Awesome! Really illustrates how hard it is to fully comprehend the sizes and distances at play in astronomy. I particularly liked the parts that showed Pluto and Charon's relationship, and the segment that showed how long a portion of the journey through the solar system at light speed would actually take. Good stuff!
the sun is small, only if you look it from earth OR pluto and further planets/dwarf planets. if you look it from haumea, its extremely small. (or like a small yellow dot)
That's because the sun is really far away but if you look at the sun on Mercury. You would obviously die but you would also see that the sun is extremely huge
From other life forms' perspective (or likely perspective) our sun is one of those tiny stars that are just filler in a field of stars. It doesn't make up one of those stars that make up constellations...most likely.
Very good illustrations and really interesting. Only thing is you don't leave enough time to read to grasp and understand the facts that you're stating.
Hard to read AND PROCESS the info. We want to read it, process it, and then go WOW. In other words, slow it down a bit. This video probably should've been a minute longer, give or take.
A star is a luminous ball of gas, mostly hydrogen and helium, held together by its own gravity. Nuclear fusion reactions in its core support the star against gravity and produce photons and heat, as well as small amounts of heavier elements. The Sun is the closest star to Earth.
Of all these planetary bodies, earth is the only one that supports life.none of the others has oxygen or any water.even the astronauts going to space will still require to carry enough oxygen that will sustain them from here (earth).so lets all do our very best to protect and preserve our precious planet earth.because there is no other option planet for us.
Dwarf planet in Solar system is Pluto,Eris,Varuna,Orcus,Ceres,Makemake,Sedna,Salacia,Haumea And moons: Pluto moon Charon,Nix,Styx,Keberos,Hydra Eris moon Dysnomia Makemake moon S/2015(136472)1 Sedna not moon Varuna not moon Salacia moon Actaea Orcus moon Vanth Haumea moon Namaka,Hi'iaka Ceres not moon
Bodies that met the first proposed definition but not the second, such as Ceres, were instead classified as dwarf planets. Ceres is the largest object in the asteroid belt. It is sometimes assumed that Ceres has been reclassified as a dwarf planet, and that it is therefore no longer considered an asteroid.
A star is a luminous ball of gas, mostly hydrogen and helium, held together by its own gravity. Nuclear fusion reactions in its core support the star against gravity and produce photons and heat, as well as small amounts of heavier elements. The Sun is the closest star to Earth.
A star is a luminous ball of gas, mostly hydrogen and helium, held together by its own gravity. Nuclear fusion reactions in its core support the star against gravity and produce photons and heat, as well as small amounts of heavier elements. The Sun is the closest star to Earth.
The sun is classified as a G-type main-sequence star, or G dwarf star, or more imprecisely, a yellow dwarf. Actually, the sun - like other G-type stars - is white, but appears yellow through Earth's atmosphere. Stars generally get bigger as they grow older.
The sun is classified as a G-type main-sequence star, or G dwarf star, or more imprecisely, a yellow dwarf. Actually, the sun - like other G-type stars - is white, but appears yellow through Earth's atmosphere. Stars generally get bigger as they grow older.
