cross (a) Perform a hypothesis test to assess whether or not energy capacity in watt hours differs acro battery configuration to an a= 0.05 level. (b) Assess the assumptions of your hypothesis test in a). (c) Perform a post-hoc test if appropriate and identify significant differences. If not appropriate, explain why. (d) Add additiev to your model in a and assess if difference in energy capacities exist across battery, additive, and if they interact. (e) Construct a plot that shows the main effects and any interaction effect from d. (f) Construct a model to predict maximum temperature of the battery during discharge (in K) as function of energy capacity. Write the equation that relates these two variables generated by your model estimate. (g) Perform an interpret a model utility test for your model in y. How much variability in maximum temperature does energy capacity explain. (h) Produce a plot of your model in f.
cross (a) Perform a hypothesis test to assess whether or not energy capacity in watt hours differs acro battery configuration to an a= 0.05 level. (b) Assess the assumptions of your hypothesis test in a). (c) Perform a post-hoc test if appropriate and identify significant differences. If not appropriate, explain why. (d) Add additiev to your model in a and assess if difference in energy capacities exist across battery, additive, and if they interact. (e) Construct a plot that shows the main effects and any interaction effect from d. (f) Construct a model to predict maximum temperature of the battery during discharge (in K) as function of energy capacity. Write the equation that relates these two variables generated by your model estimate. (g) Perform an interpret a model utility test for your model in y. How much variability in maximum temperature does energy capacity explain. (h) Produce a plot of your model in f.
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
Related questions
Question
By using r - studio please code the following parts a-h
Transcribed Image Text:(a) Perform a hypothesis test to assess whether or not energy capacity in watt hours differs across
battery configuration to an a = 0.05 level.
(b) Assess the assumptions of your hypothesis test in a).
(c) Perform a post-hoc test if appropriate and identify significant differences. If not appropriate,
explain why.
(d) Add additiev to your model in a and assess if difference in energy capacities exist across battery,
additive, and if they interact.
(e) Construct a plot that shows the main effects and any interaction effect from d.
(f) Construct a model to predict maximum temperature of the battery during discharge (in K) as
function of energy capacity. Write the equation that relates these two variables generated by your
model estimate.
(g) Perform an interpret a model utility test for your model in y. How much variability in maximum
temperature does energy capacity explain.
(h) Produce a plot of your model in f.
Transcribed Image Text:test wattHour additive
1
2
3
4
5
6
7
8
9
6.12
9.13
12.16
0.92
10.07
8.18
8.69
4.54
0.1
10 3.02
11 6.48
12 3.67
13
5.71
14 11.64
15 5.88
16 0.78
17
18
19
9.25
10.04
9.87
20 10.07
21 3.82
22 3.3
23 5.03
24 2.13
25 8.03
26 11.56
27 11.57
28 13.99
29 10.58
30
7.19
31 8.1
32 8.28
33 10.49
34 4.21
35 7.19
A
A
A
A
A
A
A
A
A
A
A
A
В
B
B
В
В
В
В
В
В
В
B
B
с с
с
C
JUUU
C
с
с
с
с
с
C
с
batteryID maxTemp
313.58
360.45
337.49
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
4
1
2
3
329.38
344.26
336.87
340.7
321.62
347.38
373.45
382.87
354.98
339.01
316.77
344.84
343.78
350.37
357.75
317.02
359.85
352.29
367
315.72
339.76
351.89
323.1
348.49
335.95
340.5
348.29
322.89
357.81
344.43
328.13
319.92
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