CUiveit the average temperatures for each collected data point in the Experimental section from °C to K. Using a spreadsheet program, plot the average cell potentials E (y- axis) vs T (x-axis). The plot should be approximately linear. Add a trendline to find the best linear fit and enter the y- intercept and slope (b and m from the linear equation) for the trendline below.
CUiveit the average temperatures for each collected data point in the Experimental section from °C to K. Using a spreadsheet program, plot the average cell potentials E (y- axis) vs T (x-axis). The plot should be approximately linear. Add a trendline to find the best linear fit and enter the y- intercept and slope (b and m from the linear equation) for the trendline below.
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Using my data in the image, please help find the Y-int following the directions in the image i attached :) thank you
![30
Average Cell Voltage near 33 °C
0.475
Voltage Range
0.001
Average Cell Temperature
33
Convert the average temperatures for each collected data
point in the Experimental section from "C to K. Using a
spreadsheet program, plot the average cell potentials E (y-
axis) vs T (x-axis). The plot should be approximately linear.
Add a trendline to find the best linear fit and enter the y-
intercept and slope (b and m from the linear equation) for the
trendline below.
y-intercept
Next ->](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff6b3db94-c9f5-44ae-ab41-113c6e4e3586%2F9079b625-9c40-47d9-8081-a4c4f87bd23c%2F49yecxg_processed.jpeg&w=3840&q=75)
Transcribed Image Text:30
Average Cell Voltage near 33 °C
0.475
Voltage Range
0.001
Average Cell Temperature
33
Convert the average temperatures for each collected data
point in the Experimental section from "C to K. Using a
spreadsheet program, plot the average cell potentials E (y-
axis) vs T (x-axis). The plot should be approximately linear.
Add a trendline to find the best linear fit and enter the y-
intercept and slope (b and m from the linear equation) for the
trendline below.
y-intercept
Next ->
![Average Cell Voltage near 15 °C
0.465
Voltage Range
0.004
Average Cell Temperature
15
Average Cell Voltage near 18 °C
0.467
Voltage Range
0.001
Average Cell Temperature
18
Average Cell Voltage near 21 °C
0.468
Voltage Range
0.001
Average Cell Temperature
21
Average Cell Voltage near 24 °C
0.47
Voltage Range
0.001
Average Cell Temperature
Change Tip
24
Average Cell Voltage near 27 °C
0.471
Voltage Range
0.001
Average Cell Temperature
27
Average Cell Voltage near 30 °C
0.472
Voltage Range
0.001
Average Cell Temperature
30
Average Cell Voltage near 33 "C
0.475
Pipette
Voltage Range
0.001
Average Cell Temperature
33
Next >](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff6b3db94-c9f5-44ae-ab41-113c6e4e3586%2F9079b625-9c40-47d9-8081-a4c4f87bd23c%2Fpkezokk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Average Cell Voltage near 15 °C
0.465
Voltage Range
0.004
Average Cell Temperature
15
Average Cell Voltage near 18 °C
0.467
Voltage Range
0.001
Average Cell Temperature
18
Average Cell Voltage near 21 °C
0.468
Voltage Range
0.001
Average Cell Temperature
21
Average Cell Voltage near 24 °C
0.47
Voltage Range
0.001
Average Cell Temperature
Change Tip
24
Average Cell Voltage near 27 °C
0.471
Voltage Range
0.001
Average Cell Temperature
27
Average Cell Voltage near 30 °C
0.472
Voltage Range
0.001
Average Cell Temperature
30
Average Cell Voltage near 33 "C
0.475
Pipette
Voltage Range
0.001
Average Cell Temperature
33
Next >
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