A power system shown below has following specifications of components:G1: 22 kV, 20 MVA, X = 5%G2: 22 kV, 20 MVA, X= 5%T1: 22 kV/100 kV, 18 MVA, X = 10%T2= 100 kV/22kV, 18 MVA, X = 10%Tx−line:= 110 kV, X = 90 ΩIf the base voltage of 22 kV of G1 as is taken as base voltage and 40 MVA as base MVA, the corresponding impedance diagram will be(in pu).

A power system shown below has following specifications of components:

1.	A power system shown below has following specifications of components:G1: 22 kV, 20 MVA, X = 5%G2: 22 kV, 20 MVA, X= 5%T1: 22 kV/100 kV, 18 MVA, X = 10%T2= 100 kV/22kV, 18 MVA, X = 10%Tx−line:= 110 kV, X = 90 ΩIf the base voltage of 22 kV of G1 as is taken as base voltage and 40 MVA as base MVA, the corresponding impedance diagram will be(in pu).
Answer» A power system shown below has following specifications of components: $G_{1} :$ 22 kV, 20 MVA, X = 5% $G_{2} :$ 22 kV, 20 MVA, X= 5% $T_{1} :$ 22 kV/100 kV, 18 MVA, X = 10% $T_{2} =$ 100 kV/22kV, 18 MVA, X = 10% $T_{x - l i n e} :=$ 110 kV, X = 90 $Ω$ If the base voltage of 22 kV of $G_{1}$ as is taken as base voltage and 40 MVA as base MVA, the corresponding impedance diagram will be(in pu).