376,981 views
28 votes
28 votes
Explain Resistor in parallel and series. ​

User Saverio Proto
by
2.5k points

2 Answers

24 votes
24 votes

Answer:

In a series circuit, the output current of the first resistor flows into the input of the second resistor; therefore, the current is the same in each resistor. In a parallel circuit, all of the resistor leads on one side of the resistors are connected together and all the leads on the other side are connected together.

User Xilmiki
by
3.2k points
20 votes
20 votes


\sf\huge\underline\blue{Resistor:-}


\rightarrowA resistor is a passive two-terminal electrical component that implements electrical resistance as a circuit element.


\rightarrowResistors reduce the current flow and lower voltage levels within circuits.


\sf\large\underline\purple{Resistors \:in\: Series:-}


\rightarrowA circuit is said to be connected in series when the same amount of current flows through the resistors. In such circuits, the voltage across each resistor is different.


\rightarrowIn a series connection, if any resistor is broken or a fault occurs, then the entire circuit is turned off. The construction of a series circuit is simpler compared to a parallel circuit.


\rightarrowFor the above circuit(attached image-1), the total resistance is given as:


\sf{R_(total)\: = \:R1 + R2 + ….. + Rn}

The total resistance of the system is just the total of individual resistances.


\sf\large\underline\purple{Resistors \:in\: Parallel:-}


\rightarrowA circuit is said to be connected in parallel when the voltage is the same across the resistors. In such circuits, the current is branched out and recombines when branches meet at a common point.


\rightarrowA resistor or any other component can be connected or disconnected easily without affecting other elements in a parallel circuit.


\rightarrowThe figure(attached image -2) above shows ‘n’ number of resistors connected in parallel. The following relation gives the total resistance here


\sf{(1)/(R_(total))\: = \:(1)/(R1) + (1)/(R2) + ….. + (1)/(Rn)}


\rightarrowThe sum of reciprocals of resistance of an individual resistor is the total reciprocal resistance of the system.

_______________________________

Hope it helps you:)

Explain Resistor in parallel and series. ​-example-1
Explain Resistor in parallel and series. ​-example-2
User Livia Moroianu
by
3.0k points