I. Construct the scatter plot of the given table using MS Excel or manually draw a scatter plot. Identify the type of association. Attached the paper the contains the scatter plot in this activity sheet. 1. The table below shows the number of hours of study of 6 students and their corresponding grades Hours of Study (X) Grade (V) 6 82 A B C D E Student A B C D E a. n b. ΣX= © 2Y = d. ΣXY = c. EX² = f. ΣY² = II. Compute the value of the correlation coefficient for the data obtained in the study of the number of hours of study of 6 students and their corresponding grades. 1. Compute the table below. X 2. Find the values of the following: 2 1 5 2 3 63 57 88 68 75 XY product moment correlation coefficient or Pearson r.

MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
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Please answer the subparts.
I. Construct the scatter plot of the given table using MS Excel or manually draw a scatter plot.
Identify the type of association. Attached the paper the contains the scatter plot in this
activity sheet.
1. The table below shows the number of hours of study of 6 students and their corresponding
grades
The scatter plot for the given data is plotted below (USING EXCEL).
A
B
C
D
E
F
Sum=
X
6
2
1
5
2
3
100
90
80
70
60
> 50
40
30
20
10
0
II. Compute the value of the correlation coefficient for the data obtained in the study of the
number of hours of study of 6 students and their corresponding grades.
1. Compute the table below.
19
0
Y
82
63
57
88
68
75
●
433
1
2
XY
492
126
57
440
136
Scatter Plot
225
3
1476
X2
36
4
1
25
4
9
4
79
●
5
Y2
6724
3969
3249
7744
4624
5625
6
31935
7
Transcribed Image Text:I. Construct the scatter plot of the given table using MS Excel or manually draw a scatter plot. Identify the type of association. Attached the paper the contains the scatter plot in this activity sheet. 1. The table below shows the number of hours of study of 6 students and their corresponding grades The scatter plot for the given data is plotted below (USING EXCEL). A B C D E F Sum= X 6 2 1 5 2 3 100 90 80 70 60 > 50 40 30 20 10 0 II. Compute the value of the correlation coefficient for the data obtained in the study of the number of hours of study of 6 students and their corresponding grades. 1. Compute the table below. 19 0 Y 82 63 57 88 68 75 ● 433 1 2 XY 492 126 57 440 136 Scatter Plot 225 3 1476 X2 36 4 1 25 4 9 4 79 ● 5 Y2 6724 3969 3249 7744 4624 5625 6 31935 7
I. Construct the scatter plot of the given table using MS Excel or manually draw a scatter plot.
Identify the type of association. Attached the paper the contains the scatter plot in this activity
sheet.
1. The table below shows the number of hours of study of 6 students and their corresponding grades
Student Hours of Study (X) Grade (V)
A
6
82
B
C
D
A
B
C
D
E
F
II. Compute the value of the correlation coefficient for the data obtained in the study of the number
of hours of study of 6 students and their corresponding grades.
1. Compute the table below.
X
2. Find the values of the following:
a. n
b. ΣX=
c. ΣY =
d. ΣXY =
c. EX² =
f. ΣY² ==
2
1
5
2
3
63
57
88
68
75
XY
3. Interpret the value of Pearson product moment correlation coefficient or Pearson r.
Transcribed Image Text:I. Construct the scatter plot of the given table using MS Excel or manually draw a scatter plot. Identify the type of association. Attached the paper the contains the scatter plot in this activity sheet. 1. The table below shows the number of hours of study of 6 students and their corresponding grades Student Hours of Study (X) Grade (V) A 6 82 B C D A B C D E F II. Compute the value of the correlation coefficient for the data obtained in the study of the number of hours of study of 6 students and their corresponding grades. 1. Compute the table below. X 2. Find the values of the following: a. n b. ΣX= c. ΣY = d. ΣXY = c. EX² = f. ΣY² == 2 1 5 2 3 63 57 88 68 75 XY 3. Interpret the value of Pearson product moment correlation coefficient or Pearson r.
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