Question: Only question 3 and 4 Problem 2 A digital signaling systep is required ty operate at 56000bps. If a signal element encodes 4 bits values,

Only question 3 and 4
Problem 2 A digital signaling systep is required ty operate at 56000bps. If a signal element encodes 4 bits values, what is the minimum roquired bandwidth of a noiseless channel? Problem 3 Given a channel with an intended capacity of 100Mbps, and a bandwidth of 10MHz. What signal to noise ratio is required to achieve that capacity? Problem 4 Consider a 8000 byte message transmission in a network. Suppose the message is broken in packets of 500 bytes with an additional 10 bytes header per packet. If the packets must be transmitted through 3 switches (sender +3 switches + receiver) at a data rate of 102Mbps. What is the total transmission time for the entire message
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