University of Cincinnati Studies

50 cents angular velocity areal velocity atmosphere axes axis of rotation center of mass centrifugal force changing the oblateness coefficients of restitution common axis component of force condition configuration of particles considered corresponding decrease develop direct central impact discussion earth's ellipsoid energy of rotation equipotential surfaces eruption occurs eruptive force excess of kinetic fluid forces acting outward forces of constraint g-body given gravitational energy gravitational force Hence increase indicated inner shell kinetic energy kinetic potential LIGHT CURVE light variation loss of kinetic mass rotation matter observed opposite directions outer shell particles ejected particles of shell phenomena plane positive Price of bound problem quantity radial velocities radiant energy represented resistance to eruptive respectively shell A5 solar spherical spheroid spiral nebula star's summation surface through particle tangential components ticles tion UNIVERSITY OF CINCINNATI V₁ variable stars variation of light vector representation wave motion