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What is a technological application of chemistry that you use every day?
a refrigerator and air-conditioning
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Answer See the Related Questions links for some background on the importance of chemistry and what it has contributed to daily modern life.
In our life, 24 hours of each day and night involves chemistry. Water, tooth paste, tooth brush, shampoo, soap, food, vehicle, petrol, cosmetics, communicative technologies, e…tc... Btw e=mc2
There are many application of chemistry; such as the following ♣ Medicine ♣ Agriculture ♣ Transportation ♣ Food Production ♣ Food Processing ♣ Pharmaceutical ♣ C…hemical Plants and Factory ♣ Environment ♣ Toiletries
Batteries, medicine, gasoline.
We you integers everyday by: In bank accountsThe temperatureIn golfIn the stock market (These are just a few of the ways you can use integers. There are many other ways too!)
Police, Quadratics, Action! If you know the initial speed of car, how far you are travelling and what your acceleration is, there is a special formula that …lets you find out how long the journey will take. This formula is a quadratic with time as its unknown quadratic quantity. The police use this equation - along with many other quadratic and non-quadratic equations - when they attend a road traffic accident (RTA). They do this to find out if the driver was breaking the speed limit or driving without due care and attention. They can discover how fast the car was going at the time the driver started braking and how long they were braking for before they had the accident. This is done by finding the road's coefficient of friction and by measuring the length of the skid marks of the vehicles involved. Once they have this information they turn to Mathematics and the trusted quadratic equation. Einstein's Famous Quadratic The most famous equation in the world is technically quadratic. Einstein discovered the formula: Where E is the Energy of an object, m is its mass and c is the speed of light. This formula relates mass and energy and came from Einstein's work on Special and General Relativity. However, in practice it is not solved as a quadratic equation as we know the value of the speed of light. For more information on Einstein and his Theory of Special Relativity see the links at the bottom of the page. There are many more uses for quadratic equations. For more information please see the links to "101 Uses of a Quadratic Equation" at the bottom of the page.
chemistry using technology
1. A practical application of Pythagoras Theorem is to check where the ploat or a building or land are in the form of a square or rectangle ( i.e. each corner angle is 90 degr…ee or not ) 2. For finding the third side of a right angle triangle 3. Use of Trigometry i.e. sinx , cosx and tanx based on right angle triangle are used in finding the area of many geometrical figures like area of any triangle , rectangle etc. 4. many more ........
The technology developed by the space program is often incorporated into products people use every day?
selective breeding: used to make a specific organism have certain traits. cloning:used to make exact copies of something. i.e. (food can be cloned to make an infinite supply.… genetic engineering: used to change the DNA of something which can make it immune to a disease
5 commonly used items that were originally designed for use in space are such things as: Cordless Tools Portable and self-contained power tools. Originally developed for ast…ronauts on the Apollo missions to allow them to drill for moon samples. This technology has lead to development of such tools as the cordless vacuum cleaners and power drills Smoke Detectors First used in the Earth orbiting space station called Skylab. It help detect any toxic vapors. Now in common use in most homes and business. Medical Imaging NASA developed ways to process signals from spacecraft to produce clearer images. This technology also makes it possible to take photo like images of our insides. TV Satellite Dish NASA developed ways to correct errors in the signals coming from there spacecraft. This technology is used to reduce interference in TV signals coming from satellites. Digital Thermometer Instead of measuring temperature using a column of mercury, digital thermometers have a lens that detects infrared energy, which we feel as heat. The warmer something is the more infrared energy it puts out. This technology was originally developed to detect the birth of stars. Also GPS was invented
There are many practical applications to the use of radioactivity/radiation. Radioactive sources are used to study living organisms, to diagnose and treat diseases, to sterili…ze medical instruments and food, to produce energy for heat and electric power, and to monitor various steps in all types of industrial processes. Tracers are a common application of radioisotopes. A tracer is a radioactive element whose pathway through which a chemical reaction can be followed. Tracers such as Iodine-131 are commonly used in the medical field to study the function of the thyroid gland assisting in detecting disease. Nuclear reactors are devices that control fission reactions producing new substances from the fission product and energy. Nuclear power stations use uranium in fission reactions as a fuel to produce energy. Steam is generated by the heat released during the fission process. It is this steam that turns a turbine to produce electric energy. Sterilization of medical instruments and food is another common application of radiation. By subjecting the instruments and food to concentrated beams of radiation, we can kill microorganisms that cause contamination and disease. Because this is done with high energy radiation sources using electromagnetic energy, there is no fear of residual radiation.
Classical Conditioning in Everyday Life One of the great things about conditioning is that we can see it all around us. Here are some examples of classical conditioning that y…ou may see: 1. Conditioned Fear & Anxiety - many phobias that people experience are the results of conditioning. For Example - "fear of bridges" - fear of bridges can develop from many different sources. For example, while a child rides in a car over a dilapidated bridge, his father makes jokes about the bridge collapsing and all of them falling into the river below. The father finds this funny and so decides to do it whenever they cross the bridge. Years later, the child has grown up and now is afraid to drive over any bridge. In this case, the fear of one bridge generalized to all bridges which now evoke fear. 2. Advertising - modern advertising strategies evolved from John Watson's use of conditioning. The approach is to link an attractive US with a CS (the product being sold) so the consumer will feel positively toward the product just like they do with the US. US --> CS --> CR/UR attractive person --> car --> pleasant emotional response
First of all , chemistry is the reaction betweem two substances . Most of the things we do daily are considered chemistry like , washing the dishes , cleaning your hands and s…howering . After all we can say that our daily life is a some kind of chemistry.
By performing experiments, we can figure out what chemicasl react to others, how they react, and what can kill you merely by reacting with the chemical composition of your ski…n, bones, and muscles.
Technology is used in chemistry because you use microscopes to look at the different particles of different elements, and sometimes computers are used to break down the chemic…al makeup of different items.
Laser light (Light Amplification by Stimulation And Radiation) has many uses in modern day technology but they roughly equate to these main areas. Hot lasersData I/OMeasureme…ntImaging Hot lasers are used primarily to mark cut or score a material. Many manufacturing processes use lasers specifically designed to generate high temperatures to cut steel, or engrave lettering. This process is created by using a high power laser and directing it through a series of beam reflectors which are controlled by a system much like a printer plotter. Usually an inert gas is blown on the steel to prevent carbon build up and scoring. Engraving systems are similar but on a much smaller scale. Data Input/Output is used when a laser is used to reflect of a surface to gain access to information contained via a medium. The most obvious examples of this are Optical storage devices such as DVD's CDROMs and Blue ray. But there are also BAR code readers which use encoded numbers read by laser light. Your common Laser pointer could also be considered in this group. Measurement Light from a laser has a few of useful properties. Light travels in a straight line, andlaser light does not expand very much over distanceThe speed of light is a known constant Laser light travels in a straight line. LIDAR systems (Light Detection And Ranging), sends out a beam of laser light like a lighthouse and calculates the angle & return speed of the beam (Light the echo sounding of a bat but with light instead of sound). This allows a computer to build up a 3d data image of the area around the beam. This technique is accurate down to a 2 mm measurement allowing systems robotic systems like self driving cars to navigate better than a human. The Apollo landings left a reflector on the moon which is used to bounce laser light off to calculate the distance of the moon with using a similar system to LIDAR. Pulses of LASER light is fired at the reflector and the distance calculated by using the (SPEED x TIME) = DISTANCE. The result is then divided by 2 since this represents the pulse up and back to the Earth. Imaging You could consider there to be some crossover here with LIDAR but this type of imaging considers a more artistic employ. Holograms are 3 dimensional images created by splitting a laser beam in two, then diverting one through an indirect path to a photographic negative plate, while the original beam travels directly at the object. This creates interference patterns (Sum and difference phasing of light) which captures the 3d information. When the holographic plate is processed and illuminated with polarised laser light the Image of the original object photographed can be seen as a 3d object again.