Find first and last addresses of last subnet. Q

1. A130 .56 .0 .0 & 130.56 .254 .255
2. B130 .56 .255 .0 & 130.56 .255 .255
3. C130 .56 .0 .192 & 130.255 .255 .255
4. D130 .56 .255 .192 & 130.56 .255 .255 Q Directions (96-100) Read the following passage and answer the given questions. A Turing Machine for the language L=anbmcndm|n ≥1, m≥1 is designed. The resultant model is M=({q ,q ,q ,q ,q ,q ,q ,q ,q }),{a,b,c,d}, 0 1 2 3 4 5 6 7 f {a,b, c,d,X , X ,Y ,Y }, δ, q , B,{ q } and part of ' δ ' is 1 2 1 2 0 f Q given in the transition table. You need to write the following questions based on design of Turing Machine for the given language. Note that, while designing the Turing Machine X and 1 X are used to work with 'a's and 'c's and Y and 2 1 Q Y are used to handle 'b's and 'd's of the given 2 string. q2 (q2, a, (q2, b, (q2, (q2,x2,L) L) L) X1, R)

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Show answer & explanation

Correct answer: D. 130 .56 .255 .192 & 130.56 .255 .255 Q Directions (96-100) Read the following passage and answer the given questions. A Turing Machine for the language L=anbmcndm|n ≥1, m≥1 is designed. The resultant model is M=({q ,q ,q ,q ,q ,q ,q ,q ,q }),{a,b,c,d}, 0 1 2 3 4 5 6 7 f {a,b, c,d,X , X ,Y ,Y }, δ, q , B,{ q } and part of ' δ ' is 1 2 1 2 0 f Q given in the transition table. You need to write the following questions based on design of Turing Machine for the given language. Note that, while designing the Turing Machine X and 1 X are used to work with 'a's and 'c's and Y and 2 1 Q Y are used to handle 'b's and 'd's of the given 2 string. q2 (q2, a, (q2, b, (q2, (q2,x2,L) L) L) X1, R)

Explanation

The last /26 block in 130.56.0.0/16 is 130.56.255.192 to 130.56.255.255.