Electricity - Our Everyday Power Source
What is electricity? It is something that defines a lot of different effects and usually there are just two terms in particular. These are electric charge and electric current. The term charge is a way to define the properties of specific subatomic particles. Atoms can actually be composed of neutrons, protons, and even electrons, and protons and electrons are able to carry a charge, while protons are positive energy. Usually it's balanced, but there is a chance that there will be too many or even not enough electrons in an atom, and that will give the net positive or negative charge. Thus giving birth to the ion! This is what makes up an electric charge. Electric current is a charge that is moving.
These are the two electric definitions that you need to concern yourself with. No doubt you'll be dealing with one or the other every day. The thing that you really need to worry about is the delivery system. This is normally sent through outlets that interact with three pronged plugs. Two of those prongs create a circuit with both positive and negative. Though the electricity is sent through the device it tends to lose a lot of charge on the way.
The battery is an electrochemical device. It uses science and chemistry to make electricity. Essentially, every single battery has these features: anode, cathode, and electrolyte. These are things that are capable of producing a charge. Naturally the electrodes are not able to touch each other directly lest they cause a short circuit. Because of this fact they're indirectly connected by the electrolyte.
There is also a lot of misunderstanding about the terms used to measure electricity, with many people thinking volts describes everything. In reality there are three measurements: volts, watts, and amps. A good way to imagine how the three measurements work is to think of a faucet that has been connected to a washing machine. The voltage is the water pressure of the pipes leading to the faucet. Amps are a measurement of the gallons per minute that flow out of the faucet when it is turned on. Watts describe how much water the washing machine needs to actually work. Therefore it is watts that describes how much power is consumed, not volts. Volts actually measure how fast current can potentially be delivered.
That pretty much covers all that you need to know regarding electricity and the way that it is used. Try to remember these things when you're comparing batteries, using light bulbs, or even wiring a house for lighting. Knowing the terms and knowing how everything works will definitely help you out when you're trying to install something or even work with a currently existing electrical system. You can be assured of that, whether you're working with home electricity or business electricity.
These are the two electric definitions that you need to concern yourself with. No doubt you'll be dealing with one or the other every day. The thing that you really need to worry about is the delivery system. This is normally sent through outlets that interact with three pronged plugs. Two of those prongs create a circuit with both positive and negative. Though the electricity is sent through the device it tends to lose a lot of charge on the way.
The battery is an electrochemical device. It uses science and chemistry to make electricity. Essentially, every single battery has these features: anode, cathode, and electrolyte. These are things that are capable of producing a charge. Naturally the electrodes are not able to touch each other directly lest they cause a short circuit. Because of this fact they're indirectly connected by the electrolyte.
There is also a lot of misunderstanding about the terms used to measure electricity, with many people thinking volts describes everything. In reality there are three measurements: volts, watts, and amps. A good way to imagine how the three measurements work is to think of a faucet that has been connected to a washing machine. The voltage is the water pressure of the pipes leading to the faucet. Amps are a measurement of the gallons per minute that flow out of the faucet when it is turned on. Watts describe how much water the washing machine needs to actually work. Therefore it is watts that describes how much power is consumed, not volts. Volts actually measure how fast current can potentially be delivered.
That pretty much covers all that you need to know regarding electricity and the way that it is used. Try to remember these things when you're comparing batteries, using light bulbs, or even wiring a house for lighting. Knowing the terms and knowing how everything works will definitely help you out when you're trying to install something or even work with a currently existing electrical system. You can be assured of that, whether you're working with home electricity or business electricity.
About the Author:
Author: Jerry Dyess has been a manager in Texas Electricity for the past 7 years. Get more information on Texas Electric rates.
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