equation 19.38 eq:newt-cm-position

open in the book · parts/03-classical-mechanics/02-newtonian-dynamics.tex:1374

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equation 19.38: eq:newt-cm-position19.38lemma 19.57: The centre of mass is the origin of its own frame19.57proposition 27.7: Centre of gravity in a uniform field27.7theorem 27.30: Reduction of the two-body problem27.30theorem 19.44: Parallel axes; Steiner19.44equation 19.49: eq:newt-cm-relative19.49corollary 19.59: Decomposition of the kinetic energy19.59theorem 19.58: Decomposition of the angular momentum19.58theorem 19.63: The spin obeys the same law about the centre of mass19.63proof : ch:02-newtonian-dynamics@proof-18proofequation 19.15: eq:newt-torque-force19.15equation 19.32: eq:newt-total-mass19.32example 27.11: The ladder against a wall27.11proof : ch:10-central-forces-statics@proof-3proofequation 19.4: eq:newt-fma19.4postulate 19.48: Newton's third law19.48phenomenon 27.32: Kepler's first law: bound orbits are closed ellipses27.32phenomenon 27.35: Kepler's third law27.35phenomenon 50.1: Dark companions too massive to be neutron stars50.1phenomenon 50.2: Four million solar masses inside the orbit of a single star50.2proof : ch:10-central-forces-statics@proof-18proofdefinition 19.41: Moment of inertia about an axis19.41proof : ch:02-newtonian-dynamics@proof-14proof

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depends_on The centre of mass is the origin of its own frame declared parts/03-classical-mechanics/02-newtonian-dynamics.tex:1717
depends_on Centre of gravity in a uniform field declared parts/03-classical-mechanics/10-central-forces-statics.tex:189
depends_on Reduction of the two-body problem declared parts/03-classical-mechanics/10-central-forces-statics.tex:982
depends_on Parallel axes; Steiner declared parts/03-classical-mechanics/02-newtonian-dynamics.tex:1290