Python - Object-Oriented Programming - Assignment 3

The video tutorial explains how to create a Weather Condition class with attributes for temperature and status. It covers the validation of these attributes, ensuring temperature is between -40 and 40 degrees Celsius and status is one of sunny, cloudy, rainy, or snowy. The tutorial demonstrates how to define the class, implement private attributes, and create getter and setter methods. It also includes examples of valid and invalid inputs, showing error handling for incorrect values.

What are the valid status options for the weather condition?

• Dry, Wet, Humid, Arid

• Hot, Cold, Warm, Cool

• Stormy, Foggy, Windy, Clear

• Sunny, Cloudy, Rainy, Snowy

What is the valid temperature range for the weather condition?

• -50 to 50

• -40 to 40

• -30 to 30

• -20 to 20

What happens if you try to create a weather condition with an invalid status?

• It ignores the invalid status

• It raises a ValueError

• It creates the object with a default status

• It sets the status to 'Unknown'

Why are the attributes of the weather condition class made private?

• To improve performance

• To allow multiple instances

• To make the class more complex

• To prevent direct modification from outside the class

What is the purpose of the getter method in the weather condition class?

• To retrieve the attribute value

• To delete the attribute

• To initialize the attribute

• To modify the attribute value

What is the result of setting an invalid temperature using the setter method?

• The temperature remains unchanged

• A ValueError is raised

• The temperature is set to the nearest valid value

• The temperature is set to zero

How can you change the status of a weather condition object to a valid value?

• Use the setter method

• Use a public method

• Directly modify the private attribute

• Recreate the object