Lec 4 | Schrödinger Time Independent Wave Equation | Engineering Physics BTech 1st Year

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This video lecture on the Schrödinger Time Independent Wave Equation (T.I.E.), a fundamental equation of Quantum Mechanics, is designed for BTech 1st Year Engineering Physics students. This lecture explains how the T.I.E. is derived from the Schrödinger Time Dependent Equation and how it is used to determine energy eigenvalues and eigenfunctions for bound systems.

You will clearly understand the mathematical form of the equation, its assumptions, separation of variables, stationary states, boundary conditions, and how the equation applies to physical systems like the particle in a box. The explanation is simplified and exam-oriented, making it perfect for scoring in theoretical questions.

This lecture is useful for RGPV BTech 1st Year students, covering all branches including CSE, IT, Mechanical, Electrical, Civil, and ECE, and also aligns with the syllabi of AKTU, VTU, JNTU, SPPU, and other Indian universities.

📘 This Engineering Physics Playlist Includes:

Planck’s Quantum Hypothesis
De Broglie Hypothesis
Wave Function & Significance
Schrödinger T.D.E. & T.I.E.
Particle in a 1D Box
Heisenberg Uncertainty Principle

🎯 This Video Is Helpful For:

BTech 1st Year (RGPV) – All Branches
Engineering Physics Quantum Mechanics Unit
Students preparing for university exams
Students needing clarity in Schrödinger Equations
GATE / NET / IIT-JAM foundational physics

Schrödinger Time Independent Wave Equation is a very important derivation, repeatedly asked in exams and viva.

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🔖 Hashtags
#EngineeringPhysics #QuantumMechanics #SchrodingerEquation #TimeIndependentEquation #BTech1stYear #RGPV #SachinSir #BTechJunction

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