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Recause you can rotate a tile, two tiles match if the number on the left or right matches the left or right on the other tile. For example, the domino 211 maches the domino 113 without rotating either, and 21 matches 213 after flipping the first domino. You should print all matches. First check a direct match, then try rotating tiles. But don't flip a tile whose left and right numbers are the same. If there is no match, print "No match". Don't restructure the code. Fill in a condition for each of the if... : statements.

Recause you can rotate a tile, two tiles match if the number on the left or right matches the left or right on the other tile. For example, the domino 211 maches the domino 113 without rotating either, and 21 matches 213 after flipping the first domino. You should print all matches. First check a direct match, then try rotating tiles. But don't flip a tile whose left and right numbers are the same. If there is no match, print "No match". Don't restructure the code. Fill in a condition for each of the if... : statements.

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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**. 5. In this program, you will check whether two dominoes match. Because you can rotate a tile, two tiles match if the number on the left or right matches the left or right on the other tile. For example, the domino 2|1 maches the domino 113 without rotating either, and 2|1 matches 213 after flipping the first domino. You should print all matches. First check a direct match, then try rotating tiles. But don't flip a tile whose left and right numbers are the same. If there is no match, print "No match". Don't restructure the code. Fill in a condition for each of the if. .. : statements. dominoes.py 1 2 print("First donino.') 3 left1 = int(input ("left value: ")) 4 rightl = int(input("right value: ")) 6 print("Second donino.") 7 left2 = int(input{"left value: ")) 8 right2 = int(input ("right value: ")) 10 natched = False 11 flipl = left1 !e right1 12 flip2 = left2 ! right2 13 if... print{"Natch without flipping') natched = True 14 15 16 if... : 17 print("Natch after flipping first domino") natched - True 18 19 if... ! 20 print("Natch after flipping second domino') natched = True 21 22 if... : 23 24 print ("Natch after flipping both dominos") natched = True 25 if... : 26 print("No natch") Cocle:Check Reset
Transcribed Image Text:**. 5. In this program, you will check whether two dominoes match. Because you can rotate a tile, two tiles match if the number on the left or right matches the left or right on the other tile. For example, the domino 2|1 maches the domino 113 without rotating either, and 2|1 matches 213 after flipping the first domino. You should print all matches. First check a direct match, then try rotating tiles. But don't flip a tile whose left and right numbers are the same. If there is no match, print "No match". Don't restructure the code. Fill in a condition for each of the if. .. : statements. dominoes.py 1 2 print("First donino.') 3 left1 = int(input ("left value: ")) 4 rightl = int(input("right value: ")) 6 print("Second donino.") 7 left2 = int(input{"left value: ")) 8 right2 = int(input ("right value: ")) 10 natched = False 11 flipl = left1 !e right1 12 flip2 = left2 ! right2 13 if... print{"Natch without flipping') natched = True 14 15 16 if... : 17 print("Natch after flipping first domino") natched - True 18 19 if... ! 20 print("Natch after flipping second domino') natched = True 21 22 if... : 23 24 print ("Natch after flipping both dominos") natched = True 25 if... : 26 print("No natch") Cocle:Check Reset
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