Question: (2) Using the QAM approach with 16 phases at 32 differenst ? Seeking correct answer only-circle your answer.(8 pts) each signal change encodes how many

 (2) Using the QAM approach with 16 phases at 32 differenst

(2) Using the QAM approach with 16 phases at 32 differenst ? Seeking correct answer only-circle your answer.(8 pts) each signal change encodes how many bits (3) The input stream to a 4B/SB block encoder is 0100 0000 0000 0000 0000 0001. (a) What is the output stream ? (b) What is the length of the longest consecutive seqsence of Os in the output ? (4 points) 0 The channel's maximum data rate is 10,000 kbps. If the channel's bandwidth is s00 KHz, how many signaling evels can be used in optimizing the channel ? (9 points) (2) Using the QAM approach with 16 phases at 32 differenst ? Seeking correct answer only-circle your answer.(8 pts) each signal change encodes how many bits (3) The input stream to a 4B/SB block encoder is 0100 0000 0000 0000 0000 0001. (a) What is the output stream ? (b) What is the length of the longest consecutive seqsence of Os in the output ? (4 points) 0 The channel's maximum data rate is 10,000 kbps. If the channel's bandwidth is s00 KHz, how many signaling evels can be used in optimizing the channel ? (9 points)

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