Mathematics Optional
358 lectures536 hours
12 months access13 free samples
Linear Algebra 23 lectures · 34.5 h
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Introduction to Linear Algebra — 190 min
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Vector Spaces — 290 min
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Vector Spaces -II — 390 min
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Linear dependence — 490 min
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Linear dependence - II — 590 min
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Basis and Dimension — 690 min
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Basis and Dimension - II — 790 min
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Linear Transformation — 890 min
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Linear Transformation - II — 990 min
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Linear Transformation - III — 1090 min
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Linear Transformation - IV — 1190 min
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Change of Basis, invertiable Transformation — 1290 min
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Linear Algebra, matrices, system of equations — 1390 min
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system of equations — 1490 min
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system of equations -II — 1590 min
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Characterstics values and vectors — 1690 min
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Characterstics values and vectors - II — 1790 min
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cayley hamilton theroem problems — 1890 min
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Problems on eigen values and vectors — 1990 min
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Quadratic forms — 2090 min
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Quadratic forms - II — 2190 min
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Quadratic forms - III — 2290 min
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Doubt clarification revision — 2390 min
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Calculus 28 lectures · 42.0 h
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Introduction to Calculus — 190 min
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Limits and Continuity — 290 min
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Problems on Limits-I — 390 min
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Problems on Limits - II — 490 min
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Continuity — 590 min
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Meanvalue theorems — 690 min
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Problems on Meanvalue theorems-I — 790 min
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Problems on Meanvalue theorems - II — 890 min
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Multivariable Calculus — 990 min
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Problems on Multivariable Calculus — 1090 min
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Partial Differentiation — 1190 min
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Problems on Partial Differentiation-I — 1290 min
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Total Differentiation — 1390 min
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Problems on Partial Differentiation - II — 1490 min
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Jacobian — 1590 min
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Maxima and Minima-I — 1690 min
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Maxima and Minima - II — 1790 min
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Maxima and Minima - III — 1890 min
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Lagranges method of multipliers — 1990 min
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Double Integration — 2090 min
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Multiple Integration-I — 2190 min
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Multiple Integration - II — 2290 min
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Triple Integrals-I — 2390 min
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Triple Integrals - II — 2490 min
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Surface Areas — 2590 min
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Asymptotes and Curve tracing-I — 2690 min
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Asymptotes and Curve tracing - II — 2790 min
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Curve tracing — 2890 min
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Analytic Geometry 36 lectures · 54.0 h
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Introduction to Analytic Geometry — 190 min
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Planes — 290 min
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Planes - II — 390 min
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Planes - III — 490 min
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System of planes bisectors — 590 min
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Pair of planes — 690 min
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Straight line — 790 min
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Straight line - II — 890 min
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Straight line - III — 990 min
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Straight line - IV — 1090 min
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Coplanarity — 1190 min
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Straight lines other concepts — 1290 min
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Spheres — 1390 min
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Spheres - II — 1490 min
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Sphere - III — 1590 min
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Sphere - IV — 1690 min
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Sphere - V — 1790 min
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Sphere - VI — 1890 min
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Radical center — 1990 min
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Spheres — 2090 min
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Conjugate Plane — 2190 min
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Cone — 2290 min
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Cone - II — 2390 min
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Cone - III — 2490 min
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Reciprocal cone — 2590 min
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Right circular cone — 2690 min
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Right circular cone - II — 2790 min
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Cylinder — 2890 min
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Right Circular Cylinder — 2990 min
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Conicoid — 3090 min
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Conicoid -II — 3190 min
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Conicoid -III — 3290 min
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Conicoid -IV — 3390 min
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Normals to conicoid — 3490 min
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Normals to conicoid, conjugate diameters — 3590 min
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Problems on semi diameters — 3690 min
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Ordinary Differrential Equations 29 lectures · 43.5 h
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Introduction to Ordinary Differential Equations — 190 min
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Formulation of differential equations — 290 min
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Formulation of differential equations - II — 390 min
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Solution of the differential equations — 490 min
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Solution of the differential equations - II — 590 min
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Solution of the differential equations - III — 690 min
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Exact equations — 790 min
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First order higher differential equations — 890 min
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First order higher differential equations - II — 990 min
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First order higher differential equations - III — 1090 min
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Linear Differential Equations — 1190 min
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Linear Differential Equations - II — 1290 min
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Linear Differential Equations - III — 1390 min
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Linear Differential Equations - IV — 1490 min
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Linear Differential Equations - V — 1590 min
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Linear Differential Equations - VI — 1690 min
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Method of variation of parameters — 1790 min
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Orthogonal trajectory — 1890 min
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Introduction to Laplace transforms — 1990 min
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Laplace transforms — 2090 min
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Laplace transforms - II — 2190 min
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Laplace transforms - III — 2290 min
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Laplace transforms - IV — 2390 min
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Laplace transforms - V — 2490 min
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Inverse Laplace transforms — 2590 min
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Inverse Laplace transforms - II — 2690 min
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Applications of Laplace transforms — 2790 min
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Transforms of special function — 2890 min
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Previous year problems — 2990 min
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Dynamics and Statics 36 lectures · 54.0 h
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Introduction to Statics — 190 min
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Basics of Statics — 290 min
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Basics of Statics - II — 390 min
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Lamis theorem — 490 min
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Problems on Lamis theorem — 590 min
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Problems on Lamis theorem — 690 min
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Problems on Lamis theorem -II — 790 min
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Equilibrium of Rigid Body — 890 min
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Equilibrium of Rigid Body - II — 990 min
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Equilibrium of Rigid Body - III — 1090 min
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Equilibrium of Rigid Body - V — 1190 min
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Equilibrium of Rigid Body - VI — 1290 min
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Equilibrium of Rigid Body - VI — 1390 min
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common catenary — 1490 min
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common catenary - II — 1590 min
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common catenary - III — 1690 min
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Stability of equilibrium — 1790 min
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Problems on Stability of equilibrium — 1890 min
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virtual work — 1990 min
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Problems on virtual work — 2090 min
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Stability of equilibrium in 3D — 2190 min
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Stability of equilibrium in 3D - II — 2290 min
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Problems on Stability of equilibrium in 3D — 2390 min
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Introduction to Dynamics — 2490 min
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Rectilinear motion — 2590 min
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simple harmonic motion — 2690 min
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Problems on simple harmonic motion — 2790 min
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projectile motion — 2890 min
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Problems on Projectiles — 2990 min
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Constrained motion — 3090 min
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Problems on Constrained motion — 3190 min
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Central forces — 3290 min
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Central forces - II — 3390 min
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Central forces - III — 3490 min
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Problems on Central forces — 3590 min
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Problems on Central forces - II — 3690 min
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Vector Analysis 17 lectures · 25.5 h
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Introduction to Vector Calculus — 190 min
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Vector and Scalar Fields — 290 min
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Vector and Scalar Fields - II — 390 min
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Problems on Gradient — 490 min
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Divergence — 590 min
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Problems on divergence and curl — 690 min
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Higher order derivatives Vector identities and vector equations — 790 min
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Surface and Line integrals — 890 min
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Surface integrals — 990 min
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Surface integrals - II — 1090 min
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Stokes theorem — 1190 min
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Greens theorem — 1290 min
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Serret-Frenets formulae — 1390 min
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Curvature and Torsion — 1490 min
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curvature and torsion - II — 1590 min
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curvature and torsion - III — 1690 min
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Previous years problems — 1790 min
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