Difference between revisions of "Translations:Series and parallel connections/2/en"

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All circuits are built out of two types of electrical connections that determine the characteristics of the circuit: series and parallel. Many devices that we use on a regular basis that have disposable batteries, like radios and flashlights, use both series and parallel connections to achieve a desired voltage or desired amount of available energy. All batteries have a positive and a negative electrode which are the points where electrical connections are made on the battery. When the positive electrode of a batteries is connected to the negative of another battery, this is called a series connection. This series connection will increase the circuit voltage. When the positive electrode of a battery is connected to the positive electrode of another battery and the negative electrode is connected to the negative electrode of the same battery, this is called a parallel connection. This parallel connection will keep the circuit voltage the same, but will increase the current available to the circuit.
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All circuits are built out of two types of electrical connections that determine the characteristics of the circuit: series and parallel. Any devices that has more than one battery, like a radios or a flashlight, uses either a series or parallel connection to achieve a desired voltage or desired amount of available energy. All batteries have a positive and a negative electrode which are the points where electrical connections are made. When the positive electrode of a batteries is connected to the negative of another battery, this is called a series connection. This series connection will increase the circuit voltage. When the positive electrode of a battery is connected to the positive electrode of another battery and the negative electrode is connected to the negative electrode of the same battery, this is called a parallel connection. This parallel connection will keep the circuit voltage the same, but will increase the current available to the circuit.

Latest revision as of 12:18, 1 March 2021

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Message definition (Series and parallel connections)
All circuits are built out of two types of electrical connections that determine the characteristics of the circuit: series and parallel. Any devices that has more than one battery, like a radios or a flashlight, uses either a series or parallel connection to achieve a desired voltage or desired amount of available energy. All batteries have a positive and a negative electrode which are the points where electrical connections are made. When the positive electrode of a batteries is connected to the negative of another battery, this is called a series connection. This series connection will increase the circuit voltage. When the positive electrode of a battery is connected to the positive electrode of another battery and the negative electrode is connected to the negative electrode of the same battery, this is called a parallel connection. This parallel connection will keep the circuit voltage the same, but will increase the current available to the circuit.
TranslationAll circuits are built out of two types of electrical connections that determine the characteristics of the circuit: series and parallel. Any devices that has more than one battery, like a radios or a flashlight, uses either a series or parallel connection to achieve a desired voltage or desired amount of available energy. All batteries have a positive and a negative electrode which are the points where electrical connections are made. When the positive electrode of a batteries is connected to the negative of another battery, this is called a series connection. This series connection will increase the circuit voltage. When the positive electrode of a battery is connected to the positive electrode of another battery and the negative electrode is connected to the negative electrode of the same battery, this is called a parallel connection. This parallel connection will keep the circuit voltage the same, but will increase the current available to the circuit.

All circuits are built out of two types of electrical connections that determine the characteristics of the circuit: series and parallel. Any devices that has more than one battery, like a radios or a flashlight, uses either a series or parallel connection to achieve a desired voltage or desired amount of available energy. All batteries have a positive and a negative electrode which are the points where electrical connections are made. When the positive electrode of a batteries is connected to the negative of another battery, this is called a series connection. This series connection will increase the circuit voltage. When the positive electrode of a battery is connected to the positive electrode of another battery and the negative electrode is connected to the negative electrode of the same battery, this is called a parallel connection. This parallel connection will keep the circuit voltage the same, but will increase the current available to the circuit.

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