Person inside an isolated conductor

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In summary, the conversation discusses the potential harm of touching the inside of a large, isolated conductor with a large charge. It is determined that if the person is neutral, they will not be harmed, but if they have an opposite charge, there may be a movement of electrons causing harm. The concept of a spherical capacitor is also mentioned. The conversation ends with a request for clarification on the cause of harm in an electric shock.
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megaspazz
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Homework Statement



You are inside a large, hollow conductor that is isolated from the ground. There is a large charge on the conductor. If you touch the inside of it, will you be harmed? What if you had a charge with opposite sign of that on the conductor?

Homework Equations



N/A

The Attempt at a Solution



I think that if you are neutral, you will not be hurt since all the charge is on the outside. The second part confuses me. If you are charged, you will induce a charge on the inside surface of the conductor. So when you touch it, there will be a movement of electrons (i.e. current) which will hurt you, right? Or will there not be since you are not grounded and there's no reason for the electrons to go from the sphere to you or vice versa?

Many thanks in advance!
 
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Bump! Pls help me!
 
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FAQ: Person inside an isolated conductor

1. What is a person inside an isolated conductor?

A person inside an isolated conductor refers to a scenario where an individual is enclosed within a material or structure that is designed to prevent the flow of electricity or other forms of energy.

2. How does a person inside an isolated conductor stay safe?

A person inside an isolated conductor stays safe because the conductor prevents any form of energy from passing through it, thus protecting the individual from potential harm.

3. Can a person inside an isolated conductor still be affected by external energy sources?

Yes, a person inside an isolated conductor can still be affected by external energy sources, such as static electricity or electromagnetic fields, depending on the insulation and conductivity properties of the conductor.

4. What types of materials are commonly used as isolated conductors?

Materials commonly used as isolated conductors include rubber, plastic, glass, and ceramics, which have high resistance to electricity and prevent the flow of energy.

5. Is it possible for a person to be completely safe inside an isolated conductor?

While a person inside an isolated conductor is protected from direct contact with electricity or energy, there is always a possibility of indirect exposure or other external factors that may pose risks to their safety. It is important to follow safety protocols and use proper protective equipment in these scenarios.

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