ben.drinkWater(5) Mike.drinkWater(5) Tim.drinkWater(3) print("Ben's cup has",Ben.getWaterLevel(),'oz') print("Tim's cup has",Tim.getWaterLevel(),'oz') print("Mike's cup has",Mike.getWaterlevel(),'oz') def getWaterLevel(self): return self.mWaterLevel # SPECIALTY methods def fillUp(self): self.mWaterLevel = self.mVolume return def drinkWater(self, amount): if amount > self.mWaterLevel: self.mWaterLevel = 0 Ben.drinkWater(5) Mike.drinkWater(5) Tim.fillUp() print("Ben's cup has",Ben.getWaterLevel(),'oz') print("Tim's cup has",Tim.getWaterLevel(),'oz') print("Mike's cup has",Mike.getWaterLevel(),'oz') else: self.mWaterLevel = self.mWaterLevel - amount return def spill(self): self.mWaterLevel = 0 return return main() ANSWER HERE: 2. Write the following methods simplify() -> which receives no additional parameters. It makes sure that the numerator and denominator are simplified to the lowest fraction. plus() does not modify self or other -> which receives one additional parameter (other). It adds the two fractions together and returns a fraction. It plusequals() -> which receives one additional parameter (other). It adds the two fractions together puts the answer in self. Remember to make sure that the signs are correct, and the fraction has been simplified. 1.What will the following code print? waterGlass.py waterMain.py import waterGlass class WaterGlass: def main(): Ben = waterGlass.WaterGlass(12) Tim = waterGlass.WaterGlass(16) Mike = waterGlass.WaterGlass(10) print("Ben's cup has",Ben.getWaterLevel(),'oz') print("Tim's cup has",Tim.getWaterLevel(),'oz') print("Mike's cup has",Mike.getWaterLevel(),'oz') def _init_(self, volume): self.mVolume = volume self.mWaterLevel = volume return # ACCESSOR methods def getVolume(self): return self.mVolume Ben.drinkWater(5) Mike.drinkWater(5) Tim.spill() print("Ben's cup has",Ben.getWaterLevel(),'oz') print("Tim's cup has",Tim.getWaterLevel(),'oz') print("Mike's cup has",Mike.getWaterLevel(),'oz') Ben.drinkWater(5) Mike.drinkWater(5) Tim.drinkWater(3) print("Ben's cup has",Ben.getWaterLevel(),'oz') print("Tim's cup has",Tim.getWaterLevel(),'oz') print("Mike's cup has",Mike.getWaterlevel(),'oz') def getWaterLevel(self): return self.mWaterLevel # SPECIALTY methods def fillUp(self): self.mWaterLevel = self.mVolume return def drinkWater(self, amount): if amount > self.mWaterLevel: self.mWaterLevel = 0 Ben.drinkWater(5) Mike.drinkWater(5) Tim.fillUp() print("Ben's cup has",Ben.getWaterLevel(),'oz') print("Tim's cup has",Tim.getWaterLevel(),'oz') print("Mike's cup has",Mike.getWaterLevel(),'oz') else: self.mWaterLevel = self.mWaterLevel - amount return def spill(self): self.mWaterLevel = 0 return return main() ANSWER HERE: 2. Write the following methods simplify() -> which receives no additional parameters. It makes sure that the numerator and denominator are simplified to the lowest fraction. plus() does not modify self or other -> which receives one additional parameter (other). It adds the two fractions together and returns a fraction. It plusequals() -> which receives one additional parameter (other). It adds the two fractions together puts the answer in self. Remember to make sure that the signs are correct, and the fraction has been simplified.

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Ans 1 code Here i have commented the code to explain the steps waterGlasspy class WaterGlass Initialized the value in the constructor of the class WaterGlass def initself volume selfmVolume volume sel... View the full answer