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In a series electrical network, what can be said about the electric current through each component and the voltage across the network?
In a series electrical network, what can be said about the electric current through each component and the voltage across the network?
In a series electrical network, each component has the same electric current through it, equal to the current through the network, and the voltage across the network is equal to the sum of the voltages across each component.
What is the characteristic of components connected in parallel in terms of voltage and current?
What is the characteristic of components connected in parallel in terms of voltage and current?
Components connected in parallel have the same voltage across each component, equal to the voltage across the network, and the current through the network is equal to the sum of the currents through each component.
How are components connected in series and parallel different in terms of electrical paths?
How are components connected in series and parallel different in terms of electrical paths?
Components connected in series are connected along a single electrical path, while components connected in parallel are connected along multiple paths.
What is the perspective on whether a two-terminal 'object' is considered an electrical component or an electrical network?
What is the perspective on whether a two-terminal 'object' is considered an electrical component or an electrical network?
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What terminology will be used in this article to refer to a two-terminal 'object' that participates in series/parallel networks?
What terminology will be used in this article to refer to a two-terminal 'object' that participates in series/parallel networks?
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