**Explanation of Text and Diagram for Educational Website****Title: The Importance of Linearity in Sensor Responses****Text:**In your own words, explain why a good linearity is desired in most of the sensors and transducers. Please be specific in your answer instead of saying it can increase the accuracy, etc.**Diagram Description:**The diagram illustrates a response curve of a sensor. It shows a relationship between the signal (S) on the vertical axis and an unspecified variable on the horizontal axis. There are two lines:1. **Red Line (Curved):** This is the actual response curve of the sensor, which is non-linear.2. **Blue Dotted Line (Linear):** This represents the ideal linear response for the sensor.Both lines are enclosed in a green bracket labeled "Response curve," indicating that the diagram is focusing on the comparison between the sensor's actual and ideal responses.**Instructions for Formatting:**For the toolbar, press ALT+F10 (PC) or ALT+FN+F10 (Mac).**Formatting Options:**- Bold (B)- Italic (I)- Underline (U)- Strikethrough (S)- Paragraph alignment options- Font selection- Font size: 10pt**Text Box:**The text box at the bottom is designated for typing additional content.---This transcription can provide insight into the concepts of sensor linearity and response characteristics, useful for students and educators in engineering and technology fields.

Answered: In your own words, explain why a good…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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**Explanation of Text and Diagram for Educational Website**

**Title: The Importance of Linearity in Sensor Responses**

**Text:**
In your own words, explain why a good linearity is desired in most of the sensors and transducers. Please be specific in your answer instead of saying it can increase the accuracy, etc.

**Diagram Description:**
The diagram illustrates a response curve of a sensor. It shows a relationship between the signal (S) on the vertical axis and an unspecified variable on the horizontal axis. There are two lines:

1. **Red Line (Curved):** This is the actual response curve of the sensor, which is non-linear.

2. **Blue Dotted Line (Linear):** This represents the ideal linear response for the sensor.

Both lines are enclosed in a green bracket labeled "Response curve," indicating that the diagram is focusing on the comparison between the sensor's actual and ideal responses.

**Instructions for Formatting:**
For the toolbar, press ALT+F10 (PC) or ALT+FN+F10 (Mac).

**Formatting Options:**
- Bold (B)
- Italic (I)
- Underline (U)
- Strikethrough (S)
- Paragraph alignment options
- Font selection
- Font size: 10pt

**Text Box:**
The text box at the bottom is designated for typing additional content.

---

This transcription can provide insight into the concepts of sensor linearity and response characteristics, useful for students and educators in engineering and technology fields.

Expert Solution

Step 1 - Introduction

The following question is based on sensors.

A sensor is a device that converts a signal from one form of energy that is not easily measurable (like pressure, acoustic etc) to a signal in another form of energy which is more easily measurable (example electrical quanties like voltage and current etc).

One of the desired properties of a sensor is linearity.

By linearity we mean, if x and y are the values of the measured signal and output signal respectively, then y =kx where k is a non-zero constant of proportionality.

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