Refer to Data Set 1 in Appendix B and use the pulse rates of females. Begin with a lower class limit of 50 and use a class width of 10. Construct a frequency distribution. Then construct a histogram. Does the histogram appear to depict data that have a normal distribution? Why or why not?THE PICTURE ATTACHED IS THE DATA SET THAT NEEDS TO BE USED FOR THE PROBLEM!!!PLEASE SHOW ALL WORK!!! 698APPENDIX B Data SetsData Set 1: Body Data(1000 cells/µL), RED is red blood cell count (million cells/µL),PLATE is platelet count (1000 cells/uL), WEIGHT is weight (kg),HEIGHT is height (cm), WAIST is waist circumference (cm), ARMCIRC is arm circumference (cm), and BMI is body mass indexBody and exam measurements are from 300 subjects (first fiverows shown here). AGE is in years, for GENDER 1 =male and0 = female, PULSE is pulse rate (beats per minute), SYSTOLICis systolic blood pressure (mm Hg), DIASTOLIC is diastolicblood pressure (mm Hg), HDL is HDL cholesterol (mg/dL), LDLis LDL cholesterol (mg/dL), WHITE is white blood cell count(kg/m²). Data are from the National Center for Health Statistics.TI-83/84 list namesAGE, GENDR, PULSE, SYS, DIAS, HDL,(BODY):LDL, WHITE, REDBC, PLATE, WT, HT,WAIST, ARMC, BMIGENDER (1 = M)AGESYSTOLICDIASTOLICHDLLDLWHITEPULSEREDPLATE%3DWEIGHTBMIHEIGHTWAISTARM CIRC43681008.78073704.8031998.633.3172.040.7120.411270351164.984574.7318796.928.0186.037.0107.86.9134223949436384.4729745.4108.2154.444.3120.312637837.57464804.3217073.128.4160.530.397.2104501146850346.14.9514083.125.9179.034.095.1

Frequency distribution: Given that the lower class limit is 50 and the class width is 10. From…

Answered: 698 APPENDIX B Data Sets Data Set 1:…

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

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Refer to Data Set 1 in Appendix B and use the pulse rates of females. Begin with a lower class limit of 50 and use a class width of 10. Construct a frequency distribution. Then construct a histogram. Does the histogram appear to depict data that have a normal distribution? Why or why not?

THE PICTURE ATTACHED IS THE DATA SET THAT NEEDS TO BE USED FOR THE PROBLEM!!!

PLEASE SHOW ALL WORK!!!

698
APPENDIX B Data Sets
Data Set 1: Body Data
(1000 cells/µL), RED is red blood cell count (million cells/µL),
PLATE is platelet count (1000 cells/uL), WEIGHT is weight (kg),
HEIGHT is height (cm), WAIST is waist circumference (cm), ARM
CIRC is arm circumference (cm), and BMI is body mass index
Body and exam measurements are from 300 subjects (first five
rows shown here). AGE is in years, for GENDER 1 =
male and
0 = female, PULSE is pulse rate (beats per minute), SYSTOLIC
is systolic blood pressure (mm Hg), DIASTOLIC is diastolic
blood pressure (mm Hg), HDL is HDL cholesterol (mg/dL), LDL
is LDL cholesterol (mg/dL), WHITE is white blood cell count
(kg/m²). Data are from the National Center for Health Statistics.
TI-83/84 list names
AGE, GENDR, PULSE, SYS, DIAS, HDL,
(BODY):
LDL, WHITE, REDBC, PLATE, WT, HT,
WAIST, ARMC, BMI
GENDER (1 = M)
AGE
SYSTOLIC
DIASTOLIC
HDL
LDL
WHITE
PULSE
RED
PLATE
%3D
WEIGHT
BMI
HEIGHT
WAIST
ARM CIRC
43
68
100
8.7
80
73
70
4.80
319
98.6
33.3
172.0
40.7
120.4
112
70
35
116
4.9
84
57
4.73
187
96.9
28.0
186.0
37.0
107.8
6.9
134
223
94
94
36
38
4.47
297
45.4
108.2
154.4
44.3
120.3
126
37
83
7.5
74
64
80
4.32
170
73.1
28.4
160.5
30.3
97.2
104
50
114
68
50
34
6.1
4.95
140
83.1
25.9
179.0
34.0
95.1

Features Features Normal distribution is characterized by two parameters, mean (µ) and standard deviation (σ). When graphed, the mean represents the center of the bell curve and the graph is perfectly symmetric about the center. The mean, median, and mode are all equal for a normal distribution. The standard deviation measures the data's spread from the center. The higher the standard deviation, the more the data is spread out and the flatter the bell curve looks. Variance is another commonly used measure of the spread of the distribution and is equal to the square of the standard deviation.

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