can you solve this in PYTHON or java. A, B, C, D = 1, 2, 2, 3X, Y, Z, F= 1, 4, 15, 2]Matrix-Matrix multiplication is a well-defined mathematical operation. Through a sequence ofmultiplications using the rows and columns of the two input matrices, we calculate the value of the newM1 = [matrix.]Given two matrices M1 and M2, M3 is the result of these two matrices as suchM2 = []1M3 = [12[A, B],[C, D]3142[X, Y],[Z, F]3M1 = [[A* X + B * Z,[C* X + D * Z,]M2 = [[A, B],[C, D]A, B, C, D = 1, 2, 2, 3X, Y, Z, F = 1, 4, 15, 2AACCAC[X, Y],[Z, F]ACACAACA]M3 = [[A* X + B * Z+AY+AF, AY + B * F],[C* X + D * Z + C * Y + DF, C* Y + DF]M1Implement an adjusted version of Matrix-Matrix multiplication where you would use all the relevant andall subsequent columns to calculate the current value as such:BDBDBM1BDDBDBBDDBDA * Y + BF],C* Y + D * F]XZXZXZXNXNXXNXNZM2YYFYFM2YFYYFYFYFA*X+B ZM3A*X+B*Z A*Y+B* FA X+B Z A Y+B FC*X+D*ZA*X+B*ZA*Y+B FC*X+D*Z C*F+D*FA*X+B*Z+AY+A*FTo earn full grade your solution is expected to work on square matrices of any size.A X+B*Z+AY+A FA*Y+B*FM3A*X+B*Z+AY+AFA*Y+B*FC*X+D*Z+C*Y+D*FA X+B*Z+AY+A FA*Y+B*FC*X+D Z+C Y+D FC F+D F

Matrix multiplication: Matrix multiplication is a binary operation that uses a pair of matrices to…

A, B, C, D = 1, 2, 2, 3 X, Y, Z, F= 1, 4, 15, 2 ] ] Matrix-Matrix multiplication is a well-defined mathematical operation. Through a sequence of multiplications using the rows and columns of the two input matrices, we calculate the value of the new M1 = [ matrix. M2 = [ ] Given two matrices M1 and M2, M3 is the result of these two matrices as such ] M3 = [ 1 ] 1 2 [A, B], [C, D] 3 1 4 M1 = [ 2 [X, Y], [Z, F] 3 [A * X + B * Z, AY + B * F], [C* X + D * Z, C Y + D * F] M2 = [ [A, B], [C, D] A, B, C, D = 1, 2, 2, 3 X, Y, Z, F = 1, 4, 15, 2 A C A C [X, Y], [Z, F] C A C A A C C A C A M3 = [ [A* X + B *Z+AY+AF, AY + B * F], [C* X + D * Z + C * Y + D * F, C* Y + D * F] Implement an adju version of Matrix-Matrix multiplication where you would use all the relevant and all subsequent columns to calculate the current value as such: M1 B D B D M1 B B D D B D B B D B D x Z X Z x XNXN Z XN X X Z M2 Y F Y Y F M2 Y F Y Y F Y F Y F A*X+B*Z M3 A*X+B*ZA*Y+B* F A X+B*ZA*Y+B F C*X+D*Z A*X+B*Z A Y+B*F C*X+D*Z C* F+D*F A*X+B*Z+A Y+A F To earn full grade your solution is expected to work on square matrices of any size. A X+B+Z+AY+A FA*Y+B F Z+AY+AFA Y+B*F M3 C*X+D Z+C*Y+D F A X+B*Z+AY+A FA*Y+B*F C X+D Z+C Y+D FC F+D F

A, B, C, D = 1, 2, 2, 3 X, Y, Z, F= 1, 4, 15, 2 ] ] Matrix-Matrix multiplication is a well-defined mathematical operation. Through a sequence of multiplications using the rows and columns of the two input matrices, we calculate the value of the new M1 = [ matrix. M2 = [ ] Given two matrices M1 and M2, M3 is the result of these two matrices as such ] M3 = [ 1 ] 1 2 [A, B], [C, D] 3 1 4 M1 = [ 2 [X, Y], [Z, F] 3 [A * X + B * Z, AY + B * F], [C* X + D * Z, C Y + D * F] M2 = [ [A, B], [C, D] A, B, C, D = 1, 2, 2, 3 X, Y, Z, F = 1, 4, 15, 2 A C A C [X, Y], [Z, F] C A C A A C C A C A M3 = [ [A* X + B Z+AY+AF, AY + B F], [C* X + D * Z + C * Y + D * F, C* Y + D * F] Implement an adju version of Matrix-Matrix multiplication where you would use all the relevant and all subsequent columns to calculate the current value as such: M1 B D B D M1 B B D D B D B B D B D x Z X Z x XNXN Z XN X X Z M2 Y F Y Y F M2 Y F Y Y F Y F Y F AX+BZ M3 AX+BZAY+B F A X+BZAY+B F CX+DZ AX+BZ A Y+BF CX+DZ C F+DF AX+BZ+A Y+A F To earn full grade your solution is expected to work on square matrices of any size. A X+B+Z+AY+A FAY+B F Z+AY+AFA Y+BF M3 CX+D Z+CY+D F A X+BZ+AY+A FAY+BF C X+D Z+C Y+D FC F+D F

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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