Semiconductors may be used to fabricate electronic devices. This is done quite often.
Most of the electronic devices they're used for are called "transistors". Often, several
transistors are combined in a single small device, called an "integrated circuit".
A few examples of where these devices may be found in real life include . . . -- almost every radio in the world
-- almost every TV set in the world
-- almost every landline telephone in the world
-- every TV remote
-- every GPS
-- every CD/DVD player
-- every cellphone and every smartphone in the world.
Two practical uses of the cooling effect of evaporation are in air conditioning systems where water is evaporated to cool the air and in sweat on our skin, which evaporates to help regulate body temperature.
Roentgenium is a highly unstable and synthetic element that is not used for any practical applications. It is mainly used for research purposes to study the properties of superheavy elements and understand the periodic table.
Concave mirrors are used in reflecting telescopes, makeup mirrors, and headlights to focus light rays. Convex mirrors are used in security mirrors, wide-angle rearview mirrors in cars, and magnifying glasses to provide a wider field of view or to reduce image distortion.
An example of a device that uses color for practical purposes is a colorimeter, which measures the intensity of colors in various applications such as chemistry, biology, and material science. Colorimeters are used to provide objective and quantitative measurements of color that can be analyzed and compared for quality control or scientific research.
Yes, semiconductors can conduct both heat and electricity. They have intermediate conductivity properties between metals and insulators, allowing them to conduct electricity when a voltage is applied, and also conduct heat due to their free electrons and lattice structure.
Semiconductors are usually found in electronic appliances, such as radios and computers. Semiconductors are electrically conductive and are used for power.
semiconductors will be having some charged particles but for practical purpose the free charges should be available in abundant quantity. so in order to increase the charge particles number we add some impurity to these semiconductors . this process is called doping
Three uses of a metalloid is semiconductors, some cleaning materials, and computer chips
There are a variety of practical uses for Pascal's triangle. Some of these include algebra, probability, as well as triangular numbers.
Any practical use for ununoctium.
There are many practical uses for combat knives besides the obvious- the use by the military for hand-to-hand combat. One of the more practical uses for combat knives are cutting ropes and/or lines.
Silicon is widely used in semiconductors
Lawrencium hasn't practical uses.
Mostly they made inexpensive plastic packaged integrated circuits practical.
Some practical survival bracelet uses for outdoor activities include: making a shelter, starting a fire, signaling for help, creating a tourniquet, repairing gear, and fishing.
Wax paper is an extremely useful kitchen product. While there are hundreds of practical uses for wax paper the most common ones are, baking and packaging food.
Those semiconductors in which some impurity atoms are embedded are known as extrinsic semiconductors.