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10 example of good and bad conductor of heat?
Good conductors of heat include metals such as copper, aluminum, and silver, as well as materials like graphite and water. These substances have high thermal conductivity due to their molecular structure, allowing heat to transfer easily through them. In contrast, bad conductors of heat, also known as insulators, include materials like wood, rubber, plastic, and air, which have low thermal conductivity and inhibit the flow of heat.
What are examples of things that use conductors?
Anything that uses electricity in some form or another will have conductors. Any plug-in appliance or piece of equipment will have them inside. Machines, vehicles of every kind, and any generation equipment will have conductors. These conductors are going to be metal, very often copper, and the conductor will usually have an insulative sheath on it. If you think of wire as a conductor, which it is, then everything that has wire and uses electricity on some scale will fit the bill.
What are the uses of good conductors of electricity?
Good conductors of electricity are used in a variety of applications such as wiring in buildings and electrical circuits in electronic devices. They are also used in power lines, motors, generators, and transformers for efficient transmission and distribution of electricity. Additionally, they are utilized in industrial processes such as electroplating and welding.
Device that uses replishable substances to produce current?
A fuel cell is a device that uses replenishable substances such as hydrogen or oxygen to produce electrical current through a chemical reaction. This process generates electricity and heat without combustion, making fuel cells a clean and efficient energy source.
Is a hairdryer a form of conduction?
No, a hairdryer is not a form of conduction. Conduction is the transfer of heat through direct contact between two objects or substances. A hairdryer uses convection, which is the transfer of heat through a fluid (such as air) moving over an object.
How good and bad conductors of heat are useful to us?
Substances that don't have the capacity to carry heat are called bad conductors of heat (or insulators ). Substances that have the capacity to carry heat are called good conductors of heat. As for electricity, it is very, much the same.
What are the uses of heat conductors in your daily life?
sertgyhujik
10 example of good and bad conductor of heat?
Good conductors of heat include metals such as copper, aluminum, and silver, as well as materials like graphite and water. These substances have high thermal conductivity due to their molecular structure, allowing heat to transfer easily through them. In contrast, bad conductors of heat, also known as insulators, include materials like wood, rubber, plastic, and air, which have low thermal conductivity and inhibit the flow of heat.
Which appliance uses good electrical conductors and insulators?
Wired
What cites that uses conductors?
All of them.
How long it takes heat to travel one meter?
How fast heat travels depends upon which method it uses to travel (conduction/ convection/radiation) and what it is travelling through (metal/air/water etc.). heat travels much more quickly through metal because metals are good thermal conductors.
Who uses conductors?
The electrical trade is one of many trades that use conductors for projects.
What are the uses of conductors in your daily life?
sertgyhujik
What are the uses of conductors of electricity?
to conduct the current
What the uses of good and bad conductors of heat with an example of each?
A good conductor of heat is metal as it has free electrons that can also carry Energy aswell as the partials themselves. This can be used for a radiator so the room can be heated. A bad conductor of heat is polystyrene. This can be used for plastic cups so the drink stay hot longer.
How many conductors does a POTS line use?
Each telephone line uses only two conductors.
What are examples of things that use conductors?
Anything that uses electricity in some form or another will have conductors. Any plug-in appliance or piece of equipment will have them inside. Machines, vehicles of every kind, and any generation equipment will have conductors. These conductors are going to be metal, very often copper, and the conductor will usually have an insulative sheath on it. If you think of wire as a conductor, which it is, then everything that has wire and uses electricity on some scale will fit the bill.
