I'm so glad you asked that!
you can use your microwave as a fire by putting things etc. copper and turning it on so they will blow up.
you can also throw it at windows and smash them.
Actually, microwaves are used around the world for many industrial heating processes as well as medical applications. For example:
1.they are used to treat and vulcanized rubber that is used for the weather stripping around car door windows and doors, and refrigerator door seals.
2.they used to pre-cooked the bacon that is used by McDonald's, Burger King, and many fast food restaurants.
3.the used to "temper" meat: that's eating the meat, fish, and other edible products from frozen to just below the temperature at which they defrost so they can be further processed.
4.they are used in the etching of semiconductors.
5.they are used to vacuum deposit silicone coatings on eyeglasses, automobile lenses, the windows on your smart phones, and more.
For medical applications:
1.they are used to identify and treat tumors such as breast tumors.
2.the are used to treat prostate tumors and in prostate cancer.
There are a lot of other applications.
microwaves
A klystron, magnetron or travelling-wave tube will generate microwaves. So will a vircator and an inductive output tube. These are just some of the vacuum tubes used to generate microwaves. In a microwave oven, the magnetron, which is a type of cavity resonator, is the device of choice.
Microwaves are a type of electromagnetic radiation that have a short wavelength. In microwave ovens, these microwaves are produced by a device called a magnetron. The microwaves are then directed into the oven cavity where they cause water molecules in the food to vibrate, generating heat and cooking the food quickly and efficiently.
Microwaves that are made by the company Viking can be purchased from a number of places. The Viking site is a great place to start, but they can also be found on "US appliance" as well as Amazon.
Microwaves interact with matter at the atomic level by causing the atoms and molecules to vibrate and generate heat through a process called dielectric heating. This occurs when the microwaves' electromagnetic waves match the natural frequency of the molecules, causing them to absorb the energy and increase in temperature.
A microwave oven uses microwaves to cook food quickly and efficiently.
it doesn't, it uses microwaves
This depends upon the particular frequency of the microwaves. Your microwave oven uses microwaves that are tuned to the exact resonance frequency of the water molecule, therefore they are absorbed by water and cause it to get hotter. Other frequencies would tend to pass through water. Similarly, microwaves normally pass through both air and glass, although there are some frequencies that would be absorbed by glass. Air is transparent to all frequencies of microwaves.
A convection microwave uses both microwaves and convection heating to cook the food. The convection cooking allows the food to be browned and cooks the outer part of the food while the microwaves cook the interior of the food.
Cell phones use microwaves, and so does Wi-Fi network gear.
Send information over long distances
Two common uses of microwaves are cooking food quickly and efficiently in microwave ovens, and transmitting information in microwave communication systems such as satellite communication and radar technology.
Only similarity between a microwave and mobile is that both uses a electromagnetic radiation but of different frequency for its operation. Microwaves uses micro waves to heat up food molecules where as mobile phone uses radio wave frequency.
Garden state parkway rest stops do not have public microwaves. They do on the other hand, have food establishments in some locations.
Microwaves are commonly used for cooking food quickly and efficiently. They are also used in communication technology, such as in radar systems and satellite transmissions.
One example of microwaves is the electromagnetic radiation emitted by microwave ovens. These microwaves heat up food quickly and efficiently by causing water molecules to vibrate, generating heat in the process.
Microwaves have lots of uses, some commercial (such as microwave ovens, satellite TV, and weather radar) and some military (such as missile guidance systems), applications in the field of scientific research, microwaves monitor the environmental health of our planet as well as to learn more about the universe. Research scientists use microwaves in two types of systems: active and passive. In active systems, such as radars, scientists send out microwaves and examine what comes back. In passive systems scientists simply look for naturally occurring microwaves and use them to learn more about the objects that emit the waves.