A radio channel has a bandwidth of 13 MHz and a signal to noise ratio of...

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A radio channel has a bandwidth of 13 MHz and a signal to noise ratio of 8 dB. Calculate the theoretical capacity of the channel in Mbps. Round your answer to an integer with no decimals. eg 45.8 becomes 46. Answer: The round-trip time for a TCP connection was found to be 200 milliseconds. Glven your understanding of the need for reliable transmission which aims to avoid network congestion, a suitable design choice for the retransmission timeout would be: Select one: O a. 200 milliseconds O b. None of the choices offered would be suitable. O c. 225 milliseconds d. 400 milliseconds e. 425 milliseconds Clear my choice A radio channel has a bandwidth of 13 MHz and a signal to noise ratio of 8 dB. Calculate the theoretical capacity of the channel in Mbps. Round your answer to an integer with no decimals. eg 45.8 becomes 46. Answer: The round-trip time for a TCP connection was found to be 200 milliseconds. Glven your understanding of the need for reliable transmission which aims to avoid network congestion, a suitable design choice for the retransmission timeout would be: Select one: O a. 200 milliseconds O b. None of the choices offered would be suitable. O c. 225 milliseconds d. 400 milliseconds e. 425 milliseconds Clear my choice

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The detailed answer for the above question is provided below To calculate the theoretical capacity of the channel we can use the ShannonHartley theore... View the full answer