To explain the working principles of magnetically coupled circuits and transformers, design and solve 1 circuit. There should be at least 4 resistors, 1 capacitor, 1 inductor in your circuit. You cannot get all connections in series or parallel. You have to provide enough variety. One of the resistors must have a value of 8Ω. Also the transformer magnetic coupling coefficient M = 2H. Calculate the primary and secondary inductances of the transformer in accordance with the rule. you have to choose. Find the power dissipated on the 8Ω resistor.

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To explain the working principles of magnetically coupled circuits and transformers, design and solve 1 circuit. There should be at least 4 resistors, 1 capacitor, 1 inductor in your circuit. You cannot get all connections in series or parallel. You have to provide enough variety. One of the resistors must have a value of 8Ω. Also the transformer magnetic coupling coefficient M = 2H. Calculate the primary and secondary inductances of the transformer in accordance with the rule. you have to choose. Find the power dissipated on the 8Ω resistor.

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