Magic constant

Magic constant

Invertibility

Published in Crista Arangala, Exploring Linear Algebra, 2019

The magic square in Table 2.3 is normal and has a magic constant of 15. Find all of the permutation matrices of I3Are the permutation matrices that you found in part a linearly independent?Defining the constant in front of the permutation matrix p6=(001010100) to be 3, determine a linear combination of the permutation matrices in part a that generate the magic square in Figure 2.3.Using your linear combination from part c, and only altering the scalar multiple of p6, write a small for loop to determine other magic squares, which are not necessarily normal.

A Review on Static Reconfiguration Techniques of Solar PV to Mitigate Mismatch Loss and Minimize Partial Shading Effect

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Journal Information

Published in IETE Journal of Research, 2021

Kanjune Akshay Bapurao, Suresh Mikkili, Praveen Kumar Bonthagorla

The MS technique is a matrix of digits from 1,2,3, … , of size a n × n. In this, there is no repetition [95]. Every normal magic square has a magic constant or magic sum. Magic sum or constant is equal to the sum of every row and every column, and digit of principal and secondary diagonal. It is denoted by M [95]. The constant “M” is calculated as follows [95]: where n is the number of rows.

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Invertibility

A Review on Static Reconfiguration Techniques of Solar PV to Mitigate Mismatch Loss and Minimize Partial Shading Effect