Maximizing Charge Repulsion: Understanding Earthing a Conductor 2

In summary, a negatively charged plastic rod (q=-20 e) will repel negative charge on a neutral sphere. If the sphere is grounded, all of the repelled charge will flow to the ground. The rod's negative charge is spread evenly along its length, unlike a magnet with distinct positive and negative poles. The exact number of electrons repelled by the rod's charge can be determined by the charge's magnitude (q= -20e), and grounding the sphere will cause all of this repelled charge to flow to the ground.
  • #1
Hardik Batra
130
5
1)If a negatively charge plastic rod (q=-20 e) is kept near the sphere.( which having net charge is zero.) Then how much negatively charge is repelled at the other end by this plastic rod on sphere.

2) if earthing is made to the sphere (at the other end), then all the charge which is repelled by the plastic rod will move to the ground?
 
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  • #2
If a rod is negatively charged, then it is negatively charged over its entire length. It is not like a magnet with a north [negative] pole and south [positive] pole.
 
  • #3
Chronos said:
If a rod is negatively charged, then it is negatively charged over its entire length. It is not like a magnet with a north [negative] pole and south [positive] pole.

I know the rod is negatively charge (means the more number of negative charge than the positive charge)

But my question is if negative charge is q= -20e than how much electron will repel on sphere by this negative charge. and by earthing the sphere all this repel electron will flow to the ground?
 

Related to Maximizing Charge Repulsion: Understanding Earthing a Conductor 2

1. How does earthing a conductor 2 work?

Earthing a conductor 2 involves connecting the conductor to the Earth or a grounding system. This allows any excess electrical charge to dissipate into the ground, preventing damage to the conductor and potential hazards.

2. What are the benefits of earthing a conductor 2?

Earthing a conductor 2 can protect against electric shock, prevent damage to electrical equipment, and improve the stability of electrical systems. It can also reduce the risk of fires caused by electrical faults.

3. Can any conductor be earthed?

Yes, any conductor can be earthed as long as there is a proper grounding system in place. This includes electrical wires, metal pipes, and electronic devices.

4. Are there different methods of earthing a conductor 2?

Yes, there are different methods of earthing a conductor 2, including using a grounding rod, connecting to a grounding plate, or using a grounding wire. The method used will depend on the specific needs and requirements of the electrical system.

5. Is earthing a conductor 2 necessary?

Yes, earthing a conductor 2 is necessary for safety and to ensure the proper functioning of electrical systems. Without proper grounding, there is a risk of electrical hazards and equipment damage. It is important to follow proper earthing procedures to ensure the safety of individuals and the stability of electrical systems.

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