The stated accuracy of the TMP 36 temperature sensor is +/- 1 C at room temperature...
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The stated accuracy of the TMP 36 temperature sensor is +/- 1 C at room temperature (assume, for this assignment, that this value accounts for calibration and repeatability). The resolution that the sensor can read is based on the Arduino hardware and corresponds to a 10 bit ADC with a 5 V input and a response of 100 C / Volt. Use this information to calculate the standard uncertainty of the sensor for a single reading near room temperature in units of degrees Celsius. What is the largest source of uncertainty and how might it be reduced? A data set of 100 points is recorded with a temperature sensor and available on Moodle. The uncertainty of the calibration is +/- 0.05 C. State both the standard uncertainty and that for 95% confidence for these cases: O you make a single measurement of 24.125 C O you report the mean of all 100 measurements as the output value. Consider uncertainty with respect to calibration, and repeatability. The stated accuracy of the TMP 36 temperature sensor is +/- 1 C at room temperature (assume, for this assignment, that this value accounts for calibration and repeatability). The resolution that the sensor can read is based on the Arduino hardware and corresponds to a 10 bit ADC with a 5 V input and a response of 100 C / Volt. Use this information to calculate the standard uncertainty of the sensor for a single reading near room temperature in units of degrees Celsius. What is the largest source of uncertainty and how might it be reduced? A data set of 100 points is recorded with a temperature sensor and available on Moodle. The uncertainty of the calibration is +/- 0.05 C. State both the standard uncertainty and that for 95% confidence for these cases: O you make a single measurement of 24.125 C O you report the mean of all 100 measurements as the output value. Consider uncertainty with respect to calibration, and repeatability. The stated accuracy of the TMP 36 temperature sensor is +/- 1 C at room temperature (assume, for this assignment, that this value accounts for calibration and repeatability). The resolution that the sensor can read is based on the Arduino hardware and corresponds to a 10 bit ADC with a 5 V input and a response of 100 C / Volt. Use this information to calculate the standard uncertainty of the sensor for a single reading near room temperature in units of degrees Celsius. What is the largest source of uncertainty and how might it be reduced? A data set of 100 points is recorded with a temperature sensor and available on Moodle. The uncertainty of the calibration is +/- 0.05 C. State both the standard uncertainty and that for 95% confidence for these cases: O you make a single measurement of 24.125 C O you report the mean of all 100 measurements as the output value. Consider uncertainty with respect to calibration, and repeatability.
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Step1 Problem 3 Calculation of Standard and Expanded Uncertainty Given TMP 36 accuracy 1C at room temperature Arduino ADC resolution 10 bits 5 V input ... View the full answer
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Income Tax Fundamentals 2013
ISBN: 9781285586618
31st Edition
Authors: Gerald E. Whittenburg, Martha Altus Buller, Steven L Gill
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