Phone.py 1 #Write a class named Phone. The Phone class should 2 #have an attribute called...

    

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Phone.py 1 #Write a class named "Phone". The Phone class should 2 #have an attribute called "storage" which defaults to #128, and an attribute called "color" which defaults 4 #to "red". 5 # 6 #Hint: 'attribute' is another common word for 7 #'instance variable'. 8 9 10 #Write your class here! 11 12 13 14 #Below are some lines of code that will test your function. 15 # You can change the value of the variable(s) to test your 16 #function with different inputs. 17 # 18 #If your function works correctly, this will originally 19 #print 128 and red, each on a separate line. 20 new_phone= Phone () 21 print (new_phone.storage) 22 print (new_phone.color) 23 24 25 Submit Run Grades Reset Console output will be displayed here 5.1.2 Coding Exercise 2 (External resource) (3.0 points possible) Number.py 1 # Write a class named "Number" with one attribute called 2 #"value" which defaults to 0 and another attribute called 3 #"even" which defaults to True. 4 # 5 #Next, create an instance of this class and assign it to 6 #a variable called "number_instance". 7 # 8 #Then, set the value attribute to 101 and the even 9 #attribute to False. 10 11 12 #Write your code here! 13 14 15 # Note that this exercise does not print anything by 16 #default. You're welcome to add print statements to debug 17 #your code when running it. Note that the autograder 18 #will check both your value for number_instance and your 19 #definition of the class Number. 20 21 22 Submit Run Grades Reset Console output will be displayed here 5.1.4 Coding Exercise 1 (External resource) (3.0 points possible) Number.py 1 #Rewrite the "Number" class from 5.1.2 Coding Exercise 2. 2 # This time, however, require arguments for value and 3 #even in the constructor. Then, inside the constructor, 4 #create new instance variables called value and even that 5 #copy the values of the arguments passed into the 6 #constructor. 7 # 8 # In other words, rewrite the Number class such that value 9 #and even behave the way studentName and enrolled behaved 10 #in the exercise above, and the way firstname and lastname 11 #behaved in video 5.1.4.1. 12 # 13 #Then, as before, create an instance of this class and 14 #assign it to a variable called "number_instance". value 15 #should again be set to 101 and even should be set to 16 #False. 17 # 18 #Hint: Remember, the way you initialize the instance will 19 #have to change, too, based on the changes to the 20 #constructor that we're requiring. 21 22 23 # Write your code here! 24 25 26 #Note that this exercise does not print anything by 27 #default. You're welcome to add print statements to debug 28 #your code when running it. Note that the autograder 29 #will check both your value for number_instance and your 30 #definition of the class Number. 31 32 33 Submit Run Grades Reset Console output will be displayed here Phone.py 1 #Write a class named "Phone". The Phone class should 2 #have an attribute called "storage" which defaults to #128, and an attribute called "color" which defaults 4 #to "red". 5 # 6 #Hint: 'attribute' is another common word for 7 #'instance variable'. 8 9 10 #Write your class here! 11 12 13 14 #Below are some lines of code that will test your function. 15 # You can change the value of the variable(s) to test your 16 #function with different inputs. 17 # 18 #If your function works correctly, this will originally 19 #print 128 and red, each on a separate line. 20 new_phone= Phone () 21 print (new_phone.storage) 22 print (new_phone.color) 23 24 25 Submit Run Grades Reset Console output will be displayed here 5.1.2 Coding Exercise 2 (External resource) (3.0 points possible) Number.py 1 # Write a class named "Number" with one attribute called 2 #"value" which defaults to 0 and another attribute called 3 #"even" which defaults to True. 4 # 5 #Next, create an instance of this class and assign it to 6 #a variable called "number_instance". 7 # 8 #Then, set the value attribute to 101 and the even 9 #attribute to False. 10 11 12 #Write your code here! 13 14 15 # Note that this exercise does not print anything by 16 #default. You're welcome to add print statements to debug 17 #your code when running it. Note that the autograder 18 #will check both your value for number_instance and your 19 #definition of the class Number. 20 21 22 Submit Run Grades Reset Console output will be displayed here 5.1.4 Coding Exercise 1 (External resource) (3.0 points possible) Number.py 1 #Rewrite the "Number" class from 5.1.2 Coding Exercise 2. 2 # This time, however, require arguments for value and 3 #even in the constructor. Then, inside the constructor, 4 #create new instance variables called value and even that 5 #copy the values of the arguments passed into the 6 #constructor. 7 # 8 # In other words, rewrite the Number class such that value 9 #and even behave the way studentName and enrolled behaved 10 #in the exercise above, and the way firstname and lastname 11 #behaved in video 5.1.4.1. 12 # 13 #Then, as before, create an instance of this class and 14 #assign it to a variable called "number_instance". value 15 #should again be set to 101 and even should be set to 16 #False. 17 # 18 #Hint: Remember, the way you initialize the instance will 19 #have to change, too, based on the changes to the 20 #constructor that we're requiring. 21 22 23 # Write your code here! 24 25 26 #Note that this exercise does not print anything by 27 #default. You're welcome to add print statements to debug 28 #your code when running it. Note that the autograder 29 #will check both your value for number_instance and your 30 #definition of the class Number. 31 32 33 Submit Run Grades Reset Console output will be displayed here