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How Hamiltonian represent Total Energy
Lesson 3 of 12 • 29 upvotes • 7:15mins
Satyendra Soni
Here I have explained that for conservative system Hamiltonian is equal to the Total Energy of the system and it's the constant of motion also.
Hamiltonian Dynamics
12 lessons • 1h 45m
1
Introduction
4:01mins
2
Hamiltonian Function
12:45mins
3
How Hamiltonian represent Total Energy
7:15mins
4
Hamiltonian and Hamilton's Equation of Motion for SHO: Part 1
8:40mins
5
Hamiltonian and Hamilton's Eq. Of Motion For SHO: Part 2
10:40mins
6
Hamiltonian and Hamilton's Equation of motion for Simple Pendulum Part 1
10:17mins
7
Hamiltonian and Hamilton's Equation of motion for Simple Pendulum Part 2
7:31mins
8
Hamiltonian and Equation of motion for Projectile Part 1
9:44mins
9
Hamiltonian and Equation of motion for Projectile Part 2
8:43mins
10
Hamiltonian and Equation of motion for Projectile Part 3
4:34mins
11
Important Formula Till Now and MCQs
11:38mins
12
Cyclic Coordinates in reference to the Hamiltonian and Lagrangian
9:57mins
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