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Insulators block the flow of electricity, and therfore cannot be charged.
That is completely wrong. An insulator can be charged. The difference is that the charge carriers in an insulator will be still, and will not respond to each other's fields. This is not true for a conductor, where the coulomb forces between charges will force all charge to the surface of the conductor, as a result of Gauss' law.
What else can I help you with?
Are materials that can be statically charged conductors or insulators?
Materials that can be statically charged can be either conductors or insulators. Conductors allow electricity to flow through them easily, which can lead to static charging under certain conditions. Insulators, on the other hand, do not conduct electricity well and can also become statically charged due to the buildup of excess charge.
Contrast the movement of charge in insulators and conductors during induction when a charged object is brought near them?
In insulators, the movement of charge is minimal because they do not have free electrons available for movement. In conductors, the electrons are free to move, so they redistribute themselves within the material in response to the presence of the charged object. This redistribution of charge in conductors allows them to be influenced by induction more effectively than insulators.
How gold leaf electroscope to identify conductors and insulators?
In a gold leaf electroscope, when a charged object is brought close to the electroscope, the gold leaves will either diverge (for conductors) or remain closed (for insulators). Conductors allow charge to flow easily, causing the leaves to repel each other due to the like charges. Insulators do not allow charge to flow, so the leaves do not diverge as there is no movement of charge.
Materials that you can charge up by rubbing are they conductors or insulators?
Materials that can be charged up by rubbing (like wool or plastic) are typically insulators. Insulators do not allow electricity to flow easily, so when they build up a charge through static electricity, it stays localized on the object. Conductors, on the other hand, allow electricity to flow freely through them.
Can an insulator be charged?
Yes, insulators can be charged by gaining or losing electrons, leading to a buildup of static electricity on their surface. However, insulators are less conductive than conductors, so the charge typically remains localized on the surface without flowing easily.
How do charged conductors and insulators differ from each other?
Insulators prevent electricity or energy from going through them. Conductors allow electricity/energy to easily pass through.
Are materials that can be statically charged conductors or insulators?
Materials that can be statically charged can be either conductors or insulators. Conductors allow electricity to flow through them easily, which can lead to static charging under certain conditions. Insulators, on the other hand, do not conduct electricity well and can also become statically charged due to the buildup of excess charge.
Contrast the movement of charge in insulators and conductors during induction when a charged object is brought near them?
In insulators, the movement of charge is minimal because they do not have free electrons available for movement. In conductors, the electrons are free to move, so they redistribute themselves within the material in response to the presence of the charged object. This redistribution of charge in conductors allows them to be influenced by induction more effectively than insulators.
How gold leaf electroscope to identify conductors and insulators?
In a gold leaf electroscope, when a charged object is brought close to the electroscope, the gold leaves will either diverge (for conductors) or remain closed (for insulators). Conductors allow charge to flow easily, causing the leaves to repel each other due to the like charges. Insulators do not allow charge to flow, so the leaves do not diverge as there is no movement of charge.
Materials that you can charge up by rubbing are they conductors or insulators?
Materials that can be charged up by rubbing (like wool or plastic) are typically insulators. Insulators do not allow electricity to flow easily, so when they build up a charge through static electricity, it stays localized on the object. Conductors, on the other hand, allow electricity to flow freely through them.
Which material get easily charged by rubbing and what such material is called?
An insulator Becomes statically charged when rubbed against another insulator
Why we called it three phase?
Because there are three positive charged conductors and there is electrical pressure in between.
Can an insulator be charged?
Yes, insulators can be charged by gaining or losing electrons, leading to a buildup of static electricity on their surface. However, insulators are less conductive than conductors, so the charge typically remains localized on the surface without flowing easily.
Are liquid conductors or insulators?
This is dependent on the amount of particles in the liquid. Dirty or Salt water is a conductor but not as effective as other materials. If the liquid contains minimal particles, for example pure water, it is considered a poor conductor and consequently a good insulator.
Why must the sphere rod and leaves of an electroscope be conductors?
The sphere, rod, and leaves of an electroscope need to be conductors to allow the flow of electric charge. When they come into contact with a charged object, electrons can move freely within the conductors, causing the leaves to diverge due to electrostatic repulsion. If they were insulators, the charge would not be able to distribute and the electroscope would not function.
How are insulators charged?
Insulators can be charged by coming into contact with a charged object, inducing a separation of charge within the insulator. This can happen through processes such as friction, conduction, or induction, leading to the insulator having a net positive or negative charge.
Compare conductor and insulator?
Conductors and insulators are different and simalar in many ways.Two ways they are simallar are they both have electrons and have something to do with electricity.Three ways they are different that conductors let heat and electricity go through it .On the other hand insulators do not let heat or electreicity go through it easily.Another way is conductors transfer eelectrons easily but meanwhile the insulator psses on electrons with difficulty.One last thing is that conductors are not current but insulators are current. HOPE I HELPED YOU
