Question: In Theorem 3.37, prove that if B = A, then PGx = 0 for every x in Z k 2 . (Throughout this proof we

In Theorem 3.37, prove that if B = A, then PGx = 0 for every x in Zk2.

(Throughout this proof we denote by ai the ith column of a matrix A.) With P and G as in the statement of the theorem, assume first that they are standard parity check and generator matrices for the same binary code. Therefore, for every x in Zk2,PGx 0. In terms of block multiplication,

[B 1] x = 0 for all x in Z A

[B 1] x = 0 for all x in Z A

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