Q. 3 (a).Identify the main parts of a transformer and explain why transformers are generally not used to transform d.c voltages. Explain the difference between a step up and a step down transformer in terms of voltage and current. Q3.(b). Under certain conditions transformers will transform d.c voltages. Could you identify any of these conditions and give a brief explanation as to why this happens.

Q: How does a transformer function in a power system, and what are its various applications?

A: Here we need to describe transformer function in a power system, and its various applications.

Q: What is a transformer, and how is it used in power systems?

A: A power system, also known as an electrical power system or an electric grid, is a complex network…

Q: Define Mutual Induction and how describe how a transformer operates.

A: Here is the explanation

Q: Determine the required load resistance to operate the transformer of Q3(b) at maximum efficiency…

A: According to question: c) The turn ratio 'a' is calculated as ∵a=VpVs⇒a=23024⇒a≃10 The transformer…

Q: I need the answer to be supported by a diagram or an equation.

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Q: How does a transformer work in a power system, and what are its applications in voltage conversion

A: A transformer is a crucial device in a power distribution system that operates on the principle of…