Can you answer ALL parts to this question please Sample # Data 1 51.95 2 42.55 3 57.32 4 44.18 5 52.89 6 31.86 7 75.53 8 55.92 9 67.84 10 54.89 11 43.45 12 84.8 13 78.31 14 49.85 15 81.79 16 66.6 17 63.52 18 31.33 19 57.24 20 36.12 21 47.53 22 36.3 23 63.04 24 30.47 25 67.91 26 85.69 27 71.8 28 51.31 29 67.07 30 31.24 31 60.3 32 61.61 33 43.92 34 42.3 35 60.38 36 60 37 85.68 38 64.72 39 58.94 40 52.5 41 42.26 42 56.97 43 79.86 44 63.32 45 56.31 46 48.93 47 83.59 48 40.27 49 44.94 50 80.68 51 87.51 52 52.74 53 64.31 54 42.16 55 37.7 56 52.15 57 86.05 58 57.15 59 64.84 60 79.11 61 57.62 62 45.92 63 87.28 64 81.22 65 30.65 66 66.43 67 54.59 68 30.71 69 78.25 70 70.89 71 42.22 72 40.38 73 61.24 74 83.87 75 59.28 76 42.79 77 72.93 78 30.44 79 70.99 80 38.51 81 35.96 82 66.35 83 42.16 84 75.07 85 46.38 86 37.95 87 38.14 88 68.75 89 70.38 90 63.05 91 55.69 92 86.16 93 35.39 94 39.99 95 74.58 96 60.25 97 48.11 98 56.31 99 80.16 100 79.86 Copy and paste the dataset into Microsoft Excel, then use the Data Analysis Toolpak to generate descriptive statistics. Either copy & paste each answer from your data sheet, or round your answers to two decimal places where applicable. Mean Standard Error Median Mode (report #N/A if no mode) Standard Deviation Sample Variance Kurtosis Skewness Range Minimum/smallest Maximum/Largest Sum Count

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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Can you answer ALL parts to this question please

Sample #	Data
1	51.95
2	42.55
3	57.32
4	44.18
5	52.89
6	31.86
7	75.53
8	55.92
9	67.84
10	54.89
11	43.45
12	84.8
13	78.31
14	49.85
15	81.79
16	66.6
17	63.52
18	31.33
19	57.24
20	36.12
21	47.53
22	36.3
23	63.04
24	30.47
25	67.91
26	85.69
27	71.8
28	51.31
29	67.07
30	31.24
31	60.3
32	61.61
33	43.92
34	42.3
35	60.38
36	60
37	85.68
38	64.72
39	58.94
40	52.5
41	42.26
42	56.97
43	79.86
44	63.32
45	56.31
46	48.93
47	83.59
48	40.27
49	44.94
50	80.68
51	87.51
52	52.74
53	64.31
54	42.16
55	37.7
56	52.15
57	86.05
58	57.15
59	64.84
60	79.11
61	57.62
62	45.92
63	87.28
64	81.22
65	30.65
66	66.43
67	54.59
68	30.71
69	78.25
70	70.89
71	42.22
72	40.38
73	61.24
74	83.87
75	59.28
76	42.79
77	72.93
78	30.44
79	70.99
80	38.51
81	35.96
82	66.35
83	42.16
84	75.07
85	46.38
86	37.95
87	38.14
88	68.75
89	70.38
90	63.05
91	55.69
92	86.16
93	35.39
94	39.99
95	74.58
96	60.25
97	48.11
98	56.31
99	80.16
100	79.86

Copy and paste the dataset into Microsoft Excel, then use the Data Analysis Toolpak to generate descriptive statistics.

Either copy & paste each answer from your data sheet, or round your answers to two decimal places where applicable.

Mean

Standard Error

Median

Mode (report #N/A if no mode)

Standard Deviation

Sample Variance

Kurtosis

Skewness

Range

Minimum/smallest

Maximum/Largest

Sum

Count

Definition Definition Measure of central tendency that is the value that occurs most frequently in a data set. A data set may have more than one mode if multiple categories repeat an equal number of times. For example, in a data set with five item—3, 5, 5, 29, 473—the mode is 5 because it occurs twice and no other value occurs more than once. On a histogram or bar chart, the element with the highest bar represents the mode. Therefore, the mode is sometimes considered the most popular option. The mode is useful for nominal or categorical data (e.g., the most common color car that users purchase), but it is problematic for continuous data because it is more likely not to have any value that is more frequent than the other.

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