The boiling point of water goes down at higher altitudes, and so foods take longer to cook (because the temperature of the food doesn't usually exceed the boiling point of water).
See the Related Questions about how elevation effects the boiling point of water.
infrared, microwave, radio
Yes - Water's boiling point increases below sea level, and decreases as you go higher above sea level.That's why you need to take it into account when cooking at higher elevations, as the lower air pressure alters cooking times, which are generally referenced for sea level.For a conversion chart, see the link below.
An X ray takes more energy to generate because it is higher frequency (second in shortest wavelength only to gamma rays). Microwaves are just higher frequency radio waves.
The rate of combustion directly proportional to the surface area of combining naterials
Drug addicts require higher doses of the drug to which they are addicted because they develop tolerance for the drug.
The higher the power of the microwave oven the more energy is imparted to the food being cooked and therefore, for the equivalent results to an oven of lesser power, the shorter the cooking time required. Manufactures (in the UK) give microwave ovens a letter for each power band and most recipes will tell you how ling to cook for each letter.
There are a lot of DVDs available. cookingvideos4u.com has a good wok cooking section. Make sure you consider what kind of wok cooking you intend to do. Wok cooking does require a higher heat than many western techniques.
Several features of microwave ovens make them more useful for defrosting foods. A higher wattage microwave, 1,000 watts or above is best for most cooking tasks. A larger capacity microwave with a turntable will heat and defrost foods more evenly. And for ease of defrosting, look for microwaves that feature automatic defrost cycles with just the touch of a button.
a microwave requires a much higher frequency
Many foods darken after cooking. The higher pressure and temperature of pressure cooking can darken them.
Microwaves are very commonly found at home and among food service professionals. A "commercial microwave" has a higher power output than a "home microwave" counterpart.
Higher. Microwave ovens operate in the gigahertz range. Your FM station in the megahertz range is a hundred times less.
Not exactly, but cooking is faster in higher altitudes. Hilly areas do mean higher altitute, so if this hilly area happens to be of several hundred feet or higher from sea level, then it is most likely true.
Cooking fish can be done at a higher temperature and takes much less time per inch of thickness.
== Why wouldn't the microwave oven part of a combination unit be as "good" as the microwave oven? They're essentially the same. A convection oven has a fan inside that circulates hot air in the oven around inside the cooking space when the "oven" part is in use. This "evens" the heat and promotes cooking efficiency and adds a bit of speed to the processs. But look at the microwave oven. A microwave oven has air blown through the cavity (the cooking space) by a fan when the unit is running. In this light, the ovens may be more similar than they are different. The air blown through the cavity is being forced through the cooling elements of the magnetron, the microwave generating device, and it enters the chamber already preheated. But the convection oven circulates hot air continuously, and this is an advantage. Microwave ovens work by adding energy to the hydrogen-oxygen bonds of water molecules inside food. This translates into an increase of the thermal or heat energy in the water. Because water molecules are the most affected by this method of heat-radiation cooking, it is a good idea to add a little water to your left-overs if they're a little on the dry side before re-warming them in the oven.This is a type of oven that uses a fan to circulate hot air around the object in the oven. This method reduces overall cooking time. The question asked if the microwave part of a microwave-convection oven was as good as a microwave-only unit. Yes, it is. They are the same thing. It's just that the microwave oven in a convection-microwave oven is built into a convection oven. It is unfair (and incorrect) to say that the convection-microwave oven is more efficient than a microwave oven when the performance of the two microwave ovens is compared. Certainly the combination unit has more features than the stand alone unit. It is more flexible; it has extended application and cooking "power" in its ability to prepare food. But the microwave portion of the combination unit is no better or worse than a conventional microwave oven.
Yes, an anesthesiology job require higher personal insurance. You can read more about it at www.nationalanesthesia.com/anes_faq.asp
A typical microwave is 750-800 watts. There are lower (and higher) power machines, but the 'normal' for general use is 750-800 watts.