Step 3: Using equation 5.4 in your text and assuming isotropic antennas in an obstructed factory (n-3), compute the path loss that will occur between the possible router positions. Add another column to the table above and list the path loss between each of the potential locations. d" Pt 4,-10 log i-10 log (C -7-)--20 log(A) + 10n log(d) + 21.98 dB (5.4) - 10 log 202 ) d" ) = 20 log(f) + 10n log(d)-147.56 dB Step 3: Using equation 5.4 in your text and assuming isotropic antennas in an obstructed factory (n-3), compute the path loss that will occur between the possible router positions. Add another column to the table above and list the path loss between each of the potential locations. d" Pt 4,-10 log i-10 log (C -7-)--20 log(A) + 10n log(d) + 21.98 dB (5.4) - 10 log 202 ) d" ) = 20 log(f) + 10n log(d)-147.56 dB