7 5 7 0.0)Asume that the distribution transformer in figure 1 is 75 kVA with en s ,K % / 10 15-30,05) pu. For service line K-2,0136, for the service drop -0.0168.. All sbs are 200 ft long and all Sus are 400 ft long. Assume an average lagging load power factor of 0.7 and 100% load diversity factors, all service lines and service drops are single phase 120/240v determine the total steady-state voltage drop in per units at the most remote and severe customer's meter for the given annual maximum system loads C 012 0.09 0.104 7 5 7 0.0)Asume that the distribution transformer in figure 1 is 75 kVA with en s ,K % / 10 15-30,05) pu. For service line K-2,0136, for the service drop -0.0168.. All sbs are 200 ft long and all Sus are 400 ft long. Assume an average lagging load power factor of 0.7 and 100% load diversity factors, all service lines and service drops are single phase 120/240v determine the total steady-state voltage drop in per units at the most remote and severe customer's meter for the given annual maximum system loads C 012 0.09 0.104