20 Most Important Integration Questions | Elementary, Transcendental, Reduction & Definite Integrals

Lec 37 | Definite Integral & Its Properties | Most Important Exam Concepts | BSc & Engineering Maths

Lec 36 | Most Important Integration Formulas | Reduction Formula, Wallis formulas & Gamma Function

Lec 35 | Integration of Transcendental Functions | Involving sinθ, sin²θ, cos²θ Forms

Lec 34 | Elementary Integration | Most Important Standard Forms for BSc & Engineering Maths

20 Imp MCQs | Radius of Curvature, Curvature, Asymptotes, Inflexion, Convex–Concave, Curve Tracing

Lec 33 | Curve Tracing Important Questions | Solved Examples for BSc & Engineering Maths

Lec 32 | Curve Tracing in Polar Form | Fastest Method with Tricks (θ-Symmetry, Tangents, Loops)

Lec 31 | Curve Tracing for Exams | Most Expected Concepts: Symmetry, Tangents, Regions, Asymptote

Lec- 30 Convex–Concave, Inflexion Points, Nodes, Cusps & Special Points Explained | BSc, BTech Maths

Methods to Find Asymptotes Part 2 | General & Shorter Method to Find Asymptotes of f(x, y)=0

Methods to Find Asymptotes Part 1 | Intro, Types & Rational Function Asymptotes

Lec 27 | Curvature & Radius of Curvature | Cartesian, Polar, Parametric Forms with Examples

Important MCQs on MVT, Successive Differentiation, Leibnitz Theorem, Maclaurin & Taylor Series

Lec 26 — Taylor’s & Maclaurin’s Theorem (With Proof + Solved Examples) | Maths with Dr. Ravi Dwivedi

Lec 25 – Applications of Leibnitz Theorem | MASC-01 Elementary Calculus

Lec 24 – Leibnitz Theorem for nth Derivatives of the Product | MASC-01 Elementary Calculus

25 Most Important MCQs | Differential Equations + Indian Mathematicians | Unit-I | MASC-03

Lec 23 | Applications of Successive Differentiation | Elementary Calculus | BSc & Engineering Maths

Lec 22 – Successive Differentiation | क्रमिक अवकलन | MASC-01 Elementary Calculus

Lec 21 | Cauchy Mean Value Theorem (CMVT) | Statement, Conditions & Geometrical Meaning

Lec 20 | Lagrange’s Mean Value Theorem (LMVT) | Statement, Conditions & Geometrical Meaning

Lec 19 | Rolle’s Theorem | Conditions, Proof & Geometrical Interpretation | Mean Value Theorem–1

Unit-I Elementary Calculus | 50 IMP Questions (MASC-01)

Lec 18 | Differentiability | UG Mathematics | NEP 2020

Lec 17 | Continuity, Epsilon-Delta Definition | Types of Discontinuity

Lec 16 | Introduction to Limit, Epsilon-Delta Definition | Left & Right Hand Limit

Lec 15 | Alternating Series, Leibniz Test | Conditional and Absolute Convergence

Lec 14 | D’Morgan’s Test and Bertrand’s Test | Advanced Convergence Tests

Lec 13 | Raabe’s Test and Logarithmic Test | Advanced Convergence Tests

Lec 12 | Cauchy nth Root Test and Ratio Test (d’Alembert Test) | Series Convergence

Lec 11 | p-Series Test and Comparison Test | Convergence of Series

Lec 10 | Introduction to Series, Partial Sum, Convergence and Divergence

Lec 09 | Important Limits & Problems on Convergence | सीमाएँ एवं अभिसरण

Lec 08: Cauchy’s First and Second Theorem on Limits (सीमा पर कोशी का प्रथम एवं द्वितीय प्रमेय)

Lec 07 | Cauchy General Principle of Convergence (कोशी अभिसरण सिद्धांत) | Examples

Lec 06: Cauchy Sequence (कोशी अनुक्रम) & Related Theorems | NEP 2020 | UG Mathematics | MASC–01

Lec 05: Monotonic (एकदिष्ट), Bounded (परिबद्ध) & Convergence (अभिसरण) Theorems | NEP| UG Mathematics

Lec 04 | Sequence | Types of Sequences | Convergent (अभिसारी) & Divergent (अपसारी) | NEP 2020

Lec-03 Brahmagupta & Bhāskarāchārya (ब्रह्मगुप्त & भास्कराचार्य)| Indian Mathematicians | NEP 2020

Lec-02 Kātyāyana and Mahāvīrācārya (कात्यायन और महावीराचार्य) |NEP 2020| Maths with Dr. Ravi Dwivedi

LEC 01: Biography and Contributions of Baudhāyana and Āpastamba | Maths with Dr. Ravi Dwivedi

Elementary Calculus (प्रारंभिक कलन) for UG Students

Heat Equation in Two Dimensions and Laplace Equation

Wave Equation in one dimension

Heat equation in steady state

Heat Equation in One Dimension

Method of Separation of Variables and Classification of Second Order PDE

Partial Differential Equations Reducible Into Constant Coefficients

Particular Integral of PDE

Complimentary functions of partial differential equations (CF)

Solution of Non-Linear Partial Differential Equations (Charpit's) Method

Solution of Non-Linear Partial Differential Equations (अरैखिक आंशिक अवकल समीकरणों का हल )

Solution of First Order Partial Differential Equation (आंशिक अवकल समीकरणों का हल) Lagrange's Method

formation of partial differential equations (आंशिक अवकल समीकरण को बनाना)

PDE (Introduction), Order, Linear and Non-Linear, Homogeneous and Non-Homogeneous

@mathswithdr.ravidwivedir.d5889 😉

Simultaneous Linear Differential Equations with Constant coefficients.

Differential equations with variable coefficient ( Change of variable, Normal form etc)

Dfferential equation with constant coefficient (Complementary function and Particular Integral)