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Q5. A sensor resistance varies from 520 to 2500 N. This is used for R1 in the divider circuit below, along with R2 = 500 N and V; = 10.0 V. Find the range of the divider voltage Vo. Prepare a graph of the divider voltage versus the sensor resistance (Use Microsoft Excel to prepare the graph). Comment on the linearity of Vo as a function of R1.

Q5. A sensor resistance varies from 520 to 2500 N. This is used for R1 in the divider circuit below, along with R2 = 500 N and V; = 10.0 V. Find the range of the divider voltage Vo. Prepare a graph of the divider voltage versus the sensor resistance (Use Microsoft Excel to prepare the graph). Comment on the linearity of Vo as a function of R1.

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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Q5. A sensor resistance varies from 520 to 2500 N. This is used for R1 in the divider circuit below, along with R2 = 500 N and V; = 10.0 V. Find the range of the divider voltage Vo. Prepare a graph of the divider voltage versus the sensor resistance (Use Microsoft Excel to prepare the graph). Comment on the linearity of Vo as a function of R1.
Transcribed Image Text:Q5. A sensor resistance varies from 520 to 2500 N. This is used for R1 in the divider circuit below, along with R2 = 500 N and V; = 10.0 V. Find the range of the divider voltage Vo. Prepare a graph of the divider voltage versus the sensor resistance (Use Microsoft Excel to prepare the graph). Comment on the linearity of Vo as a function of R1.
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