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Gravitation - Physics
  • Force between a system of discrete particles
  • Finding force due to continuous distribution of mass
  • Gravitation force due to hollow, solid spheres
  • Work done in gravitational field
  • Variation of g with depth and height
  • Variation of g with mass and density
  • Variation of g with Earth's rotation
  • Potential energy due to discrete masses
  • Potential energy due to continuous masses
  • Change in potential energy when some work is done
  • Force when potential energy is given
  • Escape velocity
  • Motion of planets and satellites
  • Relation between PE, KE and TE for satellites
  • Kepler's laws
  • E-r graph
  • V-r graph & its conversion
  • Self energy
  • Gauss's law for gravitation
  • Application of Gauss's law in gravitation
  • Gravitational potential
  • Orbital velocity
  • Conservation of angular momentum and energy in gravitation
  • Centre of gravity

Gravitation - Physics


  • Force between a system of discrete particles
  • Finding force due to continuous distribution of mass
  • Gravitation force due to hollow, solid spheres
  • Work done in gravitational field
  • Variation of g with depth and height
  • Variation of g with mass and density
  • Variation of g with Earth's rotation
  • Potential energy due to discrete masses
  • Potential energy due to continuous masses
  • Change in potential energy when some work is done
  • Force when potential energy is given
  • Escape velocity
  • Motion of planets and satellites
  • Relation between PE, KE and TE for satellites
  • Kepler's laws
  • E-r graph
  • V-r graph & its conversion
  • Self energy
  • Gauss's law for gravitation
  • Application of Gauss's law in gravitation
  • Gravitational potential
  • Orbital velocity
  • Conservation of angular momentum and energy in gravitation
  • Centre of gravity
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