Consider a single phase transformer with primary and secondary turns of 1000 and 200 respectively fed by a 5 kV supply. The equivalent circuit of the transformer has the following component values derived from your student number: R1 = 10.5 ohm R2 = 2.5 ohm Rm = 15.55 kohm X1= 12.5 ohm X2 = 2.5 ohm Xm = 10.00 kohm The transformer is connected to an inductive load of 10.5 ohm   a) Calculate the total loss in the transformer b) Calculate the efficiency of the transformer. Clearly show your reasoning

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Consider a single phase transformer with primary and secondary turns of 1000
and 200 respectively fed by a 5 kV supply.
The equivalent circuit of the transformer has the following component values
derived from your student number:
R1 = 10.5 ohm
R2 = 2.5 ohm
Rm = 15.55 kohm
X1= 12.5 ohm
X2 = 2.5 ohm
Xm = 10.00 kohm

The transformer is connected to an inductive load of 10.5 ohm

 

a) Calculate the total loss in the transformer

b) Calculate the efficiency of the transformer. Clearly show your reasoning

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