Bøger af Santosh Sharma

Dive into the captivating world of "Mindbenders Galore," where every turn of the page unveils a new challenge for puzzle enthusiasts. This thought-provoking puzzle book is a true paradise for those seeking to test and enhance their cognitive skills. From intricate crosswords to mind-bending sudoku, and brain-teasing logic puzzles, this collection offers a diverse range of mental challenges suitable for all levels of expertise. Whether you're a seasoned puzzler or a novice looking to sharpen your wits, "Mindbenders Galore" guarantees hours of entertainment and mental stimulation. Embark on a journey of fun and discovery as you unravel the mysteries within each page and unlock the secrets of your own brilliance.

What is the ultimate goal of beings who are born in this infinite realm of time? Can we ever achieve that ultimate goal? Has anyone ever been able to achieve this ultimate goal? Can any ordinary material living being ever get its proof? When a fortunate being progresses on the path to achieve this ultimate goal, then how can it escape from the disastrous events that come as a result of any sinful deeds of its previous births. Does he get any divine help to prevent those disastrous events? Accepting this divine inspiration as the plot, the format of this book has been given.

The present book endeavour to undertake Lie theoretic study of basic analogue of G ¿function for deriving generating functions and multiplication theorems and to introduce the symmetry techniques for the classification and derivation of generating function for families of basic analogue of G ¿ function corresponding to each family of basic analogue of G ¿function, a canonical system of partial q¿difference equations has been associated and the symmetries of these equations are used to derive q¿series identities.

This book deals with biological concepts of symmetry in plants and some special cases of patterns in plants. In this book various type of symmetries like organic and inorganic symmetries, radial symmetry, bilateral symmetry and dorsiventral symmetry in roots, shoots and leaves are also discussed. It also presents the relation between divergence angle, plastochrone ratio, visible opposed parastichy pair and the angle of intersection. Finally a sequence of divergence angles for different branch arrangements based on actual field data collected from different plants.