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1 kilowatt means a continuous power flow of 1000 watts, and in one hour the energy expended is 1 kilowatt-hour, also known as 1 kWh or Unit.
The function of the electric meter is to inform the power company how much electricity you have used - so they know how much to charge you !AnswerWhat is colloquially known as an 'electric meter', or 'electricity meter', is correctly termed an energy meter. As the name implies, an energy meter is used to measure the amount of energy (not'electricity', which is not a quantity!) purchased from the electricity supply company for the purpose of billing its customers. This energy is measured in units called kilowatt hours (kW.h) and, for this reason, energy meters are sometimes referred to as 'kilowatt hour meters' or 'watt hour meters'.
A consumer is a living organism that cannot synthesize energy from the sun. Therefore, consumers get energy by eating other organisms. There are many levels of consumers that make up the food web. These can include primary consumers, secondary consumers, tertiary consumers, and sometimes quaternary consumers. Primary consumers are herbivores (they can only consume autotrophs). As energy travels from autotrophs to quaternary consumers, much of the energy is used by organisms or (primarily) dissipated as heat. Therefore, there are less quaternary consumers than autotrophs because quaternary consumers cannot get as much energy.
Well if you think about it you can't really sell electricity so therefor it dosent really have a price but I'm pretty sure you weren't going to try and stik it in a bottle and sell it right
Energy-saving bulbs use much less than 1 kilowatt and most of them use less than 40 watts which is 0.04 kilowatts. A 20 watt bulb uses 1 kilowatt-hour of energy if run for 50 hours.
The produce about 2,300 KWH(kilowatt hour) a year.
1 kilowatt means a continuous power flow of 1000 watts, and in one hour the energy expended is 1 kilowatt-hour, also known as 1 kWh or Unit.
First of all, a megawatt is not a unit of energy. It is a unit of power, or the rate at which energy is used. 1 watt corresponds to 1 joule per second. For example, a sixty watt lightbulb uses 60 joules of energy per second. So a megawatt is one million watts, or one million joules of energy per second. Electrical energy is often measured in kilowatt-hours by the electric company (So that they know how much to charge you). This is equivalent to the amount of energy that a kilowatt power source could supply in one hour. The amount of energy in joules that a kilowatt hour is goes as follows: 1 kilowatt = 1000 watts, so 1000 joules per second. Multiply this by the number of seconds in an hour, and you have 3600000J.
5 cents per kilowatt hour
One can save as much as $3.05 per kilowatt hour with the use of wind energy. If a household consumes 50 kilowatt hours per month, that makes $152.50 savings on a monthly basis.
The function of the electric meter is to inform the power company how much electricity you have used - so they know how much to charge you !AnswerWhat is colloquially known as an 'electric meter', or 'electricity meter', is correctly termed an energy meter. As the name implies, an energy meter is used to measure the amount of energy (not'electricity', which is not a quantity!) purchased from the electricity supply company for the purpose of billing its customers. This energy is measured in units called kilowatt hours (kW.h) and, for this reason, energy meters are sometimes referred to as 'kilowatt hour meters' or 'watt hour meters'.
A consumer is a living organism that cannot synthesize energy from the sun. Therefore, consumers get energy by eating other organisms. There are many levels of consumers that make up the food web. These can include primary consumers, secondary consumers, tertiary consumers, and sometimes quaternary consumers. Primary consumers are herbivores (they can only consume autotrophs). As energy travels from autotrophs to quaternary consumers, much of the energy is used by organisms or (primarily) dissipated as heat. Therefore, there are less quaternary consumers than autotrophs because quaternary consumers cannot get as much energy.
10%
energy = power x time.In this case, you can either: * Convert the time to seconds, then multiply. The answer will be in watt-seconds = joules. * Convert the time to hours, convert the watt to kilowatt, then multiply. The answer will be in kilowatt-hours.
Well if you think about it you can't really sell electricity so therefor it dosent really have a price but I'm pretty sure you weren't going to try and stik it in a bottle and sell it right
Energy-saving bulbs use much less than 1 kilowatt and most of them use less than 40 watts which is 0.04 kilowatts. A 20 watt bulb uses 1 kilowatt-hour of energy if run for 50 hours.
You can't convert that directly. kWh is a unit of energy; ampere is a unit of current.