Using Excel Tablet’s hardness can be represented by its relative density and tensile strength. Studies have indicated that its tensile strength depends on the relative density, regardless of production shifts. Recently, a batch was found to produce cluster of tablets that show low relative density values of 68%, 74.3%, and 80.1%. Based on the current data in April 2022, what is the prediction of the tensile strength for such tablets? Present the requires analysis and comment on the validity of the model that you have used
Using Excel Tablet’s hardness can be represented by its relative density and tensile strength. Studies have indicated that its tensile strength depends on the relative density, regardless of production shifts. Recently, a batch was found to produce cluster of tablets that show low relative density values of 68%, 74.3%, and 80.1%. Based on the current data in April 2022, what is the prediction of the tensile strength for such tablets? Present the requires analysis and comment on the validity of the model that you have used
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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Using Excel
Tablet’s hardness can be represented by its relative density and tensile strength. Studies have indicated that its tensile strength depends on the relative density, regardless of production shifts. Recently, a batch was found to produce cluster of tablets that show low relative density values of 68%, 74.3%, and 80.1%. Based on the current data in April 2022, what is the prediction of the tensile strength for such tablets? Present the requires analysis and comment on the validity of the model that you have used to carry out this prediction.
Transcribed Image Text:A
1 APPENDIX 1
2 PRODUCTION OF LAJAKKURUIH TABLETS
10NTH: APRIL 2021
B
3
4
5
6 Tablet Name: PILL LAJAK KURUIH-F
7
8
9 1
10 2
11 3
12 4
13 5
14 6
Tablet Characteristics
Weight (mg)
15 7
16 8
17 9
335.46
336.11
356.62
346.05
365.24
353.28
C
343.22
348.49
343.17
91.5
90.8
86.9
87.9
86.6
87.4
D
Relative Density (%) Tensile Strength (Mpa) Shift
7.5 Night
7.3 Morning
7.1 Night
7.2 Morning
7.1 Night
7.1 Morning
85.6
86.9
91.3
E
6.9 Morning
7 Night
7.3 Night
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