2- Please I want solution of all subpart questions.Thanks Fill the following table and provide evident that you ask 6 students.a.Student #12346Hours422.51.5b. Calculate all central tendency measurements of the time.c. Calculate all dispersion measurements of the time.

X (x-xbar)^2 0 5.444444 1 1.777778 1.5 0.694444 2.5 0.027778 4 2.777778 5 7.111111

Answered: a. Fill the following table and provide…

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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2- Please I want solution of all subpart questions.Thanks

Fill the following table and provide evident that you ask 6 students.
a.
Student #
1
2
3
4
6
Hours
4
2
2.5
1.5
b. Calculate all central tendency measurements of the time.
c. Calculate all dispersion measurements of the time.

Expert Solution

Working

X	(x-xbar)^2
0	5.444444
1	1.777778
1.5	0.694444
2.5	0.027778
4	2.777778
5	7.111111

Central Tendency

The mean is given by

$x = \frac{1}{n} \sum_{}^{} x$

$x = \frac{14}{6} = 2.333$

The median is given by

$M D = {(\frac{N + 1}{2})}^{t h} v a l u e$

$M D = {(\frac{6 + 1}{2})}^{t h} v a l u e$

$M D = {(3.5)}^{t h} v a l u e$

$M D = {(3)}^{t h} v a l u e + 0.5 ({(4)}^{t h} v a l u e - {(3)}^{t h} v a l u e)$

$M D = 1.5 + 0.5 (2.5 - 1.25)$

$M D = 2$

Mode

There is no mode in the data.

The Quartile 1 is given by

$Q 1 = {(\frac{N + 1}{4})}^{t h} v a l u e$

$Q 1 = {(\frac{6 + 1}{4})}^{t h} v a l u e$

$Q 1 = {(1.75)}^{t h} v a l u e$

$Q 1 = {(1)}^{t h} v a l u e + 0.75 ({(2)}^{t h} v a l u e - {(1)}^{t h} v a l u e)$

$Q 1 = 0 + 0.75 (1 - 0)$

$Q 1 = 0.75$

The Quartile 3 is given by

$Q 3 = 3 {(\frac{N + 1}{4})}^{t h} v a l u e$

$Q 3 = 3 {(\frac{6 + 1}{4})}^{t h} v a l u e$

$Q 3 = {(5.25)}^{t h} v a l u e$

$Q 3 = {(5)}^{t h} v a l u e + 0.25 ({(6)}^{t h} v a l u e - {(5)}^{t h} v a l u e)$

$Q 3 = 4 + 0.25 (5 - 4)$

$Q 3 = 4.25$

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a. Fill the following table and provide evident that you ask 6 students. ent # 1 2 3 4 4 2 2.5 1.5 b. Calculate all central tendency measurements of the time. c. Calculate all dispersion measurements of the time.