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when using energy use the kinetic energy equation for change KE = .5(M)(Vf^2 - Vo^2) M = mass Vf = fianal velocity Vo = initial velocity
change in eternal energy= n*Cv*delta T n= moles Cv= molar specific heat of gas at constant volume Delta
Most of the energy related to lifting something up is related to gravitational potential energy, so you basically use the formula for gravitational potential energy: GPE = mgh (mass x gravity x height)
Electricity is not a "source" of energy at all, since there aren't large amounts of electricity in nature which we can just use. Well, there are lightnings, and the electric charge of the atmosphere, but no practical way has been yet to use it. If you were to find one, it would be a renewable source, because you could take a certain amount of this energy for a long, long time.Electricity is not a "source" of energy at all, since there aren't large amounts of electricity in nature which we can just use. Well, there are lightnings, and the electric charge of the atmosphere, but no practical way has been yet to use it. If you were to find one, it would be a renewable source, because you could take a certain amount of this energy for a long, long time.Electricity is not a "source" of energy at all, since there aren't large amounts of electricity in nature which we can just use. Well, there are lightnings, and the electric charge of the atmosphere, but no practical way has been yet to use it. If you were to find one, it would be a renewable source, because you could take a certain amount of this energy for a long, long time.Electricity is not a "source" of energy at all, since there aren't large amounts of electricity in nature which we can just use. Well, there are lightnings, and the electric charge of the atmosphere, but no practical way has been yet to use it. If you were to find one, it would be a renewable source, because you could take a certain amount of this energy for a long, long time.
Thermal Energy
That amount is always less than the energy you put into the system. Divide the amount of useful energy you get from a system by the amount of energy you put into it, and you find the system's 'efficiency'.
Appliance Parts Pros.com has been helping do-it-yourselfers since 1999 to easily find discount appliance parts as well as information on appliance repair.
Rate of change = amount of change in some period of time/amount of time for the change
There are many places where one can find Magic Chef appliance parts in the country of Canada. One can find Magic Chef appliance parts in Canada at popular stores such as Parts Elect and Appliance Zone.
If the appliance tells you how many watts it's supposed to use you can buy a watt-meter to measure how many watts the appliance is using buy plugging in the meter into the wall and then plugging the appliance into the meter. A popular brand is "Kill A Watt", it meter can be bought on E-bay for under $25.
E=MC2 means: Energy (E) = Mass (M) times The Speed of Light (C) squared. This basically tells us that energy and matter are the same. A small amount of matter can be converted into a large amount of energy. So using the equation E=MC2 we can find out that 0.00000000001 gram of mass, will equal nine hundred thousand joules of energy: 0.00000000001g x (3x108) = 900,000j
Anything with the Energy Star on it is very energy efficient. Appliance sellers like Sears and Best Buy carry large numbers of stoves that will fit your needs.
You can find FSP appliance parts at either your local vendor specialized on such appliance parts, on online shops such as eBay or directly on the brand's homepage.
Horsepower = (number of joules of energy every second) divided by (746).
I am unsure what type of appliance parts you are looking to learn about. Commonly you can find appliance manuals which provide information about individual parts of each appliance.
A quadratic equation could be used to find the optimal ingredients for a mixture. Example: if you are trying to create a super cleanser, you could make a parabola of your ingredients, finding the roots of the equation to find the optimal amount for each ingredient.
Using electric bill calculation can help determine how much money you could save by turning off certain appliances. Look at your power bill's total cost and kilowatt hour usage. Divide the cost by the kilowatt hours to find dollars per kilowatt hour. Look up the watts used by any given appliance, and divide by 1000 to get kilowatts. Multiply this by the amount of time in order to get kilowatt hours for the appliance. Times this by the dollars per kilowatt hour and you will find out how much this appliance costs to use for a given amount of time, allowing you to find out how much you could save by reducing the usage of the appliance.