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10 of 20 Which DMM measurement would you expect based upon the red and black leads in this image? 12 V 8V 4V OV

10 of 20 Which DMM measurement would you expect based upon the red and black leads in this image? 12 V 8V 4V OV

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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**Question:** Which DMM measurement would you expect based upon the red and black leads in this image? **Diagram Explanation:** The diagram shows a series of resistors connected with voltage labels and test leads: - A red test lead is connected between a point labeled "12V" and a point labeled "8V". - A black test lead is connected between a point labeled "4V" and a point labeled "0V" (ground). The circuit description includes: - **12V** at one end of the series. - A resistor dropping the voltage to **8V**. - A second resistor dropping the voltage to **4V**. - A third resistor connects to the ground at **0V**. **Answer Choices:** - ○ 0V - ○ 4V - ○ 8V - ○ 12V **Analysis:** The red lead spans from 12V to 8V, and the black lead spans from 4V to 0V. Therefore, the voltage difference being measured is: \[ \text{Voltage} = 12V - 4V = 8V \] Thus, the expected DMM measurement is **8V**.
Transcribed Image Text:**Question:** Which DMM measurement would you expect based upon the red and black leads in this image? **Diagram Explanation:** The diagram shows a series of resistors connected with voltage labels and test leads: - A red test lead is connected between a point labeled "12V" and a point labeled "8V". - A black test lead is connected between a point labeled "4V" and a point labeled "0V" (ground). The circuit description includes: - **12V** at one end of the series. - A resistor dropping the voltage to **8V**. - A second resistor dropping the voltage to **4V**. - A third resistor connects to the ground at **0V**. **Answer Choices:** - ○ 0V - ○ 4V - ○ 8V - ○ 12V **Analysis:** The red lead spans from 12V to 8V, and the black lead spans from 4V to 0V. Therefore, the voltage difference being measured is: \[ \text{Voltage} = 12V - 4V = 8V \] Thus, the expected DMM measurement is **8V**.
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