ConceptCrux
🎓This channel is built with purpose to make learning simple, logical interesting & inspiring for every learner.
👨🏫 I’m Amit Mishra, the founder and primary educator at ConceptCrux.
🎓 M.Tech in Mechanical Engineering from IIT Bhubaneswar
🏆 JEE & GATE Qualified
📚 A passionate learner, teacher & believer that true understanding begins with clarity
💡 What You’ll Learn Here:
✅ Concept-wise video lectures
✅ Diploma & Engineering subjects made simpler
✅ Exam-oriented guidance, shortcuts & strategies
✅ Motivational & study sessions
🎯 Our Vision:
At ConceptCrux, our goal is to turn confusion into clarity — and learning into a joyful experience.
Every video is designed to make you say: “Now I finally understand this!”
🔥 Subscribe Now & Be part of a community that believes in clarity, logic, and continuous growth
💡 ConceptCrux — Because every great result starts with a clear concept
📘 #ConceptCrux #EngineeringMadeSimple #LearnWithLogic #StudyMotivation #ConceptBasedLearning #EducationForAll
Final Boost Before The Exam! | Confidence, Strategy & Mindset to Attain the Exam with high Accuracy
Matrices Lecture-6 | Solution of Simultaneous Equations by Matrix Inversion Method with Example
Basic Science Physics Lecture 7 | Electric Potential & Potential Energy Explained in Detail
Basic Science Physics Lecture 6 | Electric Field & Electric Field Intensity Explained in Detail
Basic Science Physics Lecture 5 | Concept of Charge & Coulomb's Inverse Square Law Explained
Basic Science Physics Lecture 4(Part-2) | Conversion of Galvanometer into Voltmeter with Explanation
Basic Science Physics Lecture 4 (Part-1) | Conversion of Galvanometer to Ammeter Explained in detail
Basic Science Physics Lecture 3 | Heating Effect of Electric Current (Joule’s Law) Explained
Basic Science Physics Lecture 2 | Resistance in Series & Parallel Explained with Formula Derivation
Basic Science Physics Lecture 1 | Electricity | Current, Voltage & Ohm’s Law
Matrices Lecture-5 | Inverse of a Matrix by Adjoint Method Explained Step-by-step
Matrices Lecture 4 | Properties of Matrices | Important Conceptual Numericals on Algebra of Matrices
Matrices Lecture 3 | Algebra of Matrices Numericals | Singular & Non-Singular Matrices Explained
Trigonometry Lecture 7 (Part-2) | Inverse Trigonometry Practice Session | Most Important Numericals
Trigonometry Lecture 7 (Part -1) | Introduction to Inverse Trigonometry | Basic Concepts & Problems
Differentiation Lecture 9 | Logarithmic Differentiation Explained | Concept & Important Questions
Differentiation Lecture 8 | Derivative of Implicit Functions Explained | Explicit vs Implicit
Differentiation Lecture 7 | Derivatives of Parametric Functions Explained with Solved Examples
Differentiation Lecture 6 | Chain Rule & Composite Function Explained | Concept + Solved Problems
Differentiation Lecture 5 | Important Numericals on Rules of Differentiation | Step-by-Step Solution
Differentiation Lecture 4 | Basic Derivative Formulas & Derivatives of Trigonometric Functions
Differentiation Lecture 3 | Limits & First Principle of Derivative Explained | Concept + Examples
Differentiation Lecture 2 | Even and Odd Functions Explained with Examples
Differentiation Lecture 1 | Basics of Differentiation & Functions Explained from Zero For All Class
Matrices Lecture-2 | Algebra of Matrices | Addition, Subtraction & Multiplication of Matrices
Trigonometry Lecture 6 (Part-3) | Factorization & De-Factorization Numerical | Complete Concept
Trigonometry Lecture 6 (Part-2) | Factorization & De-Factorization Numerical | Complete Concept
Trigonometry Lecture 6 (Part-1) | Factorization & De-Factorization Numerical | Complete Concept
Trigonometry Lecture 5 (Part 4) | Factorization & De-Factorization | Complete Concept and Derivation
Trigonometry Lecture 5 (Part 3) | Factorization & De-Factorization | Complete Concept and Derivation