Can I get a good long explanation , for my better understanding and learning. Task 1. Investigate the difference between temperature measurement methods.Using all of the temperature data (insulated, uninsulated, stirred, unstirred, top, bottom)plot a graph of thermocouple temperature versus thermometer temperature and fit astraight line. Take note of the equation of the line. Using the trendline, discuss therelationship between temperature measured using a thermocouple compared to athermometer. NO STIRRINGSTIRRINGNO STIRRINGSTIRRINGTime/s0.0300.060.0180.0240.0120.0300.0240.0180.0240.0300,0120.0180.0300.060.060.060.0120.00.0120.00.0180.0240.00.0BottomThermometer23262426272829201222822 खर्च2324262721232552632711524Thermocouple21२५52627281972120२२22२२232321222319२५2419100TopThermometer20.524.5222526.5282930.527,5२४2352731.52526.52831२१30232424रा2627ThermocoupleXB 2344242526222723 2824X26272829सन्न 23 Insulated24252628.29२०व्य२२23423Uninsulated24

Answered: NO STIRRING STIRRING NO STIRRING…

Introduction to Chemical Engineering Thermodynamics

8th Edition

ISBN:9781259696527

Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart

Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart

Chapter1: Introduction

Section: Chapter Questions

Problem 1.1P

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Question

Can I get a good long explanation , for my better understanding and learning.

Task 1. Investigate the difference between temperature measurement methods.
Using all of the temperature data (insulated, uninsulated, stirred, unstirred, top, bottom)
plot a graph of thermocouple temperature versus thermometer temperature and fit a
straight line. Take note of the equation of the line. Using the trendline, discuss the
relationship between temperature measured using a thermocouple compared to a
thermometer.

NO STIRRING
STIRRING
NO STIRRING
STIRRING
Time/s
0.0
300.0
60.0
180.0
240.0
120.0
300.0
240.0
180.0
240.0
300,0
120.0
180.0
300.0
60.0
60.0
60.0
120.0
0.0
120.0
0.0
180.0
240.0
0.0
Bottom
Thermometer
23
26
24
26
27
28
29
20
1
22
28
22 खर्च
23
24
26
27
21
23
255
263
2711
524
Thermocouple
21
२५
5
26
27
28
197
21
20
२२
22
२२
23
23
21
22
23
19
२५
24
19100
Top
Thermometer
20.5
24.5
2225
26.5
28
29
30.5
27,5
२४
235
27
31.5
25
26.5
28
31
२१
30
23
24
24
रा
26
27
Thermocouple
XB 23
4424
25
26
2227
23 28
24
X
26
27
28
29
सन्न 23 Insulated
24
25
26
28.
29
२०
व्य
२२
23
423
Uninsulated
24

Expert Solution

Step 1

We plot the graph in excel ...

On y axis: Measured temperature using thermometer

On x-axis: measured temperature using thermocouple

1. Uninsulated with no stirring

Uninsulated (unstirred case)

	Bottom temperature	Top temperature
Time (s)	Thermometer	Thermocouple	Thermometer	Thermocouple
0	23	21	23.5	23
60	26	24	24.5	24
120	27	25	25	25
180	28	26	26.5	26
240	29	27	27.5	27
300	30	28	28.5	28

Bottom temperature: The equation of the line is y = x-2

This is of the form y = mx+c

m= slope and c = y-intercept

Now slope=1, and c = -2. This means that the rate at which the temperature readings of the thermometer and the thermocouple change are the same, but the thermocouple’s readings are 2 C lower than that of the thermometer readings

Top temperature: Equation of the line is y = 0.9748x+0.2357

This means the rate at which the thermocouple readings change is 0.97 times than the rate at which the temperature readings of the thermometer changes