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Locality: San Diego, California

Phone: +1 619-317-5372



Address: 1037 4th Ave 92101 San Diego, CA, US

Likes: 1798

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San Diego Math Tutoring 10.11.2020

I verified that the given (partial) differential equation is exact, and then I solved it. This is problem-33 in section-1.6; (Exact Equations and Reducible Second Order Differential Equations) contained within the textbook, "Differential Equations and Boundary Value Problems, Computing and Modeling," C. Henry Edwards and David E. Penney; Pearson Education, Inc., 2008, ISBN: 0-13-156107-3978-0-13-156107-6 This is photo 2 of 3 photos.... -Mark R. Rowe http://illuminati1.club/ #MarkRoweBlog #jj #roths #computing #differentialequations #areospaceengineering #mechanicalengineering #mathematics #physics #trajectories #integratingfactors #lineardifferentialequations #mathmodeling #matlab #fortran #pearl #computeralgebrasystems

San Diego Math Tutoring 23.10.2020

Some math I have been doing lately. -Mark R. Rowe #MarkRoweBlog

San Diego Math Tutoring 06.09.2020

I found a solution to an exact (partial) differential equation. -Mark R. Rowe http://illuminati1.club/ #MarkRoweBlog #jj #roths #NewWorldZero #NWOcant #impossibleREX84 #TranshumanistDissolve #instagood #theartofmusic #sd #la #ca #humanrights #art #math #antiilluminati #nyc #sf #nj #instafamous #me #love #like4like #projectbluebeam #photooftheday #followme #instamoood #stopnwo #arlingtonva #fallschurchva

San Diego Math Tutoring 25.08.2020

I wrote a MatLab script that orthonormalizes the column vectors of "full column rank" matrix. Observe photo for verification. -Mark R. Rowe #MarkRoweBlog

San Diego Math Tutoring 07.08.2020

Some advanced mathematics by -Mark R. Rowe #MarkRoweBlog

San Diego Math Tutoring 01.08.2020

I computed a composite transformation. This is the math needed for an application in computer graphics. -Mark R. Rowe #MarkRoweBlog

San Diego Math Tutoring 19.07.2020

#jj #me #love #ca #la #theartofmusic #photoftheday #igers #dc #md #va #nova #oc #pa #ny #sd #atl #il #autohash #paper #document #note #stl Here is a photo of a set of column vectors shown to be linear dependent, put into matrix equation Ax = 0, and it's corresponding augmented echelon form matrix, found the free variable x4, therefore matrix A's column vectors are linearly dependent. I spent 3.5 years in a library reading and solving math problems contained within several ma...th textbooks, such as intro. to elem. linear algebra w/ applications, discrete mathematics with applications, linear algebra; applications version by Anton and Rorres, while also studying two linear algebra textbooks I bought at Barnes and Noble with more advanced treatments that include problems above linear 500 college level problems. My first exposure to linear algebra came from a class I was required to take for my major, BSEE at George Mason University, Fairfax, where we used the textbook with the title, Introduction to Elementary Linear Algebra with Applications required for all students in engineering majors - to graduate. I completed a more advanced treatment of linear algebra textbook, Linear Algebra; Schaum's Outline, Sixth Edition, that covers advanced physics and advanced engineering with diagonalization, minimal polynomial tests, linear functionals and the dual space, bilinear forms, quadratic forms, Hermitian forms, and more. I recently bought 3 advanced math textbooks (graduate level-linear algebra and its applications, theoretical linear algebra, and ordinary differential equations) that cover advanced physics, including quantum physics, and also with applications in advanced engineering including the math for spectral theory, and spectral applications, special relativity problems, and minimal polynomial tests used in problems contained within quantitative analysis. I have already solved a minimal polynomial problem where I will be posting the complete hand written solution on Facebook, Instagram, Twitter, and a web page from photographs of it. -Mark R. Rowe #MarkRoweBlog