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Classical Physics: how to solve advanced mechanics problems

Classical Physics: how to solve advanced mechanics problems

Classical physics issues solved with the Lagrangian strategy

What you’ll learn

  • Learn how to sort out graduate-level issues in classical mechanics
  • the kinematics of inflexible our bodies
  • Learn how to take care of non-inertial frames of reference
  • Learn how to calculate the angular velocity of a inflexible physique
  • Learn how to calculate the frequency of small oscillations
  • Learn how to analyze the dynamics of inflexible our bodies
  • Learn how to calculate the inertia matrix and moments of inertia
  • Learn how to assemble a Lagrangian in classical mechanics
  • The significance of the Lagrange formalism
  • Learn how to derive the Hamiltonian (vitality) of a system

Requirements

  • calculate a number of integrals (that is vital for the calculation for the moments of inertia for instance)
  • derivatives
  • vector notation (dot and cross product)
  • matrix multiplication

Who this course is for:

  • College students who wish to be taught essentially the most common formalism to sort out superior issues in classical mechanics


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