IF -226.2 °C = -374.8 °F = 47 K =.06383 mm in infrared wavelength = 4.7 THz peak
aphelion farthest from the sun between Orion & Taurus
perihelion closest to the sun in Serpens/Ophiuchus/Libra
some people miss having nine planets & it g…
IF -226.2 °C = -374.8 °F = 47 K =.06383 mm in infrared wavelength = 4.7 THz peak
aphelion farthest from the sun between Orion & Taurus
perihelion closest to the sun in Serpens/Ophiuchus/Libra
some people miss having nine planets & it got a catchy name,
this give pundits, fearmongers & Wikipediots a title for an article & SEO
those who agree with the IAU by displacing Pluto as the ninth planet like this as well
& pluto killer Mike Brown is familiar to those with a casual interest in planetary astronomy.
disk evolution in a mature solar system produces a small number of "relatively" large bodies
(planets) with non-intersecting non resonant orbits that effectively prevent collisions since if it didn't , they would not exist! see also asteroid belt
Neptune's DOMINANT gravity over Pluto's orbit that crosses it with a 3:2 mean motion resonance
makes pluto a non planet & residual perturbations in Neptune's orbit proved to be an error in
estimating planets sizes
Planet Nine "passes" the mass vs distance calculation for a planet "mostly" on an estimate
without observations
planet 9 is NOT like the discovery of a new continent on Earth, its like confirming a 100 foot Atlantis because of ripples in the ocean
If planet 9's perihelion closest to the sun is 200 AU or more any probe would take 45 years to
get to it , & its effect on Earth less than all of the other planets combined & they cause a .01 mm
change in a 30 foot tall high tide
All objects with a temperature above absolute zero radiate some energy.
As the temperature of an object increases, the amount of radiation it emits also increases,
and the average wavelength of the emitted radiation decreases. & so does its peak wavelength
2.9 x 10 ^ 6 Kelvins per nanometer or Wavelength in nanometers = 3000000 / Coler temp
is how we get Kelvin
The surface temperature of the sun is about 5780 degrees Kelvin,
the peak intensity of solar radiation is about 501 nanometers,
whi..
