When a frying pan containing an uncooked egg is placed on the stove top and the electric burner is turned on, the egg then cooks. What is the source of heat energy of the cooking egg?

A. Electrical energy from the power socket
B. Newly created energy that was not present earlier
C. Newly created energy that increased the total energy
D. Mechanical energy from the heating element in the kettle

When you turn on a stove, electrical energy gets transferred from the wiring to the destination within seconds. This energy results in a flame. You may be able to compare this to turning on a light bulb, you flip the switch and the light turns on, you turn it off, the light goes out.

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shivjimishraVT shivjimishraVT · Answer 2 · 2022-08-17T15:14:04+02:00

The source of heat energy for the cooking egg is the electrical energy from the power socket. Thus, the correct option is A.

What is Electrical energy?

Electrical energy may be defined as the form of energy that is generated by the migration of electrons from one point of source to the destination. This form of energy significantly emanated from the movement of electrically charged particles.

The most important thing about electrical energy is that it initiates a source within a second. When you plug an electrical appliance from the power socket and turn the switch on, it suddenly makes action and starts its work.

The same principle is also followed by a frying pan when the electric burner is turned on, and within a minute or two, an egg is completely boiled.

Therefore, the source of heat energy for the cooking egg is the electrical energy from the power socket. Thus, the correct option is A.

To learn more about Electrical energy, refer to the link:

https://brainly.com/question/60890

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