Like the QRP in Facebook!
 altitude archaeoastronomy Astronomy azimuth azimuthangle coordinate system binding energy brightness celestial equator classical mechanics collapse conjunction coordinate system Copernicus crosssection declination deferent ecliptic elongation epicycle equatorial coordinate system equinox escape velocity formulae Galileo geocentric gravitational constant gravitational potential energy gravity greek astronomy Heisenberg uncertainty principle heliocentric Hipparcus HUP hydrostatic equilibrium Isaac Newton KelvinHelmholtz timescale Kepler Kepler's Laws kinetic energy luminosity MaxwellBoltzmann distribution mechanical energy meridian mometum Nebra skydisk neutrino Newton's laws opacity opposition Planck's constant Plato position precession proper motion Ptolemy pyramids Pythagoras radial velocity radiation pressure Rayleigh criterion resolution right ascension sidereal period sidereal time skydisk solar time solstice standard deviation stonehenge synodic period tangential velocity transverse velocity Tycho Brahe Virial theorem zenith

Recent Posts
Meta
Tag Archives: MaxwellBoltzmann distribution
Hydrostatic Equilibrium
The internal structure of stars cannot be directly observed (an exception is neutrino emission from the stellar core, since neutrinos have a hard time interacting with… anything else, they are not blocked by the upper layers of the stellar body), … Continue reading
Posted in Uncategorized
Tagged BoseEinstein distribution, bosons, FermiDirac distribution, fermions, gas pressure, hydrostatic equilibrium, ideal gas, internal structure of stars, mass conservation equation, MaxwellBoltzmann distribution, mean molecular weight, pressure gradient, radiation pressure, star model, total pressure
1 Comment