Determine the nominal resistance and tolerance.

April 7, 2026Physics

ScanSolve AI Answer

April 7, 2026

Answer

\frac{R_{min} + R_{max}}{2}$$

Here's the solution to the question:

a) Deduce the colour coded of this resistor.

Step 1: Determine the nominal resistance and tolerance. For a four-band resistor, the resistance range is given by $R_{nominal} \pm \text{tolerance}$ . Let $R_{min} = 22 \, k\Omega$ and $R_{max} = 25.2 \, k\Omega$ . The nominal resistance ( $R_{nominal}$ ) is the average of the minimum and maximum values: $R_{nominal} = \frac{R_{min} + R_{max}}{2}$

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Here's the solution to the question: a) Deduce the colour coded of this resistor.

Asked on April 7, 2026Physics

This physics problem tests your understanding of fundamental physical laws and their applications. The step-by-step solution below breaks down the problem using relevant equations and physical reasoning.

ScanSolve AI AnswerAnswered on April 7, 2026

Here's the solution to the question: a) Deduce the colour coded of this resistor. Step 1: Determine the nominal resistance and tolerance. For a four-band resistor, the resistance range is given by R_nominal ± tolerance. Let R_min = 22 \, k and R_max = 25.2 \, k. The nominal resistance (R_nominal) is the average of the minimum and maximum values: R_nominal = R_min + R_max2 R_nominal = 22 \, k + 25.2