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Estimate the engine horsepower of a vehicle based on the weight of the vehicle and the speed at which the vehicle finished a quarter mile. Use The Trap-Speed Method to make estimation This method uses the vehicle weight and the speed at which the vehicle finished a quarter mile on the formula of Horsepower = Weight*((Speed/234)**3). SUB-TASK-1 You need to create "Vehicle" class with three attributes "model" , "weight" and "speed" they will be provided as parameters to _init_ example model : "BMW M3" example weight(in kilograms): 2735 note: weight can not be negative so in _init_ method, call setter method to be able to assign its value, inside setter method check whether it is negative or not if it is negative make the weight equals to 1524 kg which is mid-size car average weight example speed : 90 "model" , "weight" and "speed" attributes should be private and should have appropriate getter-setter methods whether via property function or property decorator You need to implement a "hp" method that returns estimated engine power (use only one digit after decimal point) calculated by The Trap-Speed Method You need to implement a _str__ method which returns string that includes details of model, weight and speed

Estimate the engine horsepower of a vehicle based on the weight of the vehicle and the speed at which the vehicle finished a quarter mile. Use The Trap-Speed Method to make estimation This method uses the vehicle weight and the speed at which the vehicle finished a quarter mile on the formula of Horsepower = Weight*((Speed/234)**3). SUB-TASK-1 You need to create "Vehicle" class with three attributes "model" , "weight" and "speed" they will be provided as parameters to _init_ example model : "BMW M3" example weight(in kilograms): 2735 note: weight can not be negative so in _init_ method, call setter method to be able to assign its value, inside setter method check whether it is negative or not if it is negative make the weight equals to 1524 kg which is mid-size car average weight example speed : 90 "model" , "weight" and "speed" attributes should be private and should have appropriate getter-setter methods whether via property function or property decorator You need to implement a "hp" method that returns estimated engine power (use only one digit after decimal point) calculated by The Trap-Speed Method You need to implement a _str__ method which returns string that includes details of model, weight and speed

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Estimate the engine horsepower of a vehicle based on the weight of the vehicle and the speed at which the vehicle finished a quarter mile.

Estimate the engine horsepower of a vehicle based on the weight of the vehicle and the speed at which the vehicle finished a quarter mile. Use The Trap-Speed Method to make estimation This method uses the vehicle weight and the speed at which the vehicle finished a quarter mile on the formula of Horsepower = Weight*((Speed/234)**3). SUB-TASK-1 You need to create "Vehicle" class with three attributes "model" "weight" and "speed" they will be provided as parameters to _init_ example model : "BMW M3" example weight(in kilograms): 2735 note: weight can not be negative so in _init_ method, call setter method to be able to assign its value, inside setter method check whether it is negative or not if it is negative make the weight equals to 1524 kg which is mid-size car average weight example speed : 90 "model" , "weight" and "speed" attributes should be private and should have appropriate getter-setter methods whether via property function or property decorator You need to implement a "hp" method that returns estimated engine power (use only one digit after decimal point) calculated by The Trap-Speed Method You need to implement a _str_ method which returns string that includes details of model, weight and speed
Transcribed Image Text:Estimate the engine horsepower of a vehicle based on the weight of the vehicle and the speed at which the vehicle finished a quarter mile. Use The Trap-Speed Method to make estimation This method uses the vehicle weight and the speed at which the vehicle finished a quarter mile on the formula of Horsepower = Weight*((Speed/234)**3). SUB-TASK-1 You need to create "Vehicle" class with three attributes "model" "weight" and "speed" they will be provided as parameters to _init_ example model : "BMW M3" example weight(in kilograms): 2735 note: weight can not be negative so in _init_ method, call setter method to be able to assign its value, inside setter method check whether it is negative or not if it is negative make the weight equals to 1524 kg which is mid-size car average weight example speed : 90 "model" , "weight" and "speed" attributes should be private and should have appropriate getter-setter methods whether via property function or property decorator You need to implement a "hp" method that returns estimated engine power (use only one digit after decimal point) calculated by The Trap-Speed Method You need to implement a _str_ method which returns string that includes details of model, weight and speed
SUB -TASK-2 Declare two sub-classes which inhereted from Vehichle class, GasolinePowered and ElectricPowered are names for these two classes Define appropriate _init_ methods for each class which accepts "model" , "weight" and "speed" attributes and passes them to parent(base or super) class You need to implement a str_ method for each class which returns string that includes details of Vehicle Type (Whether it is Gasoline Powered or Electric Powered), model, weight, speed and calculated power according to appropriate unit.(hp or kw) You need to implement a "watt" method in ElectricPowered class which obtains horsepower and converts that value to kwh using 1 hp = 745.699872 watt and 1000 watt = 1 kW(use only one digit after decimal point) and returns it. Create two objects, one for GasolinePowered and one for ElectricPowered and print both of objects.
Transcribed Image Text:SUB -TASK-2 Declare two sub-classes which inhereted from Vehichle class, GasolinePowered and ElectricPowered are names for these two classes Define appropriate _init_ methods for each class which accepts "model" , "weight" and "speed" attributes and passes them to parent(base or super) class You need to implement a str_ method for each class which returns string that includes details of Vehicle Type (Whether it is Gasoline Powered or Electric Powered), model, weight, speed and calculated power according to appropriate unit.(hp or kw) You need to implement a "watt" method in ElectricPowered class which obtains horsepower and converts that value to kwh using 1 hp = 745.699872 watt and 1000 watt = 1 kW(use only one digit after decimal point) and returns it. Create two objects, one for GasolinePowered and one for ElectricPowered and print both of objects.
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