Given the table below for a tungsten/rhenium thermocouple. Determine the folJunction voltage(mV)Temp (°C)2504.374008.7455013.1170017.48a. Sensitivity of the thermocouple:b. Write the linear equation between temperature (T) and junction voltage Given the table below for a load cell in a weighing scale. Determine the following:Deflection atDeflection atLoad (kg)20 °C (mm)40 °C (mm)0.25011.310022.415033.520044.6a. Sensitivity at nominal/normal temperature:b. Sensitivity at ambient temperature:c. Zero drift coefficient (ZDC)d. Sensitivity drift coefficient (SDC)e. Zero drift at 50 °Cf. Sensitivity drift at 50 °C

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Given the table below for a tungsten/rhenium thermocouple. Determine the foll Junction voltage (mV) 4.37 Temp (°C) 250 400 8.74 550 13.11 700 17.48 a. Sensitivity of the thermocouple: b. Write the linear equation between temperature (T) and junction voltage

Given the table below for a tungsten/rhenium thermocouple. Determine the foll Junction voltage (mV) 4.37 Temp (°C) 250 400 8.74 550 13.11 700 17.48 a. Sensitivity of the thermocouple: b. Write the linear equation between temperature (T) and junction voltage

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Question

Given the table below for a tungsten/rhenium thermocouple. Determine the fol
Junction voltage
(mV)
Temp (°C)
250
4.37
400
8.74
550
13.11
700
17.48
a. Sensitivity of the thermocouple:
b. Write the linear equation between temperature (T) and junction voltage

Given the table below for a load cell in a weighing scale. Determine the following:
Deflection at
Deflection at
Load (kg)
20 °C (mm)
40 °C (mm)
0.2
50
1
1.3
100
2
2.4
150
3
3.5
200
4
4.6
a. Sensitivity at nominal/normal temperature:
b. Sensitivity at ambient temperature:
c. Zero drift coefficient (ZDC)
d. Sensitivity drift coefficient (SDC)
e. Zero drift at 50 °C
f. Sensitivity drift at 50 °C

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