(2) A propagation measurement campaign indicates that in an urban area, the median path loss can be modeled as Lp = 41 +31 log10(r) where the path loss is in decibels and r is in meters. In addition to the median path loss, the system must include 12 dB of margin to compensate for signal strength variations. (2.1) If the transmitter EIRP is five watts, find the minimum signal strength expected at a distance of five kilometers. Assume a unit gain receiver antenna. (2.2) If the minimum received power for a particular application is 50% more than what you calculated in (2.1), then what is the percentage reduction of transmission distance? (2) A propagation measurement campaign indicates that in an urban area, the median path loss can be modeled as Lp = 41 +31 log10(r) where the path loss is in decibels and r is in meters. In addition to the median path loss, the system must include 12 dB of margin to compensate for signal strength variations. (2.1) If the transmitter EIRP is five watts, find the minimum signal strength expected at a distance of five kilometers. Assume a unit gain receiver antenna. (2.2) If the minimum received power for a particular application is 50% more than what you calculated in (2.1), then what is the percentage reduction of transmission distance