That's a trick question - kind of like "how long is a piece of string?"
In fact, the answer depends on 2 factors: the strength of the radiation source, and the "density" of the matter (in this case, copper) that the radiation is going through. Sort of like "can a flashlight shine through a black cloth?" - it obviously depends on how opaque the cloth is, and if you're using a cheap flashlight or an airport landing lamp.
We think of "density" as the relative weight of a material of a given size piece of it. As such, copper is not as dense as lead (the usual material used to insulate against radiation). But it's a lot more dense than air. However, 5 pounds of air will stop radiation as effectively as 5 pounds of lead, believe it or not.
It's just a lot easier to construct containers and barriers out of lead than out of air (and they're a lot thinner, too).
Electricitiy can be transfered through radiation.
Yes, infrared radiation can pass through glass. Glass is transparent to infrared radiation, allowing it to transmit through the material.
After the initial smelting to extract copper from the ore it still has to go through electroplating purification.
Radiation can go right through empty space.
No, radiation is the transfer of energy in the form of electromagnetic waves, such as light or heat, through empty space or a medium without requiring direct contact between objects. Heat transfer through a solid material is called conduction.
Radiation
Copper is a metallic element, well-known for its conductivity of electricity -and heat.
heat is lost by radiation because heat rises and because heat rises it goes through the roof so the heat =radiation makes the heat go through the roof year 10 wrote this u all got done
through radiation
The copper flame has a more energetic radiation.
The energy has different names, depending on the type of radiation. For example, in the case of electromagnetic radiation, the energy would be called electromagnetic energy, or in specific cases, light energy.
No, radiation can travel through a vacuum as well as through materials such as air, water, and solids. The ability of radiation to travel through materials depends on factors such as the type of radiation and the material's density and thickness.