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What is Conduction?

Deanna Baranyi
By
Updated May 21, 2024
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Heat is transferred in several different ways, either conduction, convection, and radiation. Regardless of the method of transfer, only heat can be transferred. Cold is simply the absence of heat and cannot be transferred by any method.

Conduction is the transfer of heat from one molecule to another through a substance. Not all substances conduct heat at the same speed. Metals are considered good conductors since they can speedily transfer heat. Stone is also a moderately good conductor, but wood, paper, air, and cloth are poor heat conductors.

Various materials are often researched for the way they conduct heat. The materials are given numbers that tell their relative rates of conduction. Each material is compared to silver – the standard – which has a coefficient of heat conduction of 100. Other products travel down the heat conduction coefficient scale. So, copper has a coefficient of 92, iron of 11, water of .12, wood of .03, and a perfect vacuum has a conduction coefficient of zero.

Different rates of conduction can be seen in people’s everyday lives. For example, when a cloth pot holder is wrapped around the handle of a metal pot or frying pan, heat is not transferred to the person’s hand. A cloth pot holder works because it is a poor heat conductor. In addition, some pot or frying pan manufacturers design the handle so that it is in a material that has a low conduction coefficient – such as wood.

Another name for materials that are poor conductors of heat is insulators. Air is a superb insulation material when it is locked within an enclosed space. It only has a conduction coefficient number of .006, as well. In fact, one of the things that makes wool clothes, fur coats, down feathers, and loose fibers so warm, is the fact that the air locked between the feathers, fur, or fibers is a great insulator.

As mentioned above, an insulator does not allow electrons to move freely along it. It is thereby prevented from becoming hot to the touch; in the alternative, metals do allow electrons to move readily. Consequently, if a charged rod touches an insulated metal object, some of the charge will pass and the metal object receives a charge via conduction. The charge will cover the total surface of the conductor. Then, if the charged object touches a large body via a wire, it becomes grounded and looses its charge.

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Deanna Baranyi
By Deanna Baranyi , Former Writer
Deanna Baranyi, a freelance writer and editor with a passion for the written word, brings a diverse skill set to her work. With degrees in relevant fields and a keen ability to understand and connect with target audiences, she crafts compelling copy, articles, and content that inform and engage readers.

Discussion Comments

By BioNerd — On Dec 22, 2010

Human conduction nerve function is an important function of our body. We use electricity in our chemical and muscular function every second. A defect in our nerve conduction function can result in numbness or decay. When our bains fail to receive signals from our nerves, necessary reflexes and responses can be damaged. This is one of the worst results of the age-old disease of leprosy, which was characterized by numbness.

By dbuckley212 — On Dec 22, 2010

Conduction heat transfer is to thermal energy as gravity is to gravitational force. When an object, or group of objects is in a warm area (or a high place, in the case of gravity), it will naturally move toward areas which are cooler (or lower). The conduction analogy to gravity can be seen in the speed of water: sometimes water moves faster because it may have a relatively straight path downward. It will move at a slower rate if it has to pass through a delta or a swamp. In the same way, heat will arrive at a cool area at different rates, depending on how high the coefficient of conduction is in the material through which it is conducted.

Deanna Baranyi

Deanna Baranyi

Former Writer

Deanna Baranyi, a freelance writer and editor with a passion for the written word, brings a diverse skill set to her...
Learn more
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