It's videos like this that make me wish that I had access to a supercomputer so I could run sims to see if the gas giants were formed around the same time as the sun itself, and the sun just beat out the gas giants for enough gas for ignition. I'd also like to see what the sims would say for various sizes of rocky cores in the sun pre-ignition and how that would affect it's size and lifespan.
Sun is 99.8% of total mass of solar system. So it doesn't look like Sun had any competition even with rest of solar system combined. There was just too much gas in the area where Sun is and it collapsed under gravity to form star.
Hello Hellcat - you don't need a super-computer. My model, (see my comment above), can run on your PC or even your phone, and it will tell you that Jupiter formed around 3.8 to 4bln years ago - ie well after the formation of the Sun. A very interesting follow up question is "would the star have been shining then?", and the answer to that can only be found once we have more data. The star will be concentrating mass, and the planets will be forming as Planetesimals - we can accurately measure when the planetesimals combine - because we know when the Late Heavy Bombardment formed, but we don't know yet when the mass and pressure in the centre of the Sun was enough to kick off its Nuclear processes - to work this out you won't need a SuperComputer - you first need to know when the star kicked off - and that is a much harder question. I have been able to run the model you describe, (checking whether a star mass would out-compete the gravity of a massive planet), and I only have a 32 core i9 system - it takeds a while to run, but there is no way the sun can accrete material from an orbit as far out as Jupiter - the change in potential energy is just too great. What is more, I have analysed the orbits - and they are in stable equilibreum - so even if you gave Jupiter a massive shove, (like it would have received during the Late Heavy Bombardment), it would not fall in to the Sun, it would start to migrate back to its stable position. Hope this is interesting - please do check out my new theory - on the following link; ruclips.net/video/JEDZjf2Xbks/видео.html
My theory on how jupiter forms. It was once a Rogue Gas Giant that accidentally got caught on the Sun's gravitation pull. Jupiter's gravity causes the asteroid belt to be disturbed and collide into eachother. Forming the 3 rocky planets: Mercury, Venus, Earth, and Mars.
Also some said Jupiter doesn't have a core because it's made of gas but here it does...someone might wanna get some facts straight since there's seems to be a little disagreement.
Could you make the full episode of this available to other discovery+ platforms worldwide (or at least here on RUclips)? Two episodes on the UK version of Season 8, "How to Build A Planet" (which this clip is from, I believe) and "Moon" are not available to our discovery+ in the Philippines. I needed to rewatch them again. Thanks. :)
Hi People, im from jupiter) my planet is very big, We have 16000 different countries, and our People speak 13000 different languages) presinet of my counry is 5 legged dog, though my mom is a molecular formation, my dad has 3 bodies and his Name is Jeb)
@DLAnder yeah but you can't just change the angle of the telescope to whatever you want... Why take pictures of earth when it was already launched from there 😋
@@jeeperzcreeperzz is desperate Haha they won't turn it around because it's not really up there. Space doesn't exist. Hubble is actually SOFIA on a 747.
I can answer this question for you - how did Jupiter become the largest planet! I can answer it precisely. I have this weekend published a new theory which explains how stars and planets form - using classical thermodynamics to explain how material is accelerated to form any accretion disc. I have then used classical mechanics and analysis of the momentum within any accretion disc to predict the stable elliptical orbits, (their semi-major axes), mathematically. I have been able to check this data against the NASA Exoplanet Archive, and my theory predicts the data to within 5% accuracy, and within 1% accuracy for most systems, (Trappist-1 system being well within 1%, and also predicting the mass of the Trappist-1 planets astonishingly accurately as well). This theory for the first time explains how super-massive planets like Jupiter form, and also explains that there will have been a more-massive planet which would have formed at the same time as Jupiter, (I have calculated 2.52x the mass of Jupiter), which would have annihilated itself, leaving us with just the Late Heavy Bombardment, and an Asteroid Belt located precisely in the locus of the planet before it destroyed itself. The existence of this additional planet is proven via 2 unconnected routes, (one is mathematical, the other by extrapolating NASA exoplanet data). The theory also allows us to calculate the orbit of the innermost planet, from the orbits of the 2 outermost planets - and in our own solar system, we can calculate the orbit of Mercury using just data from the mass and semi-major axes of Uranus and Neptune; this not only supports the mass-equation, but also it proves that there is no hypothesized "Planet 9", outside the orbit of Neptune. As a by-product this theory also for the first time explains retrograde Exoplanets, and indeed predicted them - because this theory was written before I was aware they had even been observed); retrograde planets are currently impossible to explain! Please check out my full theory on the following You Tube link; ruclips.net/video/JEDZjf2Xbks/видео.html And the full text and mathematical derivations for my theory are downloadable as links in the You Tube video page. Whilst the theory is long and detailed, (and written for non-scientists as well as scientists); the summary is only 14 pages, whilst the full theory and derivations are 168 pages - if you want the answer to the question in this video - it is here!!! Hope this is interesting for you !!
Pebbles. Really? This video didn't explain why Jupiter is the size it became. Was it just by chance or was it that planet bodies formed in that particular orbit for the Sun's mass will nearly always form a massive planet like Jupiter. Jupiter's size is either because of orbital mechanics or there was a chance event (planetary collision) which would explain Jupiter's size.
it explained it , Jupiter was one of the first few planets that was formed , so it was able to grab a lot of gases before it escaped the solar system and became a gas giant.
![Collisions of the Early Solar System [4K]](http://i.ytimg.com/vi/5cw0dO5RF-8/mqdefault.jpg)
Jupiter: I'm not fat. I'm just gassy
All about that methane life 😎
Jupiter isn't fat, it just has big pebbles.
It's videos like this that make me wish that I had access to a supercomputer so I could run sims to see if the gas giants were formed around the same time as the sun itself, and the sun just beat out the gas giants for enough gas for ignition. I'd also like to see what the sims would say for various sizes of rocky cores in the sun pre-ignition and how that would affect it's size and lifespan.
Sun is 99.8% of total mass of solar system. So it doesn't look like Sun had any competition even with rest of solar system combined. There was just too much gas in the area where Sun is and it collapsed under gravity to form star.
Hello Hellcat - you don't need a super-computer. My model, (see my comment above), can run on your PC or even your phone, and it will tell you that Jupiter formed around 3.8 to 4bln years ago - ie well after the formation of the Sun. A very interesting follow up question is "would the star have been shining then?", and the answer to that can only be found once we have more data. The star will be concentrating mass, and the planets will be forming as Planetesimals - we can accurately measure when the planetesimals combine - because we know when the Late Heavy Bombardment formed, but we don't know yet when the mass and pressure in the centre of the Sun was enough to kick off its Nuclear processes - to work this out you won't need a SuperComputer - you first need to know when the star kicked off - and that is a much harder question.
I have been able to run the model you describe, (checking whether a star mass would out-compete the gravity of a massive planet), and I only have a 32 core i9 system - it takeds a while to run, but there is no way the sun can accrete material from an orbit as far out as Jupiter - the change in potential energy is just too great. What is more, I have analysed the orbits - and they are in stable equilibreum - so even if you gave Jupiter a massive shove, (like it would have received during the Late Heavy Bombardment), it would not fall in to the Sun, it would start to migrate back to its stable position. Hope this is interesting - please do check out my new theory - on the following link;
ruclips.net/video/JEDZjf2Xbks/видео.html
My theory on how jupiter forms. It was once a Rogue Gas Giant that accidentally got caught on the Sun's gravitation pull. Jupiter's gravity causes the asteroid belt to be disturbed and collide into eachother. Forming the 3 rocky planets: Mercury, Venus, Earth, and Mars.
They said pebbles way to many times for my liking in this video.
4:24 it looks like po just used the wuxi finger hold on tai lung
In summary: Pebbles
Time to feed Jupiter more pebbles!
Jupiter is my favorite planet other than Mars.
Thank you Jupiter.
So i searched how Jupiter was formed and what i got from the video...is that pebbles is Jupiter's favorite food.
Also some said Jupiter doesn't have a core because it's made of gas but here it does...someone might wanna get some facts straight since there's seems to be a little disagreement.
1963 was a very cold winter while Jupiter was at relatively close range from the earth, is there a connection?
No. And I'm pretty sure it was summer in the other hemisphere of Earth and it's not winter everywhere else.
Until the next theory comes out this is what we are expected to believe, scientists
awesome
Could you make the full episode of this available to other discovery+ platforms worldwide (or at least here on RUclips)? Two episodes on the UK version of Season 8, "How to Build A Planet" (which this clip is from, I believe) and "Moon" are not available to our discovery+ in the Philippines. I needed to rewatch them again. Thanks. :)
When a 4 million sub channel has a video under 30k views
Another episode of "We don't know it yet but we are researching."
That's funny because when you look up into the night sky all the visible wandering stars (or "planets" baha) look the same size.
Hi People, im from jupiter) my planet is very big, We have 16000 different countries, and our People speak 13000 different languages) presinet of my counry is 5 legged dog, though my mom is a molecular formation, my dad has 3 bodies and his Name is Jeb)
😂😂these animations are funny af. These people acting like they were there hahah
@DLAnder yeah but you can't just change the angle of the telescope to whatever you want... Why take pictures of earth when it was already launched from there 😋
@@jeeperzcreeperzz is desperate
Haha they won't turn it around because it's not really up there. Space doesn't exist. Hubble is actually SOFIA on a 747.
@@jacobshexladder desperate? Wtf are you talking about
@@jeeperzcreeperzz is confused again
Makes sense
@DLAnder dude there are other pictures of earth besides ones from the hubble telescope 😂😂😂 ur pretty ignorant
Jupiter and Mercury formed elsewhere and sent into our solar system as an alien planets.
Our ancestors the primal homosapiens created mars when they threw there poopy at it we all k ow this just like we all know that the earth is flat 😂
We can't always explain things in our very limiting linear time frame.
Wow 😱
So what you are saying is all I need to get taller is gain mass rapidly. Can't wait to be 8'2 750
Why is Nazir from Skyrim voicing this documentary?
So basically agar.io in real life
I can answer this question for you - how did Jupiter become the largest planet! I can answer it precisely.
I have this weekend published a new theory which explains how stars and planets form - using classical thermodynamics to explain how material is accelerated to form any accretion disc. I have then used classical mechanics and analysis of the momentum within any accretion disc to predict the stable elliptical orbits, (their semi-major axes), mathematically. I have been able to check this data against the NASA Exoplanet Archive, and my theory predicts the data to within 5% accuracy, and within 1% accuracy for most systems, (Trappist-1 system being well within 1%, and also predicting the mass of the Trappist-1 planets astonishingly accurately as well).
This theory for the first time explains how super-massive planets like Jupiter form, and also explains that there will have been a more-massive planet which would have formed at the same time as Jupiter, (I have calculated 2.52x the mass of Jupiter), which would have annihilated itself, leaving us with just the Late Heavy Bombardment, and an Asteroid Belt located precisely in the locus of the planet before it destroyed itself. The existence of this additional planet is proven via 2 unconnected routes, (one is mathematical, the other by extrapolating NASA exoplanet data). The theory also allows us to calculate the orbit of the innermost planet, from the orbits of the 2 outermost planets - and in our own solar system, we can calculate the orbit of Mercury using just data from the mass and semi-major axes of Uranus and Neptune; this not only supports the mass-equation, but also it proves that there is no hypothesized "Planet 9", outside the orbit of Neptune. As a by-product this theory also for the first time explains retrograde Exoplanets, and indeed predicted them - because this theory was written before I was aware they had even been observed); retrograde planets are currently impossible to explain! Please check out my full theory on the following You Tube link;
ruclips.net/video/JEDZjf2Xbks/видео.html
And the full text and mathematical derivations for my theory are downloadable as links in the You Tube video page. Whilst the theory is long and detailed, (and written for non-scientists as well as scientists); the summary is only 14 pages, whilst the full theory and derivations are 168 pages - if you want the answer to the question in this video - it is here!!! Hope this is interesting for you !!
Pebbles pebbles, pebbles pebbles pebbles, pebbles pebbles. Pebbles pebbles pebbles!
Show where did the pebbles Come from
I was wondering what happened to her eyes
Then you realize our sun is a small star
What if Jupiter and earth swore places
It’s all speculation. We will probably never know!
How funny to have a very detailed documentary but ends just a crap...after all its just theories
What if Earth into the swap places
First🙋🏽♂️
Why is Jupiter a planet if it does not have a surface???
👍
Pebbles. Really? This video didn't explain why Jupiter is the size it became.
Was it just by chance or was it that planet bodies formed in that particular orbit for the Sun's mass will nearly always form a massive planet like Jupiter. Jupiter's size is either because of orbital mechanics or there was a chance event (planetary collision) which would explain Jupiter's size.
it explained it , Jupiter was one of the first few planets that was formed , so it was able to grab a lot of gases before it escaped the solar system and became a gas giant.
10
I'm sick of pebbles
Second
🐣🐣🐣
Sci-fi
Third
Jupiter is a failed star
It's not
Excuse yourself
Ugh... even the planets are selfish
Every thing is selfish
Zzzzzzzz
All lies.. you have no dam idea how. That's it a guess.
Third
ruclips.net/video/uAYq2PffA0c/видео.html