The solar radius is approximately 695,700 kilometres (432,288 miles), which is about 10 times the average radius of Jupiter, 110 times the radius of the Earth, and 1/215th of an astronomical unit, the distance of Earth from the Sun. It varies slightly from pole to equator due to its rotation, which induces an oblateness of order 10 parts per million. (See 1 gigametre for similar distances.)
The SOHO spacecraft was used to measure the radius of the Sun by timing transits of Mercury across the surface during 2003 and 2006. The result was a measured radius of 696,342±65 kilometres (432,687±40 miles).
Haberreiter, Schmutz & Kosovichev (2008) determined the radius corresponding to the solar photosphere to be 695,660±140 kilometres (432,263±87 miles). This new value is consistent with helioseismic estimates, and the same study showed that previous estimates using inflection point methods had been overestimated by approximately 300 km.
How Beautiful it is When the Sun is Trying to Kill Us
The Aurora borealis is caused by the interaction of charged particles from the sun with the Earth's atmosphere, which leads to the release of energy in the form of light. This beautiful phenomenon is typically seen near the poles, and the colors of the aurora are determined by the gases present in the Earth's atmosphere.
Reference from Department of Physics at the University of Oslo.
#science #astronomy #cosmology #physics #astrophysics #spacetime #cosmos #universe #space #stargazing #galaxy #nebula #astronomer #telescope #nasa #esa #hubble #astronauts #blackhole #quantummechanics #quasars #pulsars #exoplanets #solarsystem #constellation #comet #meteor #planet #neutronstar
published: 11 Dec 2022
POV: SUN #planetballs
#shorts #earth #cartoon
published: 03 Apr 2023
SUN vs. The Largest Star In The Universe
SUN vs. The Largest Star In The Universe #shorts
Want To Own This Stars? Check Our New NFT Project: https://opensea.io/Bendu
Stephenson 2-18 ( RSGC2-18 / Stephenson 2-DFK 1 ), is a red supergiant (RSG) star within the open cluster Stephenson 2 located around 19,500 light years away in the constellation of Scutum.
Stephenson 2-18
Radius ~2,150 x Sun radius (1.495 billion km, 928 million mi)
Distance from the sun ~19,560 Light years
Luminosity ~440,000 Sun x Luminosity
Surface temperature ~2,900 °C (5,252 °F)
Mass unknown
Sun
Radius 695,700 km (432,287 mi)
Surface temperature ~5,500 °C (9,400 °F)
Luminosity 3.82×10^26 Watts
Mass 1.989 × 10^30 kg (4.38 × 10^30 lbs)
Video Details
Software: Blender 2.9
Render time: 20 Hours
Music: Music: "Documentary Background Epic Music by Infrac...
published: 31 Aug 2021
The Sun could destroy Earth in 2025. Seriously!
It's been a good run. The sun could cause some MAJOR damage to the Earth in 2025.
published: 19 Dec 2022
Earth Vs Jupiter's Magnetic field! #shorts #space #earth #jupiter
Earth Vs Jupiter's Magnetic field! #shorts #space #earth #jupiter
published: 16 Apr 2023
Planets vs Sun vs ??? - #shorts #viral
Who knew a 22-second short would be the most popular video on the channel? not me ofc
and yes guys i know its cosmic not interstellar radiation
Reference: Star Walk App
Music in the video: MTG (MALDICAO ETERNA 1.0) (SLOWED REVERB)
#yearofyou #earth #sun #magnet #magneticfield #solarsystem #astronomy #p...
The Aurora borealis is caused by the interaction of charged particles from the sun with the Earth's atmosphere, which leads to the release of energy in the form...
The Aurora borealis is caused by the interaction of charged particles from the sun with the Earth's atmosphere, which leads to the release of energy in the form of light. This beautiful phenomenon is typically seen near the poles, and the colors of the aurora are determined by the gases present in the Earth's atmosphere.
Reference from Department of Physics at the University of Oslo.
#science #astronomy #cosmology #physics #astrophysics #spacetime #cosmos #universe #space #stargazing #galaxy #nebula #astronomer #telescope #nasa #esa #hubble #astronauts #blackhole #quantummechanics #quasars #pulsars #exoplanets #solarsystem #constellation #comet #meteor #planet #neutronstar
The Aurora borealis is caused by the interaction of charged particles from the sun with the Earth's atmosphere, which leads to the release of energy in the form of light. This beautiful phenomenon is typically seen near the poles, and the colors of the aurora are determined by the gases present in the Earth's atmosphere.
Reference from Department of Physics at the University of Oslo.
#science #astronomy #cosmology #physics #astrophysics #spacetime #cosmos #universe #space #stargazing #galaxy #nebula #astronomer #telescope #nasa #esa #hubble #astronauts #blackhole #quantummechanics #quasars #pulsars #exoplanets #solarsystem #constellation #comet #meteor #planet #neutronstar
SUN vs. The Largest Star In The Universe #shorts
Want To Own This Stars? Check Our New NFT Project: https://opensea.io/Bendu
Stephenson 2-18 ( RSGC2-18 / Steph...
SUN vs. The Largest Star In The Universe #shorts
Want To Own This Stars? Check Our New NFT Project: https://opensea.io/Bendu
Stephenson 2-18 ( RSGC2-18 / Stephenson 2-DFK 1 ), is a red supergiant (RSG) star within the open cluster Stephenson 2 located around 19,500 light years away in the constellation of Scutum.
Stephenson 2-18
Radius ~2,150 x Sun radius (1.495 billion km, 928 million mi)
Distance from the sun ~19,560 Light years
Luminosity ~440,000 Sun x Luminosity
Surface temperature ~2,900 °C (5,252 °F)
Mass unknown
Sun
Radius 695,700 km (432,287 mi)
Surface temperature ~5,500 °C (9,400 °F)
Luminosity 3.82×10^26 Watts
Mass 1.989 × 10^30 kg (4.38 × 10^30 lbs)
Video Details
Software: Blender 2.9
Render time: 20 Hours
Music: Music: "Documentary Background Epic Music by Infraction " -
Infraction - No Copyright Music
SUN vs. The Largest Star In The Universe #shorts
Want To Own This Stars? Check Our New NFT Project: https://opensea.io/Bendu
Stephenson 2-18 ( RSGC2-18 / Stephenson 2-DFK 1 ), is a red supergiant (RSG) star within the open cluster Stephenson 2 located around 19,500 light years away in the constellation of Scutum.
Stephenson 2-18
Radius ~2,150 x Sun radius (1.495 billion km, 928 million mi)
Distance from the sun ~19,560 Light years
Luminosity ~440,000 Sun x Luminosity
Surface temperature ~2,900 °C (5,252 °F)
Mass unknown
Sun
Radius 695,700 km (432,287 mi)
Surface temperature ~5,500 °C (9,400 °F)
Luminosity 3.82×10^26 Watts
Mass 1.989 × 10^30 kg (4.38 × 10^30 lbs)
Video Details
Software: Blender 2.9
Render time: 20 Hours
Music: Music: "Documentary Background Epic Music by Infraction " -
Infraction - No Copyright Music
The Aurora borealis is caused by the interaction of charged particles from the sun with the Earth's atmosphere, which leads to the release of energy in the form of light. This beautiful phenomenon is typically seen near the poles, and the colors of the aurora are determined by the gases present in the Earth's atmosphere.
Reference from Department of Physics at the University of Oslo.
#science #astronomy #cosmology #physics #astrophysics #spacetime #cosmos #universe #space #stargazing #galaxy #nebula #astronomer #telescope #nasa #esa #hubble #astronauts #blackhole #quantummechanics #quasars #pulsars #exoplanets #solarsystem #constellation #comet #meteor #planet #neutronstar
SUN vs. The Largest Star In The Universe #shorts
Want To Own This Stars? Check Our New NFT Project: https://opensea.io/Bendu
Stephenson 2-18 ( RSGC2-18 / Stephenson 2-DFK 1 ), is a red supergiant (RSG) star within the open cluster Stephenson 2 located around 19,500 light years away in the constellation of Scutum.
Stephenson 2-18
Radius ~2,150 x Sun radius (1.495 billion km, 928 million mi)
Distance from the sun ~19,560 Light years
Luminosity ~440,000 Sun x Luminosity
Surface temperature ~2,900 °C (5,252 °F)
Mass unknown
Sun
Radius 695,700 km (432,287 mi)
Surface temperature ~5,500 °C (9,400 °F)
Luminosity 3.82×10^26 Watts
Mass 1.989 × 10^30 kg (4.38 × 10^30 lbs)
Video Details
Software: Blender 2.9
Render time: 20 Hours
Music: Music: "Documentary Background Epic Music by Infraction " -
Infraction - No Copyright Music
The solar radius is approximately 695,700 kilometres (432,288 miles), which is about 10 times the average radius of Jupiter, 110 times the radius of the Earth, and 1/215th of an astronomical unit, the distance of Earth from the Sun. It varies slightly from pole to equator due to its rotation, which induces an oblateness of order 10 parts per million. (See 1 gigametre for similar distances.)
The SOHO spacecraft was used to measure the radius of the Sun by timing transits of Mercury across the surface during 2003 and 2006. The result was a measured radius of 696,342±65 kilometres (432,687±40 miles).
Haberreiter, Schmutz & Kosovichev (2008) determined the radius corresponding to the solar photosphere to be 695,660±140 kilometres (432,263±87 miles). This new value is consistent with helioseismic estimates, and the same study showed that previous estimates using inflection point methods had been overestimated by approximately 300 km.
According to the paper, the white dwarf emits pulsed X-rays with a very soft spectrum, powered by accretion from the stellar wind of the subdwarf, which has a radius of about 1.08 solar radii and its mass is around 1.41 solar masses.
The star, which is located some 5,000 light years away, has an effective temperature of about 72,000 K and its mass is estimated to be 0.53 solar masses ... It has a radius of about 0.23 solar radii, while its mass is around 0.52 solar masses.
When it comes to the host star, HD 101581, it is a K dwarf with a radius of about 0.63 solar radii and a mass of around 0.74 solar masses ... multiple transiting planets with radii below 1.5 Earth radii.
According to the paper, these 23 YSOs showcase a wide spread of sizes, as their radii vary from 0.14 to 82.32 solar radii, while their masses are between 0.95 and 4.15 solar masses ... More information. NolanHabel et al, YoungStellar Objects in NGC 346.
The planet orbits its host every 8.32 days and was found to have a radius of approximately 0.77 Jupiter radii. The star TOI-837 is about the size of the sun, has a mass of about 1.14 solar masses, and its effective temperature is nearly 6,000 K.
... of the Corona of the sun) instrument will yield data as if it were aboard a single rigid spacecraft, opening up a previously elusive region of study between 3 and 1.1 solar radii out from the sun.
A total solar eclipse takes place on April 8 across North America... This means that we can observe the sun's faint corona with incredible clarity, from distances very close to the sun, out to several solar radii.
aeonWAVE / Shutterstock A total solar eclipse takes place on April 8 across North America... This means that we can observe the Sun’s faint corona with incredible clarity, from distances very close to the Sun, out to several solar radii.
Our modeling frameworks depend on an initial characterization of the CME closer to the Sun (within 20 solar radii) based on which the models project the CME parameters when it impacts Earth.”.
The finding was detailed in a research paper published March 12 on the preprint server arXiv ... The authors of the paper found that the detected eclipsing behavior is caused by this disk, which has a radius of approximately 3.3 solar radii ... Thomas M ... DOI.
... 80 Jupiter masses (0.012 and 0.076 solar masses) ... The newly detected brown dwarf is slightly smaller than Jupiter (0.95 Jupiter radii), but 69 times more massive than the solar system's biggest planet.
The astronomers estimate that TOI-1437 b has an equilibrium temperature of around 1,400 K as it orbits its host at a distance of some 4.43 solar radii from it ... It has a radius of about 0.83 solar ...
According to the study, the visible ELM WD has a radius of approximately 0.065 solar radii and its effective temperature is at a level of 27,330 K ... that it has a mass of about 0.71 solar masses.
... at a developed stage, when it appears in the field of view of special instruments, called coronagraphs, which create an artificial solar eclipse by occulting the solar disk by several of its radii.
... 1.65 Jupiter radii ... When it comes to the host stars of the newfound exoplanets, they have radii ranging from 0.84 to 2.19 solar radii, while their masses are between 0.9 and 1.57 solar masses.