Test the hypothesis “The crime rate mean for the country is more than 3000 per 100,000 people.” PLEASE SHOW WORKNull hypothesis- Crime rate mean is less than or equal to 3000.Alternative hypothesis- Crime rate mean is more than 3000. 1 High School Completion and Crime Rate 20142 StateHigh School Completion3 Alabama4 Alaska5 Arizona6 Arkansas7 California8 Colorado9 Connecticut10 Delaware11 Florida12 Georgia13 Hawaii14 Idaho15 Illinois16 Indiana17 lowa18 Kansas19 Kentucky20 Louisiana21 Maine22 Maryland23 Massachusetts24 Michigan25 Minnesota26 Mississippi27 Missouri28 Montana29 Nebraska30 Nevada31 New Hampshire32 New Jersey33 New Mexico34 New York35 North Carolina36 North Dakota37 Ohio38 Oklahoma39 Oregon40 Pennsylvania41 Rhode Island42 South Carolina43 South Dakota44 Tennessee45 Texas46 Utah47 Vermont48 Virginia49 Washington50 West Virginia51 Wisconsin52 Wyoming53867176878177878776738277868891868887868679817887859070888969788487828372858180838788848885788589793395.83597.43818.12837.22839.22157.33471.13956Crime Rate (per 100,000 Violent crimes (per 100,000 Property Crimes (per 100,000)3605427.A3177.627603197.53658.53309.220672445.93014.72367.33083.82458.53973.52114.22953.62248.52471.22526.63199.73349.42796.62803.932612158.81995.34139.721003202.62375.430843396.73111.32245.82392.839582190.436693425.33094.11623.72126.53991.32336.7D2378.62160.2635.8399.9480.1396.1309.1236.9489.1540.5377.3259.2212.2370365.3273.5348.6211.64.7127.8446.1391.4427.3229.1278.5442.9323.7280.4635.6196.1261.2597.4381.8329.5265.1284.9406E232.3314.1219.2497.7326.5608.4405.9215.699.3196.2285.2302290.3195.533382441.12530.11920.429823415.53281.230501854.82075.92649.42093.82735.22246.93458.81986.42507.51857.12043.92297.52921.22906.52472.92523.52625.411962.71734.13542.31718.22873.12110.32799.12990.7128791931.72173.613460.31863.93060.63019.42878.511524.41930.33706.12034.72088.31964.7

Answered: Test the hypothesis “The crime rate…

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

See similar textbooks

Related questions

Question

100%

Test the hypothesis “The crime rate mean for the country is more than 3000 per 100,000 people.” PLEASE SHOW WORK

Null hypothesis- Crime rate mean is less than or equal to 3000.

Alternative hypothesis- Crime rate mean is more than 3000.

1 High School Completion and Crime Rate 2014
2 State
High School Completion
3 Alabama
4 Alaska
5 Arizona
6 Arkansas
7 California
8 Colorado
9 Connecticut
10 Delaware
11 Florida
12 Georgia
13 Hawaii
14 Idaho
15 Illinois
16 Indiana
17 lowa
18 Kansas
19 Kentucky
20 Louisiana
21 Maine
22 Maryland
23 Massachusetts
24 Michigan
25 Minnesota
26 Mississippi
27 Missouri
28 Montana
29 Nebraska
30 Nevada
31 New Hampshire
32 New Jersey
33 New Mexico
34 New York
35 North Carolina
36 North Dakota
37 Ohio
38 Oklahoma
39 Oregon
40 Pennsylvania
41 Rhode Island
42 South Carolina
43 South Dakota
44 Tennessee
45 Texas
46 Utah
47 Vermont
48 Virginia
49 Washington
50 West Virginia
51 Wisconsin
52 Wyoming
53
86
71
76
87
81
77
87
87
76
73
82
77
86
88
91
86
88
87
86
86
79
81
78
87
85
90
70
88
89
69
78
84
87
82
83
72
85
81
80
83
87
88
84
88
85
78
85
89
79
3395.8
3597.4
3818.1
2837.2
2839.2
2157.3
3471.1
3956
Crime Rate (per 100,000 Violent crimes (per 100,000 Property Crimes (per 100,000)
3605
427.A
3177.6
2760
3197.5
3658.5
3309.2
2067
2445.9
3014.7
2367.3
3083.8
2458.5
3973.5
2114.2
2953.6
2248.5
2471.2
2526.6
3199.7
3349.4
2796.6
2803.9
3261
2158.8
1995.3
4139.7
2100
3202.6
2375.4
3084
3396.7
3111.3
2245.8
2392.8
3958
2190.4
3669
3425.3
3094.1
1623.7
2126.5
3991.3
2336.7
D
2378.6
2160.2
635.8
399.9
480.1
396.1
309.1
236.9
489.1
540.5
377.3
259.2
212.2
370
365.3
273.5
348.6
211.6
4.7
127.8
446.1
391.4
427.3
229.1
278.5
442.9
323.7
280.4
635.6
196.1
261.2
597.4
381.8
329.5
265.1
284.9
406
E
232.3
314.1
219.2
497.7
326.5
608.4
405.9
215.6
99.3
196.2
285.2
302
290.3
195.5
3338
2441.1
2530.1
1920.4
2982
3415.5
3281.2
3050
1854.8
2075.9
2649.4
2093.8
2735.2
2246.9
3458.8
1986.4
2507.5
1857.1
2043.9
2297.5
2921.2
2906.5
2472.9
2523.5
2625.41
1962.7
1734.1
3542.3
1718.2
2873.1
2110.3
2799.1
2990.71
2879
1931.7
2173.61
3460.3
1863.9
3060.6
3019.4
2878.51
1524.4
1930.3
3706.1
2034.7
2088.3
1964.7

Definition Definition Measure of central tendency that is the average of a given data set. The mean value is evaluated as the quotient of the sum of all observations by the sample size. The mean, in contrast to a median, is affected by extreme values. Very large or very small values can distract the mean from the center of the data. Arithmetic mean: The most common type of mean is the arithmetic mean. It is evaluated using the formula: μ = 1 N ∑ i = 1 N x i Other types of means are the geometric mean, logarithmic mean, and harmonic mean. Geometric mean: The nth root of the product of n observations from a data set is defined as the geometric mean of the set: G = x 1 x 2 ... x n n Logarithmic mean: The difference of the natural logarithms of the two numbers, divided by the difference between the numbers is the logarithmic mean of the two numbers. The logarithmic mean is used particularly in heat transfer and mass transfer. ln x 2 − ln x 1 x 2 − x 1 Harmonic mean: The inverse of the arithmetic mean of the inverses of all the numbers in a data set is the harmonic mean of the data. 1 1 x 1 + 1 x 2 + ...

Expert Solution