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What else can I help you with?
What material in which thermal energy moves quickly?
These are good conductors-most metals are good conductors.
What are materials in which thermal energy moves quickly?
Materials such as metals like copper and aluminum are known to have high thermal conductivity, allowing thermal energy to move quickly through them. Additionally, materials like diamond and graphene also possess high thermal conductivity due to the structure of their atomic arrangement, facilitating fast movement of thermal energy.
Are most metals good conducters?
Yes, most metals are good conductors of heat and electricity.
What are 4 characteristics of most metals?
Metals tend to be lustrous, ductile, malleable, and good conductors of heat and electricity.
What is the good conductor of elecricity?
Most metals are good conductors of electricity.
What is good conductors of electricity?
Most metals, and especially gold. AND SALT WATER
What elements are good conducters of heat?
most metals are good conductors for heat.
What are two good examples of conductors?
Almost all metals are good conductors and the two most typical are copper and silver.
Are metals thermal insulators?
omdat je nou eenmaal moet poepen!!
What is true about most metals?
Metals are good conductors of heat and electricity. They have a metallic luster. All the metals are solids except Mercury.
What is a good conductor of thermal energy?
Substances that allows the flow of heat energy through it are known as good conductors of heat energy. Most metals are good conductors of heat energy. Most nonmetals are not a good conductors of heat energy. Interestingly, the best metal at conducting heat is silver, which is slightly better than copper, but it is nowhere nearly as good as diamond, which can conduct heat as much as five times as well, and is not a metal. Go figure.
What dielectric materials are good thermal conductors?
The best example of a dielectric with good thermal conduction is diamond, which is almost a perfect dielectric, but also has a thermal conductivity (up to 41kW·m−1·K−1) that is better than most metals (e.g. silver has a thermal conductivity of 0.430kW·m−1·K−1).
