1. Plotting Ground Track of Elliptical Orbit with Inclination Angle

  2. What's wrong with Arnold's scaling argument on jumping height?

  3. Natural coordinates and time integration
  4. Combined translational and angular motions
  5. Physically, why are high sound frequencies more easily absorbed than low sound frequencies?
  6. Is a pendulum in dynamic equilibrium?
  7. Troubles with classical potencial wells

  8. What does this question mean: "Compute the lowest 6 eigenpairs of the stiffness matrix."?
  9. Collision of elastic spheres : final velocities

  10. Canonical transformation generated by hamiltonian?
  11. Where is the energy lost in a spring?
  12. In A Banked Turn, How Much Of A Part Does Gravity Play As Compared To The Normal Force?

  13. Small block sliding on a concave curved surface of a larger block which rests on a friction less surface

  14. Can any symplectomorphism (1 Definition of canonical transformation) be represented by the flow of a vectorfield?
  15. Why is circular motion circular?
  16. Calculating rolling friction of a toy car's wheels, not on an incline
  17. to find the acelaration and time?
  18. What is the actual importance of Dixon's extended bodies theory for fundamental physics?
  19. Design of mechine elements
  20. How to find the rate of kinetic energy of water pumped through a pipe?

  21. Combining rotations for orbital and rotational motion of a planet

  22. What is the time integral of angular momentum of a particle that is moving in a plane, about a fixed point in the plane

  23. Angles in the Capstan (Eytelwein's) Equation

  24. Do you know dynamical formulas for hydraulic cylinders, motors and pumps?

  25. Splitting kinetic and potential terms in imaginary time action
  26. Force field parametrization and its relation to true Hamiltonian

  27. Are there forces which do not involve a change in momentum?
  28. Rattleback - Breaking the Laws of Physics? (Walter Lewin rotation experiment)
  29. Why would a suddenly applied force have more impact than the same force being applied over time?
  30. Motivation for the Euler-Lagrange equations for fields

  31. euler cromer algorithm

  32. Plane flying with constant velocity
  33. Is there an analogy of quantum mechanical phase symmetry in classical physics?

  34. How to be a self-taught Physicist?

  35. Difference between Hamiltonian in classical Mechanics and in quantum Mechanics
  36. Why is the Cauchy stress tensor thought of as three vectors instead of one vector represented in 3 coordinate systems?


  38. Newton's Laws of motion: Stacked blocks

  39. What is the stiffness of a crushed rod or cylinder?
  40. Standing waves on string with different densities

  41. Lagragian density of a massless scalar field

  42. Can we use the COM reference frame to calculate time period of two connected bodies?

  43. Constructing Quantum Theories without Semiclassical Quantization

  44. Why can't angular momentum be used in flying vehicles?

  45. Basic question regarding centripetal acceleration

  46. When does the principle of superposition apply?

  47. Deformation of a rubber ball between planes

  48. Statistical Mechanics
  49. Explanation of force amplification inside a solenoid
  50. Problem related to relative velocity

  51. Grand canonical partition function as two factored canonical partition functions

  52. Why does total energy of N coupled harmonic oscillators increase with increase in N?

  53. Classical mechanics: Generating function of lagrangian submanifold

  54. Show the total energy is conserved

  55. Autocorrelation function of mechanical displacement

  56. Converting Rotational Inertia into Linear Equivalent Mass

  57. why is Poisson 's ratio for constant volume 0.5?
  58. Elliptic integral of Kepler problem

  59. Calculus of variations -- how does it make sense to vary the position and the velocity independently?
  60. Why is the force on a cross section of a rigid body equal to the force over the entire body?
  61. Final state of a two-block system with friction on a smooth ground
  62. Galilean relativity and Einstein relativity visited with simple examples

  63. How can I find final velocity of an object which pass from earth's orbit?
  64. what is the relation between friction, clearance/tolerance, roughness and mechanical properties in a prismatic joint?

  65. A question In Feynman Chapter 4
  66. Boy scout problem (Serway and Jewett)

  67. solving spherical pendulum problem

  68. What is the difference between tangent space and configuration space?

  69. How do you get displacement at given moment where acceleration is dependent on the displacement?
  70. Using the correspondence principle, how does one show that in the classical limit, the expectation value of $H$ is the classical energy?
  71. Correspondence principle for macroscopic orbits

  72. How to create a discrete approximation of a slinky
  73. Is the coefficient of restitution a constant?(/ Validity over range)

  74. Force applied to a piston
  75. Pressure formula with infinitesimals

  76. Tension at different points of a string during vertical circular motion
  77. Difference in answer using relative motion and that without (Newtonian Mechanics)
  78. How do you derive a Lagrangian equation for motion for any arbitrary number of energies?
  79. Wave equation on Air- Solid interaction

  80. Total angular momentum of a disk around a fixed axis
  81. When can one omit a total time derivative in the Lagrangian formulation?

  82. For 2 masses connected by a spring and rotated at angular velocity $\omega$, what is the Lagrangian and condition for oscillation?

  83. Is a system Liouville integrable if and only if its Hamilton-Jacobi equation is separable?

  84. Can precession happen with no external forces?
  85. Lagrangian mechanics, one-dimensional simple harmonic oscillator
  86. Equivalency of conditions involving angular momentum of a rolling ball hitting a wall
  87. Classical physics Euclidean, is all reflection a rotation in higher dimension space?
  88. Physical principle behind the suction of a piston
  89. Constants of motion vs. integrals of motion vs. first integrals
  90. How are action variables linked to first integrals of a Hamiltonian?
  91. How do I delete my account on se?

  92. Is it possible to calculate a potential given period of oscillation as a function of energy?

  93. Tensor operator analogy in classical physics

  94. Equations of motion for elastic pendulum

  95. Thermostat code for molecular dynamics with angle dependent potential
  96. Non-smooth pulley - which side has greater tension?

  97. Experimental proof of time-reversibility in microscopic classical physical laws

  98. Fluid Dynamics in a Syringe
  99. Why is Noether's theorem important?

  100. Concept of work done by spring