Enter your data of the masses, mi & m2 in kg as related to the current, I, in Amper and time, t, in minutes in the table below: Table (2.1 ) MCu = Amount of Current (I) (A) Time (t) (min) mı x 10^(-3) (kg) (m2 - mı) x 10^(-3) (kg) m2 x 10^(-3) Charge (I x t) (Coulomb) (kg) 0.8 16 36.94 37.17 0.4 16 37.17 37.29 0.4 8 37.29 37.34 2. Use the table above to plot amount of charge (I × t) versus mass of the deposited copper MCu. add the slope on your graph using add trendline option.
Enter your data of the masses, mi & m2 in kg as related to the current, I, in Amper and time, t, in minutes in the table below: Table (2.1 ) MCu = Amount of Current (I) (A) Time (t) (min) mı x 10^(-3) (kg) (m2 - mı) x 10^(-3) (kg) m2 x 10^(-3) Charge (I x t) (Coulomb) (kg) 0.8 16 36.94 37.17 0.4 16 37.17 37.29 0.4 8 37.29 37.34 2. Use the table above to plot amount of charge (I × t) versus mass of the deposited copper MCu. add the slope on your graph using add trendline option.
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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Transcribed Image Text:Enter your data of the masses, mi & m2 in kg as related to the current,
I, in Amper and time, t, in minutes in the table below:
Table (2.1 )
MCu =
Amount of
Current (I) Time (t)
(A)
Charge (I x t)
(Coulomb)
mi x 10^(-3)
(kg)
m2 x 10^(-3)
(kg)
(m2 - mı)
x 10^(-3)
(kg)
(min)
0.8
16
36.94
37.17
0.4
16
37.17
37.29
0.4
8
37.29
37.34
2. Use the table above to plot amount of charge
(I x t) versus mass of the deposited copper MCu.
add the slope on your graph using add trendline option.
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