Tim is playing a game with two pairs of positive integers A1,A2,..,AN and B1,B2,..,BM. He has an integer V, which is initially equal to 0. Tim will play for a number of turns he chooses; he stops playing when he gets bored. In each turn of the game, Tim must perform one of the following operations: • Choose an integer X from A and change V to VVX, i.e., the bitwise OR of V and X. • Choose an integer X from B and change V to VAX, i.e., the bitwise AND of V and X. Develop a python code which finds out number of possible distinct values which V can have after the game ends. Test Case Result 31 5 12 14 15

Computer Networking: A Top-Down Approach (7th Edition)
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ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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Tim is playing a game with two pairs of positive integers A1,A2,.,An and B1,B2,.,BM. He has an integer
V, which is initially equal to 0. Tim will play for a number of turns he chooses; he stops playing when
he gets bored. In each turn of the game, Tim must perform one of the following operations:
y.....
Choose an integer X from A and change V to VVX, i.e., the bitwise OR of V and X.
Choose an integer X from B and change V to VAX, i.e., the bitwise AND of V and X.
Develop a python code which finds out number of possible distinct values which V can have after the
game ends.
Test Case
Result
31
5 12 14
15
Transcribed Image Text:Tim is playing a game with two pairs of positive integers A1,A2,.,An and B1,B2,.,BM. He has an integer V, which is initially equal to 0. Tim will play for a number of turns he chooses; he stops playing when he gets bored. In each turn of the game, Tim must perform one of the following operations: y..... Choose an integer X from A and change V to VVX, i.e., the bitwise OR of V and X. Choose an integer X from B and change V to VAX, i.e., the bitwise AND of V and X. Develop a python code which finds out number of possible distinct values which V can have after the game ends. Test Case Result 31 5 12 14 15
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