Algebra of Operators in Quantum Mechanics | Properties | Addition subtraction and Multiplication

Описание: Quantum Chemistry Lecture 1:

What is Quantum Mechanics? Why classical mechanics failed? Applications of Quantum Mechanics

   • What is Quantum Mechanics? Why classical m...  

Quantum Chemistry Lecture 2:

Difference between Quantum Mechanics and Classical Mechanics

   • Difference Between Classical Mechanics and...  

Quantum Chemistry Lecture 3:

Heisenberg Uncertainty Principle

   • What is Heisenberg Uncertainty Principle? ...  

Quantum Chemistry Lecture 4:

De Broglie Hypothesis | Wave and Particle nature of matter

   • Dual Nature of radiation and matter | Wave...  

Quantum Chemistry Lecture 5:

Applications and Significance of Schrodinger Wave Equation

   • Applications and Significance of Schroding...  

Quantum Chemistry Lecture 6:

What is wave Function? What does it tell us? Born interpretation of wave Function | Probability of finding a particle

   • Born Interpretation of Wave Function | Wha...  

Quantum Chemistry Lecture 7:

Eigen Functions and Eigen values along with Examples

   • Eigen Value and Eigen Functions | Eigenval...  

Quantum Chemistry Lecture 8:

What is Normalization of wave function? Why the wave function should be normalized? Significance of Normalization

Numerical Problems on Normalization of wave function

   • Normalization Of Wave Function | Numerical...  

Quantum Chemistry Lecture 9:

Orthogonality of wave function and orthonormal wave function with Numerical Problems

   • Orthogonality of wave Function | Orthomorm...  

Quantum Chemistry Lecture 10:

What are operators in Quantum Mechanics and How to use them?

   • What are operators in Quantum Mechanics an...  

Quantum Chemistry Lecture 11:

Algebra of Operators in Quantum Mechanics | Properties | Addition subtraction and Multiplication

   • Algebra of Operators in Quantum Mechanics ...  

Quantum Chemistry Lecture 12:

Commutative and Non Commutative Operators with solved Problems

   • Commutative and non Commutative operators ...  

Quantum Chemistry Lecture 13:

Rules for writing an operator

   • Rules for writing operators in Quantum Mec...  

Quantum Chemistry Lecture 14:

Hermitian Operator in Quantum Mechanics

   • Hermitian Operator in Quantum Mechanics | ...  

Quantum Chemistry Lecture 15:

Properties of Hermitian Operator

   • Properties of Hermitian Operator in Quanti...  

Quantum Chemistry Lecture 16:

Second Property:

Eigen Functions of Hermitian Operator corresponding to different Eigen Values are orthogonal

   • Eigen Functions of Hermitian Operator corr...  

Quantum Chemistry Lecture 17:

Prove that the operator for linear momentum is Hermitian

   • Prove that the operator for linear momentu...  

Quantum Chemistry Lecture 18:

Prove that the kinetic Energy operator is Hermitian Operator

   • Prove that the kinetic energy operator is ...  

Quantum Chemistry Lecture 19:

if two operators are Hermitian then their product is also Hermitian if they commute

   • if two operators are Hermitian then their ...  

Quantum Chemistry Lecture 20:

Postulates of Quantum Mechanics

   • Postulates of Quantum Mechanics  

Quantum Chemistry Lecture 21:

Time independent Schrodinger wave equation

   • Easiest Derivation of Time independent Sch...  

Quantum Chemistry Lecture 22:

Steady state schrodinger wave equation

   • Steady State Schrodinger Wave Equation eas...  

Quantum Chemistry Lecture 23:

Conclusion of particle in one dimensional box:

   • Conclusions from particle in 1 dimensional...  

Quantum Chemistry Lecture 24:

Conclusion of particle in one dimensional box

   • Conclusions of particle in a box part 2