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Help me asap Please Use PYTHON Implement the design of the Pasta class so that the following output is  produced: print("Pasta Plate Count:", Pasta.pasta_plate_count) print("=======================") s1 = Pasta("Chicken") s1.set_ingredients("Farfalle",250, 11, 40, 10) s1.display_all_info() print("------------------------------------") s2 = Pasta("Beef") s2.set_ingredients("Pipe Rigate",150, 10.5, 10, 10) s2.display_all_info() print("------------------------------------") s3 = Pasta("Mushrooms") s3.set_ingredients("Spaghetti",500, 50, 20, 10) s3.display_all_info() print("=======================") print("Pasta Plate Count:", Pasta.pasta_plate_count) Output: Pasta Plate Count: 0 ======================= Pasta Type: Chicken Shape: Farfalle Cal: 250 g Fat: 11 g Protein: 40 g Carbohydrate: 10 g ------------------------------------ Pasta Type: Beef Shape: Pipe Rigate Cal: 150 g Fat: 10.5 g Protein: 10 g Carbohydrate: 10 g ------------------------------------ Pasta Type: Mushrooms Shape: Spaghetti Cal: 500 g Fat: 50 g Protein: 20 g Carbohydrate: 10 g ======================= Pasta Plate Count: 3

Help me asap Please Use PYTHON Implement the design of the Pasta class so that the following output is  produced: print("Pasta Plate Count:", Pasta.pasta_plate_count) print("=======================") s1 = Pasta("Chicken") s1.set_ingredients("Farfalle",250, 11, 40, 10) s1.display_all_info() print("------------------------------------") s2 = Pasta("Beef") s2.set_ingredients("Pipe Rigate",150, 10.5, 10, 10) s2.display_all_info() print("------------------------------------") s3 = Pasta("Mushrooms") s3.set_ingredients("Spaghetti",500, 50, 20, 10) s3.display_all_info() print("=======================") print("Pasta Plate Count:", Pasta.pasta_plate_count) Output: Pasta Plate Count: 0 ======================= Pasta Type: Chicken Shape: Farfalle Cal: 250 g Fat: 11 g Protein: 40 g Carbohydrate: 10 g ------------------------------------ Pasta Type: Beef Shape: Pipe Rigate Cal: 150 g Fat: 10.5 g Protein: 10 g Carbohydrate: 10 g ------------------------------------ Pasta Type: Mushrooms Shape: Spaghetti Cal: 500 g Fat: 50 g Protein: 20 g Carbohydrate: 10 g ======================= Pasta Plate Count: 3

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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Please Use PYTHON

Implement the design of the Pasta class so that the following output is 
produced:

print("Pasta Plate Count:", Pasta.pasta_plate_count)
print("=======================")
s1 = Pasta("Chicken")
s1.set_ingredients("Farfalle",250, 11, 40, 10)
s1.display_all_info()
print("------------------------------------")
s2 = Pasta("Beef")
s2.set_ingredients("Pipe Rigate",150, 10.5, 10, 10)
s2.display_all_info()
print("------------------------------------")
s3 = Pasta("Mushrooms")
s3.set_ingredients("Spaghetti",500, 50, 20, 10)
s3.display_all_info()
print("=======================")
print("Pasta Plate Count:", Pasta.pasta_plate_count)

Output:
Pasta Plate Count: 0
=======================
Pasta Type: Chicken
Shape: Farfalle
Cal: 250 g
Fat: 11 g
Protein: 40 g
Carbohydrate: 10 g
------------------------------------
Pasta Type: Beef
Shape: Pipe Rigate
Cal: 150 g
Fat: 10.5 g
Protein: 10 g
Carbohydrate: 10 g
------------------------------------
Pasta Type: Mushrooms
Shape: Spaghetti
Cal: 500 g
Fat: 50 g
Protein: 20 g
Carbohydrate: 10 g
=======================
Pasta Plate Count: 3

Implement the design of the Pasta class so that the following output is produced: print("Pasta Plate Count:", Pasta.pasta_plate_count) print(": ==") s1 = Pasta("Chicken") s1.set_ingredients("Farfalle",250, 11, 40, 10) s1.display_all_info() print("--- s2 = Pasta("Beef") s2.set_ingredients("Pipe Rigate", 150, 10.5, 10, 10) ") s2.display_all_info() print("--- -") s3 = Pasta("Mushrooms") s3.set_ingredients("Spaghetti",500, 50, 20, 10) s3.display_all_info() print("= ===") print("Pasta Plate Count:", Pasta.pasta_plate_count)
Transcribed Image Text:Implement the design of the Pasta class so that the following output is produced: print("Pasta Plate Count:", Pasta.pasta_plate_count) print(": ==") s1 = Pasta("Chicken") s1.set_ingredients("Farfalle",250, 11, 40, 10) s1.display_all_info() print("--- s2 = Pasta("Beef") s2.set_ingredients("Pipe Rigate", 150, 10.5, 10, 10) ") s2.display_all_info() print("--- -") s3 = Pasta("Mushrooms") s3.set_ingredients("Spaghetti",500, 50, 20, 10) s3.display_all_info() print("= ===") print("Pasta Plate Count:", Pasta.pasta_plate_count)
Output: Pasta Plate Count: 0 Pasta Type: Chicken Shape: Farfalle Cal: 250 g Fat: 11 g Protein: 40 g Carbohydrate: 10 g Pasta Type: Beef Shape: Pipe Rigate Cal: 150 g Fat: 10.5 g Protein: 10 g Carbohydrate: 10 g Pasta Type: Mushrooms Shape: Spaghetti Cal: 500 g Fat: 50 g Protein: 20 g Carbohydrate: 10 g Pasta Plate Count: 3
Transcribed Image Text:Output: Pasta Plate Count: 0 Pasta Type: Chicken Shape: Farfalle Cal: 250 g Fat: 11 g Protein: 40 g Carbohydrate: 10 g Pasta Type: Beef Shape: Pipe Rigate Cal: 150 g Fat: 10.5 g Protein: 10 g Carbohydrate: 10 g Pasta Type: Mushrooms Shape: Spaghetti Cal: 500 g Fat: 50 g Protein: 20 g Carbohydrate: 10 g Pasta Plate Count: 3
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