A 3, 60 Hz, balanced Y-connected 10 MVA, 34.5 kV generator (node 1) supplies power to a load through a series transmission line with per phase impedance Z_r = 1 + j10. The 3 balanced, Y connected load (node 2) absorbs 9 MVA at 0.9 power factor leading. Assume the load voltage is V_2ab = 34.5 kV @ 30 deg. (a) Determine the complex phase a current flowing into the load, ha, in amps. (b) Compute the phase a generator complex voltage V_1an in kV. (c) Determine the generator power factor. (d) Calculate the per unit impedance Z_T (pu) of the transmission line based on the generator ratings. (e) If the Y-connected load were replaced with an equivalent -connected load that consumed the same complex power, what would be the per leg impedance in Ohms