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Power is the rate of change of energy ... The amount of energy generated or used, divided by the time to generate it or use it. If you're using 1 joule of energy every second, then you're using 1 watt of power.
No. Power is the amount of work done within a unit of time. It can be thought of as Force*distance/Time.
Divide the amount of work done by 550 pounds per second. Correct Answer is: Power = Work ÷ Time Divide the amount of work done by the amount of time it takes
free energy
Basically, any amount (other than zero) depending on the amount of power you wish to generate. Windo power is usually used to drive a wind turbine but these can vary greatly in size and output.
The amount of cores, the power (Ghz), and the amount of power used (Watts)
Steam power must be used on-site.
The amount of energy is used to make the change.
Apparent power must be used for this is the total amount of power you need to generate. Apparent power includes all the loses of energy while real power is the power used by the electrical appliances. If you are talking about environmental impact then apparent power is the one you need because this is the overall power needed.
Power is the rate of change of energy ... The amount of energy generated or used, divided by the time to generate it or use it. If you're using 1 joule of energy every second, then you're using 1 watt of power.
Amount of certain radioactive isotope in an object is compared with a reference amount. this ratio can then be used amount.
Amount of certain radioactive isotope in an object is compared with a reference amount. this ratio can then be used amount.
The amount of energy used up
No. Power is the amount of work done within a unit of time. It can be thought of as Force*distance/Time.
Data used in traditional systematics stresses both______ and the amount of change observed among groups?
Divide the amount of work done by 550 pounds per second. Correct Answer is: Power = Work ÷ Time Divide the amount of work done by the amount of time it takes
Load forecasting is used by power companies to anticipate the amount of power needed to supply the demand.