Problem #3: An Ideal transformer circuit diagram is shown below. Find I1, 2, V1, and V2 values. 1: 3 I 2 reon

WILL SURELY GIVE AN UPVOTETOPIC: AC MACHINE INSTRUCTIONS Please write clearly and understandable wayWrite all the corresponding Given with their corresponding symbols and unitsSolve in step-by-step, no shortcut (I need to learn as a beginner)Underline twice the Final Answer  PROBLEM:A single-phase transformer has a voltage ratio on open-circuit of 3300/660-V. The primary and secondary resistances are 0.82 and 0.03 respectively, the corresponding leakage reactance being 4 2 and 0.12 0. The load is equivalent to a coil of resistance 4.8Q and inductive reactance 3.60. Determine the output of the transformer in kW.a. 54b. 108c. 63d. 27

When the transformer is loaded in a balanced fashion up to its nominal rating (10 MVA), calculate the high side line-to-line phasor voltages (ab, bc, ca). and low side phasor voltages both line-to-line and line-to-neutral (ab, bc, ca, a, b,c). as a reference for calculations the low side A line to neutral voltage is 7620V at an angle of 0 degrees when the transformer is at rated power.  The transformer has the following characteristics: V: 138kV delta high side/ 13.2 kV wye low side 9% impedance X/R ratio of 20

A. The modified equivalent circuit of a transformer is given in the following figure. X2 х, N N2 R2 R1 wW V2 Load EZ V1 х, Ro Starting from the above circuit derive a modified equivalent circuit of the transformer as referred to the primary side. Show clearly all steps and draw the modified circuit X'2 R 2 wW wwm I2 V'2 Ro ww

Help me to solve this problem step by step. Don't copy from Chegg else I'll dislike.

figure the S-parameters for an ideal transformer with turn ratio N = N1:N2 where N1 is the no.of turns of the primary winding and N2 is the no. of turns of the secondary winding.