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Complete the code to create a “dollars to dimes” program.   For example, if the function is passed in 3 for the number of dollars, it returns 30. Note: fill in the blanks only.  Do not retype the code. def dollars_to_dimes([n])    return(n [mul] [ten]) print(dollars_to_dimes(3))

Complete the code to make the function count forward from 1 to 5 by 2s. Note: fill in the blanks only.  Do not retype the code. def count_up(count, [max]):    if count == max:                    print(‘Go!’)                      else:                                print(count)                     count_up([count1], max)                    count_up([one],5)

Fill in the blanks so that the inner loop iterates a total of 9 times. for x in [range](3):     y = [zero]     while y < 3:         y += 1

Fill in the blanks to derive a class from the class Vehicle. Note: fill in the blanks only.  Do not retype the code. [class] Car([Vehicle]): # Derived from Vehicle

List and explain one way in which strings and tuples are similar.    

Fill in the blank so that this loop repeats exactly 5 times. i = 1 while i ___ 5     i+=1    

Fill in the blanks so that the inner loop iterates a total of 15 times. for x in [range](5):     y = [one]     while y < 3:         y += 1

Fill in the blanks to make the code display the word “God”. my_str=”God is love!” short_str=my_str[ [seven]:[eleven] ] print(short_str)   Note: Fill in the blanks only.  Do not retype all of the code.

Fill in the blank to make the code display a special message when age is exactly 18. if age ____ 18:     print(“Congrats!  You are the youngest age possible to be an adult!”)   Note: Fill in the blank only.  Do not retype all of the code.

How do we differentiate data types in Python?