????????: Implement the design of the Pizza class so that the following output is produced: [Your code should work for any number of parameters added in the set_toppings_info method] # Write your codes here. print("Pizza Count:", Pizza.pizza_count) print("=======================") p1 = Pizza("Chicken") p1.set_toppings_info(25, 1, 4, 0) p1.display() print("------------------------------------") p2 = Pizza("Olives") p2.set_toppings_info(15, 1.5, 0, 0) p2.display() print("------------------------------------") p3 = Pizza("Sausage") p3.set_toppings_info(50, 5, 2, 0) p3.display() print("=======================") print("Pizza Count:", Pizza.pizza_count) Output: Pizza Count: 0 ======================= Toppings: Chicken 25 calories 1 g fat 4 g protein 0 g carbs ------------------------------------ Toppings: Olives 15 calories 1.5 g fat 0 g protein 0 g carbs ------------------------------------ Toppings: Sausage 50 calories 5 g fat 2 g protein 0 g carbs ======================= Pizza Count: 3
????????: Implement the design of the Pizza class so that the following output is produced: [Your code should work for any number of parameters added in the set_toppings_info method] # Write your codes here. print("Pizza Count:", Pizza.pizza_count) print("=======================") p1 = Pizza("Chicken") p1.set_toppings_info(25, 1, 4, 0) p1.display() print("------------------------------------") p2 = Pizza("Olives") p2.set_toppings_info(15, 1.5, 0, 0) p2.display() print("------------------------------------") p3 = Pizza("Sausage") p3.set_toppings_info(50, 5, 2, 0) p3.display() print("=======================") print("Pizza Count:", Pizza.pizza_count) Output: Pizza Count: 0 ======================= Toppings: Chicken 25 calories 1 g fat 4 g protein 0 g carbs ------------------------------------ Toppings: Olives 15 calories 1.5 g fat 0 g protein 0 g carbs ------------------------------------ Toppings: Sausage 50 calories 5 g fat 2 g protein 0 g carbs ======================= Pizza Count: 3
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...
Related questions
Question
????????:
Implement the design of the Pizza class so that the following output is
produced:
[Your code should work for any number of parameters added in the
set_toppings_info method]
# Write your codes here.
print("Pizza Count:", Pizza.pizza_count)
print("=======================")
p1 = Pizza("Chicken")
p1.set_toppings_info(25, 1, 4, 0)
p1.display()
print("------------------------------------")
p2 = Pizza("Olives")
p2.set_toppings_info(15, 1.5, 0, 0)
p2.display()
print("------------------------------------")
p3 = Pizza("Sausage")
p3.set_toppings_info(50, 5, 2, 0)
p3.display()
print("=======================")
print("Pizza Count:", Pizza.pizza_count)
Output:
Pizza Count: 0
=======================
Toppings: Chicken
25 calories
1 g fat
4 g protein
0 g carbs
------------------------------------
Toppings: Olives
15 calories
1.5 g fat
0 g protein
0 g carbs
------------------------------------
Toppings: Sausage
50 calories
5 g fat
2 g protein
0 g carbs
=======================
Pizza Count: 3
Transcribed Image Text:Write a python program that asks the user to give multiple lines
separated
by commas. Your program should count the vowels and
consonant letters of
the individual line. Then make a dictionary where keys are the
line numbers
and values are the frequency of vowels and consonant letters
present in
each individual line.
Sample Input 1:
This is CSE110 course, Programming is FUN, We love Python
Sample Output 1:
{1: (6, 9), 2: (5, 11), 3: (4, 8)}
Sample Input 2:
Our next CSE course is CSE111, We love OOP
Sample Output 2:
{1: (9, 12), 2: (5, 4)}
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