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LucMeekesAnswer
23-Emerald IV
January 13, 2024

Ah, I used the wrong KCL around the transformers. After correction:

LucMeekes_0-1705186647184.png

And with the correct values for Vi1 and 2:

LucMeekes_1-1705186690402.png

The results now compare with those of ttokoro:

LucMeekes_2-1705186758711.png

Success!
Luc

 

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18 replies

ttokoro
ttokoro21-Topaz I
21-Topaz I
January 9, 2024

image.png

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t.t.
ttokoro
ttokoro21-Topaz I
21-Topaz I
January 10, 2024

So, we have 3 diffrent answers!

 

Total Power from Voltage sources.

image.png 

Total power loss by resistors.

image.png

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t.t.
Cornel19-Tanzanite
19-Tanzanite
January 11, 2024

Cornel_0-1704986382636.png

Cornel_1-1704983034451.png

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LucMeekes23-Emerald IV
23-Emerald IV
January 9, 2024

I get this:

LucMeekes_0-1704840769721.png

LucMeekes_1-1704840813994.png

Then:

LucMeekes_2-1704840908405.png

and with:

LucMeekes_3-1704840957329.png

Success!
Luc

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LucMeekes23-Emerald IV
23-Emerald IV
January 10, 2024

On second view:

since both sources (Vi1 and Vi2) are DC, all voltages V1...V4 are 0 V, I2..I4 are 0 A and I1=24/7 A.

 

Success!
Luc

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Cornel19-Tanzanite
19-Tanzanite
January 10, 2024

----

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-MFra-21-Topaz IIAuthor
21-Topaz II
January 15, 2024

Based on the previous calculations, I get the following:

results.jpg

Calculations that don't match yours.

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ttokoro
ttokoro21-Topaz I
21-Topaz I
January 15, 2024

Your above one is right. I2=-I1/n. Therefore, if I1 is 1.265+0.586i, I2 should be 3.795+1.757i, instead of -3.795-1.757i.

So, your Kirchhoff's current law, KCL, is not correct. And n is not 1/3 but 3 for n1 and n2.

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t.t.
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