1.5. Assuming that the only information of interest is the payload of layer 1, what is the overall efficiency of the final encapsulated data stream in layer 3 for the layer 1 datagram described above? 1.6. Assuming that only the information in the starting layer 1 datagram payload is the signal, and the rest of all packets at all layers is noise with respect to this very restricted view of the information content of a channel, what is the effective Shannon-Hartley theorem relation between "channel capacity" and "bandwidth" for this specific data- gram? 1.5. Assuming that the only information of interest is the payload of layer 1, what is the overall efficiency of the final encapsulated data stream in layer 3 for the layer 1 datagram described above? 1.6. Assuming that only the information in the starting layer 1 datagram payload is the signal, and the rest of all packets at all layers is noise with respect to this very restricted view of the information content of a channel, what is the effective Shannon-Hartley theorem relation between "channel capacity" and "bandwidth" for this specific data- gram