Show that Integral 0 to infinity log(1+x)/(1+x^2) dx =π/2 log2 | Integration of log(1+x)/(1+x^2) dx
Show that Integral 0 to infinity log(1+x)/(1+x^2) dx =π/2 log2 | Integration of log(1+x)/(1+x^2) dx Eigen value and Eigen vector : https://www.youtube.com/playlist?list... Solution Of System Of Linear Equation : • Solution Of System Of Linear Equations | B... Direction Cosines and projection : • Direction Cosines and projection bsc secon... Asymptotes : • Asymptotes || B.A./B.Sc. sem 1 || Based on... Successive differentiation : • Successive differentiation|| B.Sc./B.A. se... Expansion of Functions : • Expansion of Functions | B.Sc. semester 1 ... Equivalence Relation and Partitions : • B.Sc. sem 3 | Equivalence Relation and Par... Definite integral : • Definite integral( Question )|| B.A./B.Sc.... Jacobians : • Jacobians | B.Sc. sem 3 Mathmatics Complex Function : • Complex Function | B.Sc. sem 2 | Maths | N... The straight line : • The straight line | B.Sc. sem 2 The plane : • The plane | B.Sc.sem 2 | Mathmatics Coordinate System : • Coordinate System| B.Sc. sem 2 | maths Rank of a matrix : • Rank of a matrix | B.Sc. sem 2 Matrices • Matrices || B.Sc sem 2 Tangent And Normal : • Tangent And Normal | B.A./B.Sc. semester1 Improper integrals : • Improper integrals | B.A./B.Sc. semester1 #definiteintegral #bsc #maths Thanks for watching 😊 NKG
