MY NOTES ASK YOUR TEACHEI The temperature of a certain chemical process is thought to be related to the time it takes for the process to reach completion. Out goal is to that relationship so that we can use it to predict TIME TO REACH COMPLETION at various TEMPERATURES. 14 trials are set up and the time for the process to complete is measured for each of the different temperatures. The data is presented here: Temperature (Kelvin) 100 125 125 145 155 190 200 270 285 295 315 340 385 400 Time to completion (seconds) 670 606 601 390 442 426 401 279 320 194 205 183 145 148 Compute the MEAN temperature for the experiment? 237 8571 Compute the MEAN time to completion for the chemical process? Answer with four decimal precision. 357.8571 Answer with four decimal precision. Compute the CORRELATION COEFFICIENT r between the temperature and the time to completion -0.9447 Answer as a pure number with 4 decimal precision How.much.of.the variation in the 'time to completion' is explained by the variation in the 'temperature'? Answer as a pure number with 4 decimal precision. Enter a number. What is the equation for the line of best fit? Answer with at least three decinal precision. Be careful where you put slope and where you put intercept y = %3D

Functions and Change: A Modeling Approach to College Algebra (MindTap Course List)
6th Edition
ISBN:9781337111348
Author:Bruce Crauder, Benny Evans, Alan Noell
Publisher:Bruce Crauder, Benny Evans, Alan Noell
Chapter3: Straight Lines And Linear Functions
Section3.3: Modeling Data With Linear Functions
Problem 11E: The Kelvin Temperature Scale Physicists and chemists often use the Kelvin temperature scale. In...
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7.
DETAILS
MY NOTES
COMPLETION at various TEMPERATURES. 14 trials are set up and the time for the process to complete is measured for each of the different temperatures. The data is presented here:
ASK YOUR TEACHER
The temperature of a certain chemical process is thought to be related to the time it takes for the process to reach completion. Out goal is to that relationship so that we can use it to predict TIME TO REACH
Temperature (Kelvin)
100
125
125
145
155
190
200
270 285
295 315
340 385
400
Time to completion (seconds)
670
606
601
390
442
426
401
279
320
194
205
183
145
148
Compute the MEAN temperature for the experiment?
237.8571
Answer with four decimal precision.
Compute the MEAN time to completion for the chemical process?
357.8571
Answer with four decimal precision.
Compute the CORRELATION COEFFICIENT r between the temperature and the time to completion
|-0.9447
Answer as a pure number with 4 decimal precision.
How.much.of.the variation in the 'time to completion" is explained by the varlation in the 'temperature'?
Answer as a pure number with 4 decimal precision.
Enter a number.
What is the equation for the line of best fit? Answer with at least three decimal precision. Be careful where you put slope and where you put intercept
ý =
X
+
727 PM
Viewing Saved Work Revert to Last Response
89%
L
3/3/2021
O Type here to search
Insert
PriSc
OA
F10
F12
F11
F9
FB
F7
F6
F5
F4
F3
Esc
F2
&
F1
Transcribed Image Text:Paraphrasing Tool D eBook 7. DETAILS MY NOTES COMPLETION at various TEMPERATURES. 14 trials are set up and the time for the process to complete is measured for each of the different temperatures. The data is presented here: ASK YOUR TEACHER The temperature of a certain chemical process is thought to be related to the time it takes for the process to reach completion. Out goal is to that relationship so that we can use it to predict TIME TO REACH Temperature (Kelvin) 100 125 125 145 155 190 200 270 285 295 315 340 385 400 Time to completion (seconds) 670 606 601 390 442 426 401 279 320 194 205 183 145 148 Compute the MEAN temperature for the experiment? 237.8571 Answer with four decimal precision. Compute the MEAN time to completion for the chemical process? 357.8571 Answer with four decimal precision. Compute the CORRELATION COEFFICIENT r between the temperature and the time to completion |-0.9447 Answer as a pure number with 4 decimal precision. How.much.of.the variation in the 'time to completion" is explained by the varlation in the 'temperature'? Answer as a pure number with 4 decimal precision. Enter a number. What is the equation for the line of best fit? Answer with at least three decimal precision. Be careful where you put slope and where you put intercept ý = X + 727 PM Viewing Saved Work Revert to Last Response 89% L 3/3/2021 O Type here to search Insert PriSc OA F10 F12 F11 F9 FB F7 F6 F5 F4 F3 Esc F2 & F1
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