A simple question about the flow of the electricity

Thread starter DorelXD
Start date Dec 23, 2013
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Electricity Flow

In summary, the charge moves through the circuit and loses energy. The amount of energy lost depends upon the friction and distance.

Dec 28, 2013

DorelXD

Oh my god, this is amazing. The physics is beautiful! It can be a pain if you don't understand it, or if you don't ask the right questions, or if you don't have a good physics teacher. Thank you all! You guys really helped me to understand. I am now 90% convinced that this is the way thing are. The rest of 10% is up to me; I need to convince and reconvince myself. I will read this discussion from the beginning to the end, and I will review what you told me. Thank you again!

<h2>1. How does electricity flow?</h2><p>Electricity flows through a closed circuit, starting from a power source and returning back to it. It moves from areas of high concentration (positive charge) to areas of low concentration (negative charge).</p><h2>2. What is the role of conductors in the flow of electricity?</h2><p>Conductors, such as metals, allow electricity to flow through them easily due to their free-flowing electrons. They provide a path for the electricity to travel through.</p><h2>3. Can electricity flow in both directions?</h2><p>Yes, electricity can flow in both directions in a closed circuit. This is known as alternating current (AC) which is commonly used in household appliances.</p><h2>4. How is the flow of electricity controlled?</h2><p>The flow of electricity can be controlled by using devices such as switches, resistors, and transistors. These components can either allow or restrict the flow of electricity in a circuit.</p><h2>5. What happens if there is a break in the flow of electricity?</h2><p>If there is a break in the flow of electricity, the circuit becomes open and electricity cannot flow through it. This is why circuits need to be complete and have no breaks in order for electricity to flow properly.</p>

1. How does electricity flow?

Electricity flows through a closed circuit, starting from a power source and returning back to it. It moves from areas of high concentration (positive charge) to areas of low concentration (negative charge).

2. What is the role of conductors in the flow of electricity?

Conductors, such as metals, allow electricity to flow through them easily due to their free-flowing electrons. They provide a path for the electricity to travel through.

3. Can electricity flow in both directions?

Yes, electricity can flow in both directions in a closed circuit. This is known as alternating current (AC) which is commonly used in household appliances.

4. How is the flow of electricity controlled?

The flow of electricity can be controlled by using devices such as switches, resistors, and transistors. These components can either allow or restrict the flow of electricity in a circuit.

5. What happens if there is a break in the flow of electricity?

If there is a break in the flow of electricity, the circuit becomes open and electricity cannot flow through it. This is why circuits need to be complete and have no breaks in order for electricity to flow properly.