the 95% confidence interval for the population mean along with a 0.05 hypothesis test using the Project Step 3 here. Include your Project Step 2 data analysis and now add population mean as 10% higher than your sample mean as the claim. Remember to use the t-table for the critical value since the population standard deviation is unknown. You need not include the error analysis mentioned in the syllabus.

Trigonometry (MindTap Course List)
8th Edition
ISBN:9781305652224
Author:Charles P. McKeague, Mark D. Turner
Publisher:Charles P. McKeague, Mark D. Turner
Chapter4: Graphing And Inverse Functions
Section: Chapter Questions
Problem 6GP: If your graphing calculator is capable of computing a least-squares sinusoidal regression model, use...
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FINAL Project pArt #2
number of teams.
= 47.222075
X = Som of terms
43.041, 43,124, care
40
=
47.528 +47.726
Z
x = 47,627
3. Mo = value OCCURS
most Frequently
Mo
All
40 numbers of data because
I time
they All
OCCUR
each,
-4.) R = MAX(X) - Mir (x)
=
49.850
43,041
R = 6.809
3) (5²) = = Z² = (xi-
Σ
= (xi-x) ²
:
55
n-1
= 189,43304
40-1
= 189143304
39
4,8572575
2x-10%
1) %27th
S2 =
49.850
Ⓒ S = √2₁ ²²²
N-₁21 (xi-x) ²,
it
5² = {(x²-x) ²
N-1
= 43,041, 47.222075.00
49,850
= 47.2226751²
40-1
= 189.433040775
39
= 4.8572574557692
-√4.857 2574557692
Transcribed Image Text:FINAL Project pArt #2 number of teams. = 47.222075 X = Som of terms 43.041, 43,124, care 40 = 47.528 +47.726 Z x = 47,627 3. Mo = value OCCURS most Frequently Mo All 40 numbers of data because I time they All OCCUR each, -4.) R = MAX(X) - Mir (x) = 49.850 43,041 R = 6.809 3) (5²) = = Z² = (xi- Σ = (xi-x) ² : 55 n-1 = 189,43304 40-1 = 189143304 39 4,8572575 2x-10% 1) %27th S2 = 49.850 Ⓒ S = √2₁ ²²² N-₁21 (xi-x) ², it 5² = {(x²-x) ² N-1 = 43,041, 47.222075.00 49,850 = 47.2226751² 40-1 = 189.433040775 39 = 4.8572574557692 -√4.857 2574557692
Instructions
Please submit your Final Project Step 3 here. Include your Project Step 2 data analysis and now add
the 95% confidence interval for the population mean along with a 0.05 hypothesis test using the
population mean as 10% higher than your sample mean as the claim. Remember to use the t-table for
the critical value since the population standard deviation is unknown. You need not include the error
analysis mentioned in the syllabus.
Transcribed Image Text:Instructions Please submit your Final Project Step 3 here. Include your Project Step 2 data analysis and now add the 95% confidence interval for the population mean along with a 0.05 hypothesis test using the population mean as 10% higher than your sample mean as the claim. Remember to use the t-table for the critical value since the population standard deviation is unknown. You need not include the error analysis mentioned in the syllabus.
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