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The response sensitivity of a toxic gas detection sensor is optimized based on two significant factors, which are working temperature (°C) and sensor concentration (mg/L). Table 2 lists the sensitivities of the sensor that correspond to the working temperature. Table 2 a) Working temperature, T (°C) 24 44 53 61 70 80 90 124 134 146 Sensor response sensitivity (%) 52.51 63.15 69.08 76.23 82.25 84.52 85.13 62.19 59.14 47.36 Develop a best-fit equation to describe the relationship between working temperature and sensor sensitivity response using Naïve Gauss elimination method.

The response sensitivity of a toxic gas detection sensor is optimized based on two significant factors, which are working temperature (°C) and sensor concentration (mg/L). Table 2 lists the sensitivities of the sensor that correspond to the working temperature. Table 2 a) Working temperature, T (°C) 24 44 53 61 70 80 90 124 134 146 Sensor response sensitivity (%) 52.51 63.15 69.08 76.23 82.25 84.52 85.13 62.19 59.14 47.36 Develop a best-fit equation to describe the relationship between working temperature and sensor sensitivity response using Naïve Gauss elimination method.

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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The response sensitivity of a toxic gas detection sensor is optimized based on two significant factors, which are working temperature (°C) and sensor concentration (mg/L). Table 2 lists the sensitivities of the sensor that correspond to the working temperature. Table 2 a) Working temperature, T (°C) 24 44 53 61 70 80 90 124 134 146 Sensor response sensitivity (%) 52.51 63.15 69.08 76.23 82.25 84.52 85.13 62.19 59.14 47.36 Develop a best-fit equation to describe the relationship between working temperature and sensor sensitivity response using Naïve Gauss elimination method.
Transcribed Image Text:The response sensitivity of a toxic gas detection sensor is optimized based on two significant factors, which are working temperature (°C) and sensor concentration (mg/L). Table 2 lists the sensitivities of the sensor that correspond to the working temperature. Table 2 a) Working temperature, T (°C) 24 44 53 61 70 80 90 124 134 146 Sensor response sensitivity (%) 52.51 63.15 69.08 76.23 82.25 84.52 85.13 62.19 59.14 47.36 Develop a best-fit equation to describe the relationship between working temperature and sensor sensitivity response using Naïve Gauss elimination method.
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