I'll assume that you're talking about the kitchen appliance that cooks with
microwave radiation, called a "microwave oven"
Many parts of the appliance are made with plastic, glass, and rubber. Some of
those parts conduct heat, and others don't. None of them conduct electricity.
Other parts are made with metals. Those parts do conduct heat and electricity.
No, a microwave is not a conductor producing heat, its actually a glass tube, that transfers electric energy into an electromagnetic wave, which happens to excite water molecules.
A microwave oven doesn't make a plastic dish get hot because plastic is not a good conductor of heat and does not absorb microwaves as efficiently as other materials like glass or ceramic. This means that the plastic dish does not heat up as much when exposed to the microwave radiation.
Well, honey, aluminum foil is a conductor, not an insulator. So, if you're looking to wrap up your leftovers and also conduct some electricity, aluminum foil is your go-to. Just don't go sticking it in the microwave unless you want a little light show to go with your reheated dinner.
The metal walls of the microwave oven reflect and contain the microwave radiation, preventing it from escaping.
It is a poor conductor.
Microwave absorption refers to how well food absorbs microwave energy. The more efficiently food absorbs microwaves, the faster it heats up in a microwave oven. This means that higher microwave absorption leads to better heating efficiency in a microwave oven.
yes
A microwave oven doesn't make a plastic dish get hot because plastic is not a good conductor of heat and does not absorb microwaves as efficiently as other materials like glass or ceramic. This means that the plastic dish does not heat up as much when exposed to the microwave radiation.
An aluminum pan is a conductor, which makes it useful for cooking, since it heats up when placed on a burner or over a flame.
A microwave is, in fact, a microwave
It consists of dielctric substrate with a strip conductor on one side and complete conducting layer on the other. It is basically an open structure and requires high dielectric constant substrate to confine the fields near the strip conductor
No , you cant. because you cant put tin in a microwave because of the eletrical waves flowing through and because tin is a metal , and metal is a good conductor or electricity this microwave tends to blow up. Therefore if you were too put a tin on the stove. You would have the same results.
Any adjective you want. An adjective is any describing word, so however you want to describe a microwave, just use that word. Here are a few good ones: big microwave wet microwave old microwave broken microwave white microwave dirty microwave weird microwave super, incredible, heavy-duty microwave Too easy!
microwave oven is one the example of microwave.
Well, honey, aluminum foil is a conductor, not an insulator. So, if you're looking to wrap up your leftovers and also conduct some electricity, aluminum foil is your go-to. Just don't go sticking it in the microwave unless you want a little light show to go with your reheated dinner.
Yes, this microwave safe dinnerware set is suitable for use in the microwave.
A conductor Conductor The conductor is also known as "Maestro".
A microwave oven may include a metal component, like a shelf, if it is of the manufacturer's design. A manufacturer can properly design and place a metal component in a microwave oven by ensuring that it is not, and cannot become, a microwave antenna. If a metal component is designed by the manufacturer, specifically for its ovens, it is safe to use (per the instructions). Utensils, aluminum foil, gilding, and other metal objects act as antennae causing arcing and possible fires, and may cause damage to the oven.