Question

Differentiate
series and parallel combination of resistance​

Answer 1

Answer:

All electric devices need circuits to run smoothly and efficiently. An electric circuit consists of many instruments attached to it such as resistors, diodes and switches which are positioned in a circuit structurally. And with these structure of placement, there is a difference in output. The placement of components in the wrong area or even in the wrong terminal creates a lot of issues. Hence, it is important to understand the basics of circuits thoroughly to master the trade.

Individual resistors are either connected in a series connection or a parallel connection or sometimes both series and parallel to produce a more complex resistive network whose equivalent resistance is the mathematical combination of the individual resistors connected together. In the next few sections, let us learn about the different types of circuit connections and their differences and similarities.

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Answer 2

Answer:

in series current remains same and in parallel it is vise versa .in parallel the voltage remains same and in series it is vise versa. in series resistance net is great than any individual resistance but in parallel it is vise versa.

Explanation:

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