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Subrat SaurabhAuthor of Kuch Woh PalHe is studying for a PhD at IIT Bombay. He received his M.Tech in Production Engineering from IIT Delhi. He received his B. Tech. (Hons) in mechanical engg. from Madan Mohan Malaviya University of Technology, Gorakhpur (U.P.). He wrote his first book "Advanced Geometry" on his interesting subject 'Geometry'. He did independent research & derived numerous formulas in Mathematics especially Geometry, Trigonometry, Algebra, and Electromagnetism in Theoretical Physics. He made appreciable contributions to the Geometry. He proposed the 'Theory of Polygon' & derived the 'Theorem of RotatRead More...
He is studying for a PhD at IIT Bombay. He received his M.Tech in Production Engineering from IIT Delhi.
He received his B. Tech. (Hons) in mechanical engg. from Madan Mohan Malaviya University of Technology, Gorakhpur (U.P.). He wrote his first book "Advanced Geometry" on his interesting subject 'Geometry'.
He did independent research & derived numerous formulas in Mathematics especially Geometry, Trigonometry, Algebra, and Electromagnetism in Theoretical Physics. He made appreciable contributions to the Geometry.
He proposed the 'Theory of Polygon' & derived the 'Theorem of Rotation of Two Co-planes' and generalized the formula for the infinite class of trapezohedrons, non-uniform polyhedrons with trapezoidal faces, and right antiprisms.
Some of the published papers of the author by International Journals of Mathematics, 1) “HCR’s Rank or Series Formula” IJMPSR March-April 2014, 2) “HCR’s Series (Divergence)” IOSR March-April 2014, 3) “HCR’s Infinite-series (Convergence)” IJMPSR Oct 2014, and 4) “HCR’s Theory of Polygon” IJMPSR Oct 2014.
He received the 'Best Paper Award' for outstanding performance for his research paper 'Magnetic Field Generated by Rotating Electric Charge' in Young's Scholar's National Research Writing Competition organized by Mindshare Yuva on 8th March 2021. He also received the 'Excellence in Peer-Reviewing' award for his outstanding contribution to the quality of the book titled 'Time in Mathematical Modeling' on 28th Dec 2023.
He has been an editorial board member of Mathematics Letters at Science Publishing Group, New York, United States since 29 April 2024. He has been an active reviewer for the Journal of Pure and Applied Mathematics (IF: 4.0), Pulsus Group since Feb 2023, and BP Internation since Dec 2023.
Email: rajpootharishchandra@gmail.com
Read Less...Achievements
This book mainly deals with the new articles based on research work of the author in Electro-Magnetism. The research articles in this book are related to the derivation of mathematical formula to analytically compute the magnetic field & magnetic dipole moment generated by electric charge moving on circular path. The electric charge in circular motion is concentrated as well as distributed over line-segments, planar-laminae, curved surfaces and throughout the vol
This book mainly deals with the new articles based on research work of the author in Electro-Magnetism. The research articles in this book are related to the derivation of mathematical formula to analytically compute the magnetic field & magnetic dipole moment generated by electric charge moving on circular path. The electric charge in circular motion is concentrated as well as distributed over line-segments, planar-laminae, curved surfaces and throughout the volume of solids like cylinder, sphere, cube. All the topics in this book are new and innovative to the learners and academicians studying theoretical Physics at any level. This makes book unique one. All the articles discussed here are the complementary parts of Electro-Magnetism. There are solved numerical examples related to the topics discussed in this book which signifies the applications of analytic formula derived in this book.
The articles discussed in this book mainly deal with the analysis of 2-D & 3-D figures in Geometry which have wide applications in the fields of photometry as well as radiometry. It deals with exact & approximate analysis of solid angle which makes it unique one. It has been created as a new academic research for advance studies.
It provides advanced knowledge to the learners of higher education, Educators, Academicians and puts impo
The articles discussed in this book mainly deal with the analysis of 2-D & 3-D figures in Geometry which have wide applications in the fields of photometry as well as radiometry. It deals with exact & approximate analysis of solid angle which makes it unique one. It has been created as a new academic research for advance studies.
It provides advanced knowledge to the learners of higher education, Educators, Academicians and puts important articles forth in the practice for advance learning & practical applications particularly in Geometry, Photometry, Radiometry, space Science & Trigonometry.
Salient features:
1.Advanced theory & wide applications of solid angle with basic & applied fundamentals of Geometry, Trigonometry, Calculus, Photometry & Radiometry.
2.Solved examples of numerical problems by analytical & graphical methods;
3.Chapter wise summary & long exercise, objective type review questions
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