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SERIES & PARALLEL RESISTORS OBJECTIVE To explore the relationship between voltage and current in networks of resistors connected in series and parallel. By the end of the lab you should have constructed
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How to fill out series and parallel resistors:

01
Determine the resistance values: Start by determining the resistance values of each individual resistor that you will be connecting in series or parallel.
02
Series connection: To connect resistors in series, simply connect one end of the first resistor to one end of the second resistor, and continue this pattern until all resistors are connected. The remaining free ends will be the two terminals where the input and output voltage will be applied.
03
Parallel connection: To connect resistors in parallel, connect one end of all the resistors together, and connect the other ends of all the resistors together. This will create two free terminals where the input and output voltage will be applied.
04
Calculate the total resistance: For resistors connected in series, the total resistance is the sum of all individual resistances. For resistors connected in parallel, the total resistance can be calculated using the formula 1/R_total = 1/R1 + 1/R2 + 1/R3 + ..., where R1, R2, R3, ... are the individual resistance values.
05
Understand the purpose: Series and parallel resistors are used in electrical circuits to modify the overall resistance and voltage distribution. Series resistors increase the total resistance, while parallel resistors decrease it. This can be helpful for voltage dividers, current limiters, and other applications in electronics.

Who needs series and parallel resistors:

01
Electronics hobbyists: Electronics hobbyists who enjoy building circuits and experimenting with different components often need to understand series and parallel resistors. It helps them design and create circuits with specific resistance values and voltage configurations.
02
Electrical engineers: Electrical engineers who design and analyze complex circuits need a deep understanding of series and parallel resistors. They use these concepts to optimize designs, calculate voltage drops, and ensure proper functioning of electronic systems.
03
Students studying electrical engineering: Students pursuing degrees in electrical engineering or related fields need to learn about series and parallel resistors as part of their coursework. Understanding these concepts is crucial for their academic success and future careers in the field of electrical engineering.
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Series and parallel resistors are two common ways to connect multiple resistors in an electric circuit. In series, resistors are connected end-to-end, increasing the total resistance. In parallel, resistors are connected side by side, decreasing the total resistance.
Anyone working with electric circuits or studying electronics may need to understand and use series and parallel resistors in their work.
To fill out series and parallel resistors, one must calculate the total resistance by using the appropriate formulas for each configuration and then calculate the current and voltage in the circuit as needed.
The purpose of using series and parallel resistors is to control the flow of current in an electric circuit, adjust voltage levels, or divide voltage efficiently.
The information reported on series and parallel resistors usually includes the values of individual resistors, the total resistance, current flowing through the circuit, and voltage across each resistor.
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