It missed one point, Jupiter would effectively be replaced by the black hole which is at least 3 times the mass of the sun. Jupiter would have almost negligable effect on the mass and velocity of the black hole, it would carry on as before and its gravity would accelerate or "slingshot" the much lighter sun like a child throwing a toy. Depending on where Earth is in its orbit, even if it wasn't swallowed, it might be thrown out of solar orbit into outer darkness.
Your thumbnail caption for this video asks, "Would the Galaxy Survive?" -- On galactic scale, the effect of everything shown in the video would be far less than a pinprick. We would be in deep doo-doo, but the galaxy wouldn't care less. You're only off by a scale of a bazillion to one.
Since the gravity of Jupiter stabilizes the orbits of all the planets, if Jupiter got eaten by a black hole, it would be very bad for the rest of the solar system.
One of my Best and favorite Science Fiction Chanel .For i long time am watching you and its inspired me to do best like this ,and I believe in that i will do that ..................god bless you...
Can you make a what if video about something that hasn't been done before? I love the planets and black holes but make something new. You're not tired of planets colliding with black holes?
MY OPINION..This could be the reason the Sun or the Earth is tilted so far now the Sun as we see it, now sits sideways no matter what the season and rises farther to the north in one week of movement that I used to see in a month. The Earth is spinning around in a very bad wobble because of the event I believe something cause this and this is a biblical event. This comment. Not for flat Earth people.
I think Gas & Ice Giants are truly more terrifying than Black Holes, at least you might survive a Black Hole. You really don't stand any chance of surviving a Gas Giant.
@Aman Pasrija how could anyone know I'm just saying there could be a possibility of surviving one because we just do not know but could be theoretically possible.
A black hole that mass would just stay in the orbit it was placed in. It can and will disrupt the orbits of other objects, but the point is what when say we turn the moon into a black hole, it will just remain like the moon was, it would not be of an effect to us save for the tides being more janky at times. For a blackhole to grow bigger, it needs to devour a LOT of things, and Jupiter is chonky, but not chonky enough to make that blackhole a danger to us, in fact it could even be a better asteroid absorber. We may lose a planet or two, from being ejected but the blackhole will not directly affect us. ( remains in the orbit its stationed in, ergo 5th planet from the sun.) I think the biggest worry we have is not the black hole itself but the Kuiper and Oort clouds total disruption, those space ice cubes are the size of city blocks and sometimes even bigger, that is a REAL worry before we ever get to see that pretty accretion disc. I really loved science and physics, still fun though!
I would love a what if about what would happen if every star except for our home system star, went supernova all at once, what the effect would possibly be for us
If every star in the universe except for our home system star were to go supernova all at once, the effects on Earth and humanity would be catastrophic. Radiation: The supernovae would release an enormous amount of radiation, including gamma rays, X-rays, and ultraviolet radiation. This radiation would be harmful to life on Earth, damaging DNA and causing mutations that could lead to cancer or other diseases. Debris: The explosion of stars would also produce a massive amount of debris, including gas, dust, and heavy elements. This debris would be ejected into space at high speeds and could collide with Earth, potentially causing damage to infrastructure and threatening the survival of life on the planet. Climate Change: The supernovae could also have an impact on the Earth's climate, as the debris ejected into space would block some of the sun's rays, causing a cooling effect that could last for several years. This could lead to crop failures and famine, as well as changes to weather patterns. Impacts on Astronomy: The sudden disappearance of nearly every star in the universe would have a significant impact on astronomy, as it would make it much more difficult to study the universe and understand its origins and evolution. Psychological Impact: The loss of all other stars in the universe would have a profound psychological impact on humanity. The night sky, which has inspired wonder and awe for millennia, would be forever changed, leaving a sense of isolation and loneliness that could havelong-term effects on human psychology and culture. It is important to note that such an event is highly unlikely to occur naturally, as the timing of supernovae is unpredictable and occurs on a timescale of millions of years. Additionally, the vast distances between stars in the universe mean that the effects of a supernova on Earth are typically limited to a relatively small area around the star. In summary, if every star in the universe except for our home system star were to go supernova all at once, the effects on Earth and humanity would be catastrophic, with potentially long-lasting impacts on human psychology and culture. However, such an event is highly unlikely to occur naturally and is purely hypothetical.
Here are some possibilities for what might happen if a black hole consumed a super giant diamond planet: • The diamond planet would be shredded and ripped apart by the black hole's intense gravitational tidal forces as it approached. The planet's normal planetary structure would be completely distorted and destroyed. • The diamond material would be absorbed into the black hole in small chunks and fragments as it is torn apart. Since diamonds are simply carbon atoms arranged in a particular structure, the individual carbon atoms would be drawn into the black hole. • As the diamond material crosses the black hole's event horizon, it would become trapped within the black hole forever, unable to escape. The matter itself would not significantly alter the mass or properties of the black hole. • Some radiation might be emitted as the diamond matter is compressed and accelerated near the event horizon of the black hole. This could produce bursts of x-rays or gamma rays, but the radiation output would likely remain relatively small compared to the black hole's overall output. • Over extraordinarily long timescales, the flow of additional carbon atoms into the black hole from the diamond planet could potentially increase its mass very slowly. However, compared to its already massive size, the addition of one diamond planet would have a negligible effect. • Since diamonds are an extremely compact form of matter, the black hole would actually gain mass more efficiently from consuming the diamond planet compared to a normal rocky planet of the same size. But again, the overall impact would be tiny compared to the black hole's total mass. In summary, while a super giant diamond planet would be completely destroyed and absorbed by a black hole, the matter itself would have a negligible impact on the black hole's overall properties and radiation output due to the tremendous mass of even a relatively small black hole. The event would primarily illustrate the unimaginable power of black holes to shred and consume even the most resilient materials in the universe.
I would like you to tell me what would happen if the whole world, that is, all the human beings in the universe, would change something in our body or if something would happen, please answer me😢
If Jupiter collided with the largest known exoplanet, HD 100546b, the results would be catastrophic and spectacular: • HD 100546b is estimated to be at least 10 times more massive than Jupiter. So in a head-on collision, Jupiter would likely be completely destroyed and torn apart. Its core may potentially survive. • The collision would release a huge amount of gravitational and kinetic energy. The combined planets would heat up tremendously during the impact, potentially becoming as hot as stars for a brief time. • Vast amounts of material from both planets would be ejected at high velocities, forming an enormous debris disk around the collision remnant. This material could potentially accrete into new planetary bodies over time. • The collision would likely set off massive shock waves that would propagate through both planets, distorting and disrupting their internal structures. This could cause huge eruptions of material from their atmospheres. • HD 100546b would be significantly disrupted by the impact but would likely survive in some form. However, its rotation, atmospheric composition and magnetic field would likely be vastly altered. • The collision remnant leftover would be a huge, hot, highly distorted planet with chaotic short-term dynamics as material settled down into a more stable configuration. Over millions of years, it may regain some stability. In summary, a collision between Jupiter and HD 100546b would result in the complete destruction of Jupiter and the severe disruption of the more massive exoplanet. However, some cores and remnants may survive along with a huge amount of debris. The collision would release extraordinary amounts of energy and material while transforming the dynamics and long-term stability of the planetary system. It would truly be a cataclysmic event on a cosmic scale.
Here are some possibilities if the Sun and Moon orbited around Earth instead of the other way around: • The Sun: The Sun would appear much larger in the sky, changing the intensity and spectrum of sunlight reaching Earth's surface. This could make conditions too hot for life. The Sun's gravitational pull would cause high tides in Earth's oceans, atmosphere and interior, generating immense tidal forces that could tear Earth apart. The Sun's orbital period would be very short, so days and years would be measured in hours instead of the current 24 hours and 365 days. • The Moon: The Moon would also appear much larger in the sky, significantly altering the tides, Earth's rotation and geology. Months would be much shorter. The Moon's closer proximity could gravitationally lock it into an orbit where the same side always faces Earth, similar to how one side of the Moon always faces the Earth now. The Moon's gravity could disturb Earth's crust, mantle and core dynamics much more than the current Moon does. This could intensify volcanic and earthquake activity. • Effects on Life: If Earth could even retain an atmosphere and liquid water with the Sun and Moon orbiting it, extreme changes in the light, temperature and tidal forces would make conditions inhospitable for current life on Earth. In summary, if the Sun and Moon orbited Earth instead of the reverse, the gravitational, tidal and luminous effects on our planet would likely be catastrophically disruptive. Extreme temperature fluctuations, tidal forces and geological disturbances would probably render Earth inhospitable for current life as we know it. The stability of our current solar system, with the much larger and more massive Sun at the center and smaller objects orbiting it, is crucial to allowing habitable conditions to develop and persist on our planet.
Can somebody explain something...if we are travelling through space, how is it we can point to constellations in the same place like the big dipper etc etc?
Same reason why earth isn't getting sucked towards the sun right now With the right velocity and distance you will orbit something instead of falling into it
Here are some possibilities if the Sun and solar system suddenly left the Milky Way galaxy: • Loss of stars: The solar system would lose the other ~100-400 billion stars in the Milky Way. Earth's view of the night sky would be completely empty and dark. • Isolation: The solar system would become extremely isolated from other star systems. There would be no potential for future contact, exploration or colonization of other stars. • Loss of dust and gas: The supply of cosmic dust and gas that occasionally falls into the solar system, fueling comet and asteroid formation, would cease. New comets and asteroids may stop forming. • No supernovae: Without other stars, there would be no nearby supernovae. These explosions seed the universe with heavy elements through nucleosynthesis, so our supply of elements beyond iron may run out over time. • Reduced radiation: The solar system is bathed in radiation from other stars and the Milky Way. Without this radiation, Earth's biosphere may be affected andmutation rates could decrease. • Unchanged solar conditions: The sun itself would continue shining and fusing hydrogen for billions of years unaffected. The solar system's own orbitwould not change. • Lost information: Astronomers would lose the ability to study other galaxies, stars, and phenomena beyond the solar system. Our knowledge of the universe would remain limited to our local region alone. In summary, if the solar system left the Milky Way, the major consequence would be intense isolation. We would lose access to other stars, phenomena, resources, and information in the galaxy. However, solar conditions themselves would likely remain unchanged for billions of years. The consequences for Earth and our ability to explore and understand the cosmos would likely be profound and limiting.
inside a blackhole is indeed a singularity and there are many theories on what u would find in a singularity. It seems stupid but a singularity could be like a wormhole to a different area
You're not far off in my opinion I believe the Sun or the Earth magnetically is about to flip over physically because the sun is acting crazy in the last couple of years even worse this year
Here are some possibilities if the Sun started orbiting Stephenson 2-18 (instead of the current situation with Earth and the solar system orbiting the Sun): • Instant Extinction: Stephenson 2-18 is a brown dwarf star estimated to be only 5-10% the mass of our Sun. If the Sun suddenly started orbiting it, the gravitational disruption would instantly rip apart all of the planets in the solar system. Life on Earth would face immediate extinction. • Severe Climate Changes: Even if Earth somehow survived the initial orbital transition, being located much closer to the small, dim Stephenson 2-18 would cause extreme changes to our climate. Temperatures would plummet, liquid water may disappear, and the atmosphere could potentially freeze out or erode away. • Loss of Solar Energy: Stephenson 2-18 emits very little light compared to the Sun, so Earth would receive significantly less solar energy. Photosynthesis may cease, eliminating the base of the food chain and ecosystem function. • Orbital Instability: The Sun and its planets were not designed to orbit Stephenson 2-18. The new orbits would likely be unstable and subject to gravitational interference. Planets could be flung into interstellar space. • Tidal Forces: Stephenson 2-18's significantly weaker gravity would mean reduced tidal forces that currently stabilize Earth's rotation and axial tilt. Our days, seasons and year lengths could become erratic and extreme. In summary, if the Sun started orbiting Stephenson 2-18 instead of the reverse, the immediate and catastrophic consequences would likely spell the Swift end of all life on Earth and a complete restructuring of the solar system. At best, Earth might survive in a severely inhospitable and unstable state struggling to maintain any semblance of its current climate and conditions. The scale of disruption from such a major reconfiguration of our orbital architecture demonstrates just how perfectly tuned the current solar system is to support life on Earth.
@@ReplyGPT Stephenson 2-18 is the largest star in the universe and is 2,150x the size of the sun meaning it's gravity is so strong it will probably push the sun and the 9 planets into the red hypergiant star you are right about most of it but Stephenson 2-18 is not as bright as our sun aswell
@@ralphscholz9533 A couple of years ago a couple of British Scientists wrote a paper theorizing that there msy be a primordial black hole in the Ort Cloud around the size of a tennis ball. You can probably Google thos and fond lots pf info on it.
@@ralphscholz9533 Actually there is a lower limit, stars below a certain mass (3-5 solar masses) would never collapse into a black hole. That's why there are white dwarves and neutron stars.
Why it always gotta be New York that gets bombarded all the time? First few asteroids we saw was clearly going for Saudi Arabia. They got all that oil, would be more catastrophic.
It's time for one of the biggest battles our Solar System has ever seen. In this corner, a gas giant and heavyweight, Jupiter. And in this corner, an infinitely small but truly terrifying black hole. What would happen to these rivals as they hurtled toward each other? Why would this event cause Earth to be bombarded by asteroids? And would it be game over for our Solar System?
Ok now just imagine that an astronaut from NASA or ISRO or of any company went into the space and they cross the Exosphere and saw a massive black hole 💀
Here are some possible consequences if animals suddenly gained human-level intelligence: • Changed Relationships - Our relationships with animals would change dramatically. They would likely demand more equitable treatment and rights. There may need to be renegotiation of things like domesticated animals, medical testing, and zoos. • New Ethical Considerations - New ethical questions would arise regarding how to treat intelligent animals in morally appropriate ways. Issues like animal rights, welfare, and autonomy would become significantly more complex. • Increased Environmental Awareness - Intelligent animals may gain a greater understanding of environmental issues and even cooperate with humans to solve problems like climate change, habitat loss and overexploitation of resources. • Risk of Conflict - There is a possibility of conflict between humans and newly intelligent animals over resource use, territory and competing needs. Careful negotiation and ethical frameworks may be needed to avoid escalation. • Shift in Ecosystems - The introduction of intelligence and technology use across multiple animal species could reshape existing ecosystems in unpredictable ways. Intelligent predators may exploit or disrupt trophic levels. • Potential Coexistence - With open communication and cooperation, humans and intelligent animals may find ways to coexist in more equitable and mutually beneficial arrangements that satisfy the needs of both. But this would require considerable change on both sides. • Shift in Human Uniqueness - The rise of intelligent animals would challenge humanity's perceived uniqueness as the planet's sole intelligent species. Our understanding of human nature may need to adapt. In summary, if animals suddenly gained human-level intelligence, there would undoubtedly be many disruptive changes initially. However, over time, with openness, ethical consideration and compromise, humans and intelligent animals may find ways to thrive together through more equitable and cooperative relationships that satisfy the needs of all. The rise of intelligent animals would likely require a profound change in how humans view ourselves and our place within the natural world.
Bruh I remember one time Superboy got too close to a black hole and he could barely escape it. Facts bruh. He just barely made it but you could tell he wuz scared.
This is equivalent to asking if you spit on the ocean could cause a global tsunami. I'm going to tolerate this level of stupidity because this channel is fun to watch sometimes.
Here are some possibilities if Earth and the other rocky planets (Mercury, Venus, Mars) were gaseous planets while the gas giants (Jupiter, Saturn, Uranus, Neptune) were rocky worlds: • No Earth-like Life: It is unlikely that Earth-like life as we know it could exist on gaseous planets. Even if they had a stable core and magnetic field, the environment would be inhospitable for complex carbon-based molecules and liquids. • Different Types of Life: Gaseous planets could potentially support exotic types of life based on different chemical compositions that can exist as gases. But such life would likely be radically different from what we know. • Gas Giants as Habitable Worlds: The rocky gas giants, being smaller and closer to their stars, could potentially support Earth-like life if they had atmospheres, water and plate tectonics. They could be hotter versions of Earth. • Reduced Resources: Rocky gas giants would likely have less abundant metal and mineral resources than the actual gas giants. However, they could still have more than Earth and our rocky neighbors. • Different Orbital Stability: The reconfigured systems may have different long-term orbital stability depending on the mass and gravitational influences of the worlds. Some gaseous Earth-sized planets could be stable habitats. • Different astrobiology: The distribution of rocky vs. gaseous planets in different systems across the Universe would be reversed. This could significantly change the potential for habitable worlds and the prevalence of different types of life. In summary, if Earth and the rocky planets were gas giants while the gas giants were rocky worlds, the potential for Earth-like life and habitable worlds would likely be reversed. Gaseous Earth-sized planets could still potentially support exotic non-carbon-based life, while the smaller rocky gas giants may be analogous to hotter, resource-poor versions of Earth. The whole astrobiological picture in the Universe would likely look quite different.
If a black hole the size of a penny collided with the Earth: • The effects would be catastrophic and instantaneous. The Earth would be ripped apart before we even detected the black hole's presence. • The black hole would pass right through the Earth's core without resistance due to its extreme density. It would gravity pull vast amounts of the Earth's material into it as it passes through. • The gravitational tidal forces of the black hole would completely shred the Earth's crust, mantle and anything on the surface. Continents would break apart and all life would be instantly destroyed. • The black hole would leave a tunnel through the center of the Earth, with debris and material falling into it in an accretion disc-like fashion. It would likely gain a significant amount of mass by consuming the Earth. • The Moon's orbit would become unstable, and it would likely be pulled into the black hole along with much of the Earth's atmosphere still gravitationally bound to the planet. • As the black hole consumes the Earth, powerful bursts of radiation would be emitted, including potentially deadly gamma rays. This radiation could impact any surviving objects in near-Earth orbit. • The black hole would likely be ejected from the solar system at high speeds after consuming the Earth, going on to threaten other planets. But by that point the solar system as we know it would be forever altered. In summary, if a tiny black hole the size of a penny collided with Earth, the effects would be totally destructive. The gravitational tidal forces of the black hole would instantly rip our planet apart while pulling most of its mass into the black hole. Powerful radiation bursts could threaten near-Earth objects, and the black hole may ultimately destabilize the entire inner solar system. This scenario represents an extinction-level threat on a astronomical scale.
i was thinking that you clould maybe make a video about 'What if everybody had superhuman strenght' Think about it. It could have millions of views ALL AROUND the world
Sagittarius A* is a supermassive black hole at the center of the Milky Way galaxy. Here are some possibilities if Sagittarius A* suddenly started moving toward the solar system: • Instant Death: If Sagittarius A* were heading directly for the solar system, we would face instant annihilation. The black hole's tremendous gravitational pull would completely disrupt and destroy all the planets long before it arrived. We would never see it coming. • Orbital Capture: It's more likely that Sagittarius A* would capture the solar system into a new orbit around it. In this case: The solar system would become a satellite of the black hole, orbiting it many times per Earth year. Gravitational forces would increase tremendously, causing extreme tidal effects and geological upheaval on the rocky planets. Planets' orbits would likely become unstable and irregular, causing collisions and ejections from the system. Much of the outer solar system (Jupiter, Saturn etc.) may be ejected from orbit or pulled into the black hole. • Doom for Earth: Even if Earth somehow remained in a stable orbit, conditions would become impossible for life. Our orbit would be chaotic and irregular, average temperatures would rise as we moved closer to the black hole, and tidal forces wouldeventually tear apart the crust. • Brief Spectacle: As Sagittarius A* approaches the solar system at relativistic speeds, we may get a brief but spectacular show of high energy particles, jets, radiation and gravitational lensing effects before being ultimately consumed or disrupted. In summary, if the supermassive black hole Sagittarius A* at the center of the Milky Way started approaching our solar system, the likely outcomes are either instant destruction during a direct impact or a chaotic orbital capture that spells doom for life on Earth through tidal disruption,temperature extremes and irregular orbits. At best, we may get a fleeting front-row view of relativistic effects before the black hole's gravity tears our world apart.
The black hole will always win.. even the smallest black hole would destroy anything in its way. The biggest star in our galaxy couldn't beat the black hole.
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I love What If because it's literally just; "Short answer? Yes, we all die... Long answer-"
Help me please somebody
What If, ...
Everything that happens before we all die.
@@SilverLunarGoddess ..you go into your local cannabis shop and eat everything gummies and cookies 🤣
@@shushuyu Lol
@@shushuyu You now sometimes
You just can't resist...
What if Wild Suddenly gained human intelligence?
Very interesting would humans find a niche
Have he gone that before?
Then that species will become the second highly advanced civilization. (If humans let them **live** like a separate civilization )
Planet of the apes type stuff I'm sure
We might kill each other more
My brain hurts thinking about how dense a black hole is for it's size😅
Albino u be Alright
Size doesn't matter MasterOogWay 2069
I love how, I know what ultimately will happen but will still watch the entire video
Galaxy is really a mysterious topic
What if a new planet appeared to be 65% land and 35% water
Thats earth within a century 🥲
What if the Galactic Empire invaded Earth?
well. one word
death
Hitler would be made a joke compared to Palpatine
Airforce would shoot them down unless Palpatine just Alderaans our asses.
They might be able to save Jupiter "and Earth" from said black hole.
@Mister Midnight they'd probably put of a good fight with us if they don't immediately go for a death star
It missed one point, Jupiter would effectively be replaced by the black hole which is at least 3 times the mass of the sun. Jupiter would have almost negligable effect on the mass and velocity of the black hole, it would carry on as before and its gravity would accelerate or "slingshot" the much lighter sun like a child throwing a toy. Depending on where Earth is in its orbit, even if it wasn't swallowed, it might be thrown out of solar orbit into outer darkness.
Like a Saturn the rings like a black hole but don't so strong only asteroid it can eat not other planet.
Next episode should be 'What if the Second Coming of Jesus Christ happens tomorrow'..
That's what this is all about
I love science so much, and I love watching your videos 😊
I need help I'm very frustrated
@@timkz8098 Why?
It’s about time What If uploaded, I missed you guys these past couple of days!
What If: **Sees your comment**
Another amazing video from What If!
Imagine if this actually happened with Jupitar, it would be terrifying.
what u expect
Jupitard
I love jupitar
@@Oldmanofyourroofhe messed up ok! Stop mocking him !! 🤬
@@GalaxyGaming334they messed up too
Jupiter has it's great red spot like strom. Jupiter has low gravity but black holes has strong gravity than Jupiter. How awsome that is.
Your thumbnail caption for this video asks, "Would the Galaxy Survive?" -- On galactic scale, the effect of everything shown in the video would be far less than a pinprick. We would be in deep doo-doo, but the galaxy wouldn't care less. You're only off by a scale of a bazillion to one.
Black holes have atmospheres ? Wow a new thing learnt
Since the gravity of Jupiter stabilizes the orbits of all the planets, if Jupiter got eaten by a black hole, it would be very bad for the rest of the solar system.
Exactly! Jupiter is the big brother of our solar system. It protects us from cosmic bullies.
Black hole sure wil win 😮
Wow, very important content. What If 😊😊
One of my Best and favorite Science Fiction Chanel .For i long time am watching you and its inspired me to do best like this ,and I believe in that i will do that ..................god bless you...
Jupiter colliding with a Black Hole would throw the entire universe off gear.
Love what if videos❤❤
Now it’s a Jupiter hole ⚫️
Blackiter hole 🕳️
What if Jupiter wade as much as a black hole
Oooooo!!!!!!! I LOVE WHAT IF!!!!!
0:00- What if Jupiter Collided With a Black Hole?
0:46- Jupiter
1:28- Black Holes
3:56- Oorth Cloud
5:18- Black Hole VS Jupiter
In the solar system: there is one dwarf planet that is not here...
Pluto:DID YOU FORGET ABOUT ME WHY IM NOT IN THE SOLAR SYSTEM?
I love this channel so much me and my mom both watches some of the stuff be interesting as hell
Please do a collab with RIDDLE ❤ your both amazing narrators love you ❤
Can you make a what if video about something that hasn't been done before? I love the planets and black holes but make something new. You're not tired of planets colliding with black holes?
Yeah. They should do “What if Theia never collided with Earth?”
im a super fan of you i seen your vids in 2018 or 2019
When I saw a title I was like "Whoa!😲", And when I saw a video I was "Whoa!!😍"! Great job like always! Bravo!!💕
The Result would be like Kofi vs. Brock:
Match Starts, Kofi Leaps, Brock catches, F5, 1...2...3...
The galaxy won’t but the universe and rest will.
Hey guys whats the time in your country? In my country its 7:15 pm
Serious series serious Sneeze!
MY OPINION..This could be the reason the Sun or the Earth is tilted so far now the Sun as we see it, now sits sideways no matter what the season and rises farther to the north in one week of movement that I used to see in a month. The Earth is spinning around in a very bad wobble because of the event I believe something cause this and this is a biblical event.
This comment. Not for flat Earth people.
Amazing video.
I think Gas & Ice Giants are truly more terrifying than Black Holes, at least you might survive a Black Hole. You really don't stand any chance of surviving a Gas Giant.
@Aman Pasrija how could anyone know I'm just saying there could be a possibility of surviving one because we just do not know but could be theoretically possible.
W cameraman
notes: cameraman never dies
5:41 jupiter: AAAAAAAAAAAAAAA IM DYI-
Well I'm sold to watch this...
Okay?
@Metriⴳ K1 • B.2 why's that your problem ❓️
@@tobyfaith8700 it’s my solution
@@metrik1b.257 lol...okay
Whoever takes pics of this black houls congrats you sacrd me for life
A black hole that mass would just stay in the orbit it was placed in. It can and will disrupt the orbits of other objects, but the point is what when say we turn the moon into a black hole, it will just remain like the moon was, it would not be of an effect to us save for the tides being more janky at times. For a blackhole to grow bigger, it needs to devour a LOT of things, and Jupiter is chonky, but not chonky enough to make that blackhole a danger to us, in fact it could even be a better asteroid absorber. We may lose a planet or two, from being ejected but the blackhole will not directly affect us. ( remains in the orbit its stationed in, ergo 5th planet from the sun.) I think the biggest worry we have is not the black hole itself but the Kuiper and Oort clouds total disruption, those space ice cubes are the size of city blocks and sometimes even bigger, that is a REAL worry before we ever get to see that pretty accretion disc. I really loved science and physics, still fun though!
Scientists reveals the Jupitar may look gone but teleports elsewhere.
Same happens to our curious experiment, life.
If it's a large black hole, the solar system won't survive.
Even if it's a smaller one than the one shown, the solar system wouldn't survive. The sun itself would getr slingshotted or devoured
Now this is entertaining
I would love a what if about what would happen if every star except for our home system star, went supernova all at once, what the effect would possibly be for us
If every star in the universe except for our home system star were to go supernova all at once, the effects on Earth and humanity would be catastrophic.
Radiation: The supernovae would release an enormous amount of radiation, including gamma rays, X-rays, and ultraviolet radiation. This radiation would be harmful to life on Earth, damaging DNA and causing mutations that could lead to cancer or other diseases.
Debris: The explosion of stars would also produce a massive amount of debris, including gas, dust, and heavy elements. This debris would be ejected into space at high speeds and could collide with Earth, potentially causing damage to infrastructure and threatening the survival of life on the planet.
Climate Change: The supernovae could also have an impact on the Earth's climate, as the debris ejected into space would block some of the sun's rays, causing a cooling effect that could last for several years. This could lead to crop failures and famine, as well as changes to weather patterns.
Impacts on Astronomy: The sudden disappearance of nearly every star in the universe would have a significant impact on astronomy, as it would make it much more difficult to study the universe and understand its origins and evolution.
Psychological Impact: The loss of all other stars in the universe would have a profound psychological impact on humanity. The night sky, which has inspired wonder and awe for millennia, would be forever changed, leaving a sense of isolation and loneliness that could havelong-term effects on human psychology and culture.
It is important to note that such an event is highly unlikely to occur naturally, as the timing of supernovae is unpredictable and occurs on a timescale of millions of years. Additionally, the vast distances between stars in the universe mean that the effects of a supernova on Earth are typically limited to a relatively small area around the star.
In summary, if every star in the universe except for our home system star were to go supernova all at once, the effects on Earth and humanity would be catastrophic, with potentially long-lasting impacts on human psychology and culture. However, such an event is highly unlikely to occur naturally and is purely hypothetical.
Earth would get vaporized, the closest stars are only a few light years away.
The radiation would be off the charts.
@@ReplyGPTits not unlikely, it's IMPOSSIBLE.
Infinity dense like...wait, what if a black hole ate a super giant diamond planet?
Hmmm
What if?....
Here are some possibilities for what might happen if a black hole consumed a super giant diamond planet:
• The diamond planet would be shredded and ripped apart by the black hole's intense gravitational tidal forces as it approached. The planet's normal planetary structure would be completely distorted and destroyed.
• The diamond material would be absorbed into the black hole in small chunks and fragments as it is torn apart. Since diamonds are simply carbon atoms arranged in a particular structure, the individual carbon atoms would be drawn into the black hole.
• As the diamond material crosses the black hole's event horizon, it would become trapped within the black hole forever, unable to escape. The matter itself would not significantly alter the mass or properties of the black hole.
• Some radiation might be emitted as the diamond matter is compressed and accelerated near the event horizon of the black hole. This could produce bursts of x-rays or gamma rays, but the radiation output would likely remain relatively small compared to the black hole's overall output.
• Over extraordinarily long timescales, the flow of additional carbon atoms into the black hole from the diamond planet could potentially increase its mass very slowly. However, compared to its already massive size, the addition of one diamond planet would have a negligible effect.
• Since diamonds are an extremely compact form of matter, the black hole would actually gain mass more efficiently from consuming the diamond planet compared to a normal rocky planet of the same size. But again, the overall impact would be tiny compared to the black hole's total mass.
In summary, while a super giant diamond planet would be completely destroyed and absorbed by a black hole, the matter itself would have a negligible impact on the black hole's overall properties and radiation output due to the tremendous mass of even a relatively small black hole. The event would primarily illustrate the unimaginable power of black holes to shred and consume even the most resilient materials in the universe.
What If Jupiter Collided With a Black Hole?
I asked this to chatgpt and can you guess that it told exactly the same what you explained here
What if "What If" explore broader topics rather than just talking about astronomy all the time?
You definitely dont watch their videos cause they make a lot of videos about drinking too much Coke or drowning and stuff
I would like you to tell me what would happen if the whole world, that is, all the human beings in the universe, would change something in our body or if something would happen, please answer me😢
I wanna see what if Jupiter collided with the largest planet in the Universe, HD 100546b.
If Jupiter collided with the largest known exoplanet, HD 100546b, the results would be catastrophic and spectacular:
• HD 100546b is estimated to be at least 10 times more massive than Jupiter. So in a head-on collision, Jupiter would likely be completely destroyed and torn apart. Its core may potentially survive.
• The collision would release a huge amount of gravitational and kinetic energy. The combined planets would heat up tremendously during the impact, potentially becoming as hot as stars for a brief time.
• Vast amounts of material from both planets would be ejected at high velocities, forming an enormous debris disk around the collision remnant. This material could potentially accrete into new planetary bodies over time.
• The collision would likely set off massive shock waves that would propagate through both planets, distorting and disrupting their internal structures. This could cause huge eruptions of material from their atmospheres.
• HD 100546b would be significantly disrupted by the impact but would likely survive in some form. However, its rotation, atmospheric composition and magnetic field would likely be vastly altered.
• The collision remnant leftover would be a huge, hot, highly distorted planet with chaotic short-term dynamics as material settled down into a more stable configuration. Over millions of years, it may regain some stability.
In summary, a collision between Jupiter and HD 100546b would result in the complete destruction of Jupiter and the severe disruption of the more massive exoplanet. However, some cores and remnants may survive along with a huge amount of debris. The collision would release extraordinary amounts of energy and material while transforming the dynamics and long-term stability of the planetary system. It would truly be a cataclysmic event on a cosmic scale.
What do you do you mean by would the galaxy survive
Do a what if on the hadron collider
i have a question for you: what if the sun and the moon orbited our planet earth (i love your channel so please make a vid about it please😃😇)
Here are some possibilities if the Sun and Moon orbited around Earth instead of the other way around:
• The Sun:
The Sun would appear much larger in the sky, changing the intensity and spectrum of sunlight reaching Earth's surface. This could make conditions too hot for life.
The Sun's gravitational pull would cause high tides in Earth's oceans, atmosphere and interior, generating immense tidal forces that could tear Earth apart.
The Sun's orbital period would be very short, so days and years would be measured in hours instead of the current 24 hours and 365 days.
• The Moon:
The Moon would also appear much larger in the sky, significantly altering the tides, Earth's rotation and geology. Months would be much shorter.
The Moon's closer proximity could gravitationally lock it into an orbit where the same side always faces Earth, similar to how one side of the Moon always faces the Earth now.
The Moon's gravity could disturb Earth's crust, mantle and core dynamics much more than the current Moon does. This could intensify volcanic and earthquake activity.
• Effects on Life:
If Earth could even retain an atmosphere and liquid water with the Sun and Moon orbiting it, extreme changes in the light, temperature and tidal forces would make conditions inhospitable for current life on Earth.
In summary, if the Sun and Moon orbited Earth instead of the reverse, the gravitational, tidal and luminous effects on our planet would likely be catastrophically disruptive. Extreme temperature fluctuations, tidal forces and geological disturbances would probably render Earth inhospitable for current life as we know it.
The stability of our current solar system, with the much larger and more massive Sun at the center and smaller objects orbiting it, is crucial to allowing habitable conditions to develop and persist on our planet.
Thanks to our creator and his principality ranked angels that keeps the universe in order to make sure that this would never happen!
Hey What If What Mic Do You Use To Record Your Voice?
This should be made into a movie. Lol.
That will be cool to see in real life
✝️
And the moons orbiting around has the capability to harbor life, just what if
Can somebody explain something...if we are travelling through space, how is it we can point to constellations in the same place like the big dipper etc etc?
Why the blackhole in interstellar didn't suck the endurance ship when the ship was very close to it? Can someone explain
Same reason why earth isn't getting sucked towards the sun right now
With the right velocity and distance you will orbit something instead of falling into it
What if the Solar System left the Milky Way?
Here are some possibilities if the Sun and solar system suddenly left the Milky Way galaxy:
• Loss of stars: The solar system would lose the other ~100-400 billion stars in the Milky Way. Earth's view of the night sky would be completely empty and dark.
• Isolation: The solar system would become extremely isolated from other star systems. There would be no potential for future contact, exploration or colonization of other stars.
• Loss of dust and gas: The supply of cosmic dust and gas that occasionally falls into the solar system, fueling comet and asteroid formation, would cease. New comets and asteroids may stop forming.
• No supernovae: Without other stars, there would be no nearby supernovae. These explosions seed the universe with heavy elements through nucleosynthesis, so our supply of elements beyond iron may run out over time.
• Reduced radiation: The solar system is bathed in radiation from other stars and the Milky Way. Without this radiation, Earth's biosphere may be affected andmutation rates could decrease.
• Unchanged solar conditions: The sun itself would continue shining and fusing hydrogen for billions of years unaffected. The solar system's own orbitwould not change.
• Lost information: Astronomers would lose the ability to study other galaxies, stars, and phenomena beyond the solar system. Our knowledge of the universe would remain limited to our local region alone.
In summary, if the solar system left the Milky Way, the major consequence would be intense isolation. We would lose access to other stars, phenomena, resources, and information in the galaxy. However, solar conditions themselves would likely remain unchanged for billions of years. The consequences for Earth and our ability to explore and understand the cosmos would likely be profound and limiting.
This video will make me want to go to space
I miss the OG voice of What If..😩
( Great video tho )
Please do what if Ton 618 were to merge with Phoenix A*.
I love your videos
inside a blackhole is indeed a singularity and there are many theories on what u would find in a singularity. It seems stupid but a singularity could be like a wormhole to a different area
I'm thinking what if every singularity contains a universe within it
I don't think earth will get destroyed, Jupiter will most likely be eaten up as if it was sinking to the bottom of a whirlpool.
What if the sun started orbiting Stephenson 2-18
You're not far off in my opinion I believe the Sun or the Earth magnetically is about to flip over physically because the sun is acting crazy in the last couple of years even worse this year
Here are some possibilities if the Sun started orbiting Stephenson 2-18 (instead of the current situation with Earth and the solar system orbiting the Sun):
• Instant Extinction: Stephenson 2-18 is a brown dwarf star estimated to be only 5-10% the mass of our Sun. If the Sun suddenly started orbiting it, the gravitational disruption would instantly rip apart all of the planets in the solar system. Life on Earth would face immediate extinction.
• Severe Climate Changes: Even if Earth somehow survived the initial orbital transition, being located much closer to the small, dim Stephenson 2-18 would cause extreme changes to our climate. Temperatures would plummet, liquid water may disappear, and the atmosphere could potentially freeze out or erode away.
• Loss of Solar Energy: Stephenson 2-18 emits very little light compared to the Sun, so Earth would receive significantly less solar energy. Photosynthesis may cease, eliminating the base of the food chain and ecosystem function.
• Orbital Instability: The Sun and its planets were not designed to orbit Stephenson 2-18. The new orbits would likely be unstable and subject to gravitational interference. Planets could be flung into interstellar space.
• Tidal Forces: Stephenson 2-18's significantly weaker gravity would mean reduced tidal forces that currently stabilize Earth's rotation and axial tilt. Our days, seasons and year lengths could become erratic and extreme.
In summary, if the Sun started orbiting Stephenson 2-18 instead of the reverse, the immediate and catastrophic consequences would likely spell the Swift end of all life on Earth and a complete restructuring of the solar system. At best, Earth might survive in a severely inhospitable and unstable state struggling to maintain any semblance of its current climate and conditions.
The scale of disruption from such a major reconfiguration of our orbital architecture demonstrates just how perfectly tuned the current solar system is to support life on Earth.
@@ReplyGPT Stephenson 2-18 is the largest star in the universe and is 2,150x the size of the sun meaning it's gravity is so strong it will probably push the sun and the 9 planets into the red hypergiant star you are right about most of it but Stephenson 2-18 is not as bright as our sun aswell
If a black hole were close enough to “collide” with Jupiter it would probably rip the sun apart.
Depends on the size of the black hole. If ot were small enough it might just orbit the sun.
@@everettsager4654 Good point. There is a theoretical limit to how big a black hole can get, but no real limit to how small it can be.
@@ralphscholz9533 A couple of years ago a couple of British Scientists wrote a paper theorizing that there msy be a primordial black hole in the Ort Cloud around the size of a tennis ball. You can probably Google thos and fond lots pf info on it.
@@ralphscholz9533 Actually there is a lower limit, stars below a certain mass (3-5 solar masses) would never collapse into a black hole.
That's why there are white dwarves and neutron stars.
@@everettsager4654 thats fake and highly unlikely
Why it always gotta be New York that gets bombarded all the time? First few asteroids we saw was clearly going for Saudi Arabia. They got all that oil, would be more catastrophic.
It's time for one of the biggest battles our Solar System has ever seen. In this corner, a gas giant and heavyweight, Jupiter. And in this corner, an infinitely small but truly terrifying black hole. What would happen to these rivals as they hurtled toward each other? Why would this event cause Earth to be bombarded by asteroids? And would it be game over for our Solar System?
What If: You made a boo boo YEA-
what is the largest exoplanet in the universe collided with jupiter?
Ok now just imagine that an astronaut from NASA or ISRO or of any company went into the space and they cross the Exosphere and saw a massive black hole 💀
What if Animals suddenly had human intelligence?
Animals are far more intelligent than many humans i know
Here are some possible consequences if animals suddenly gained human-level intelligence:
• Changed Relationships - Our relationships with animals would change dramatically. They would likely demand more equitable treatment and rights. There may need to be renegotiation of things like domesticated animals, medical testing, and zoos.
• New Ethical Considerations - New ethical questions would arise regarding how to treat intelligent animals in morally appropriate ways. Issues like animal rights, welfare, and autonomy would become significantly more complex.
• Increased Environmental Awareness - Intelligent animals may gain a greater understanding of environmental issues and even cooperate with humans to solve problems like climate change, habitat loss and overexploitation of resources.
• Risk of Conflict - There is a possibility of conflict between humans and newly intelligent animals over resource use, territory and competing needs. Careful negotiation and ethical frameworks may be needed to avoid escalation.
• Shift in Ecosystems - The introduction of intelligence and technology use across multiple animal species could reshape existing ecosystems in unpredictable ways. Intelligent predators may exploit or disrupt trophic levels.
• Potential Coexistence - With open communication and cooperation, humans and intelligent animals may find ways to coexist in more equitable and mutually beneficial arrangements that satisfy the needs of both. But this would require considerable change on both sides.
• Shift in Human Uniqueness - The rise of intelligent animals would challenge humanity's perceived uniqueness as the planet's sole intelligent species. Our understanding of human nature may need to adapt.
In summary, if animals suddenly gained human-level intelligence, there would undoubtedly be many disruptive changes initially. However, over time, with openness, ethical consideration and compromise, humans and intelligent animals may find ways to thrive together through more equitable and cooperative relationships that satisfy the needs of all. The rise of intelligent animals would likely require a profound change in how humans view ourselves and our place within the natural world.
Even smaller holes can probably accommodate most sizes.😖😢😳😁
Wrong science. 😊
Bruh I remember one time Superboy got too close to a black hole and he could barely escape it. Facts bruh. He just barely made it but you could tell he wuz scared.
This is equivalent to asking if you spit on the ocean could cause a global tsunami.
I'm going to tolerate this level of stupidity because this channel is fun to watch sometimes.
What if Earth and our rocky neighbors were gaseous and our gaseous neighbors were rocky?
Here are some possibilities if Earth and the other rocky planets (Mercury, Venus, Mars) were gaseous planets while the gas giants (Jupiter, Saturn, Uranus, Neptune) were rocky worlds:
• No Earth-like Life: It is unlikely that Earth-like life as we know it could exist on gaseous planets. Even if they had a stable core and magnetic field, the environment would be inhospitable for complex carbon-based molecules and liquids.
• Different Types of Life: Gaseous planets could potentially support exotic types of life based on different chemical compositions that can exist as gases. But such life would likely be radically different from what we know.
• Gas Giants as Habitable Worlds: The rocky gas giants, being smaller and closer to their stars, could potentially support Earth-like life if they had atmospheres, water and plate tectonics. They could be hotter versions of Earth.
• Reduced Resources: Rocky gas giants would likely have less abundant metal and mineral resources than the actual gas giants. However, they could still have more than Earth and our rocky neighbors.
• Different Orbital Stability: The reconfigured systems may have different long-term orbital stability depending on the mass and gravitational influences of the worlds. Some gaseous Earth-sized planets could be stable habitats.
• Different astrobiology: The distribution of rocky vs. gaseous planets in different systems across the Universe would be reversed. This could significantly change the potential for habitable worlds and the prevalence of different types of life.
In summary, if Earth and the rocky planets were gas giants while the gas giants were rocky worlds, the potential for Earth-like life and habitable worlds would likely be reversed. Gaseous Earth-sized planets could still potentially support exotic non-carbon-based life, while the smaller rocky gas giants may be analogous to hotter, resource-poor versions of Earth. The whole astrobiological picture in the Universe would likely look quite different.
I never, ever wanna be able to see a black hole in the sky. If you ever saw that, you're already dead.
What if a veryvery small black hole size of the penny coin and collide in earth
If a black hole the size of a penny collided with the Earth:
• The effects would be catastrophic and instantaneous. The Earth would be ripped apart before we even detected the black hole's presence.
• The black hole would pass right through the Earth's core without resistance due to its extreme density. It would gravity pull vast amounts of the Earth's material into it as it passes through.
• The gravitational tidal forces of the black hole would completely shred the Earth's crust, mantle and anything on the surface. Continents would break apart and all life would be instantly destroyed.
• The black hole would leave a tunnel through the center of the Earth, with debris and material falling into it in an accretion disc-like fashion. It would likely gain a significant amount of mass by consuming the Earth.
• The Moon's orbit would become unstable, and it would likely be pulled into the black hole along with much of the Earth's atmosphere still gravitationally bound to the planet.
• As the black hole consumes the Earth, powerful bursts of radiation would be emitted, including potentially deadly gamma rays. This radiation could impact any surviving objects in near-Earth orbit.
• The black hole would likely be ejected from the solar system at high speeds after consuming the Earth, going on to threaten other planets. But by that point the solar system as we know it would be forever altered.
In summary, if a tiny black hole the size of a penny collided with Earth, the effects would be totally destructive. The gravitational tidal forces of the black hole would instantly rip our planet apart while pulling most of its mass into the black hole. Powerful radiation bursts could threaten near-Earth objects, and the black hole may ultimately destabilize the entire inner solar system. This scenario represents an extinction-level threat on a astronomical scale.
Nice af
i was thinking that you clould maybe make a video about 'What if everybody had superhuman strenght' Think about it. It could have millions of views ALL AROUND the world
What if Sagittarius A* had enough of its place and headed to us?
Sagittarius A* is a supermassive black hole at the center of the Milky Way galaxy. Here are some possibilities if Sagittarius A* suddenly started moving toward the solar system:
• Instant Death: If Sagittarius A* were heading directly for the solar system, we would face instant annihilation. The black hole's tremendous gravitational pull would completely disrupt and destroy all the planets long before it arrived. We would never see it coming.
• Orbital Capture: It's more likely that Sagittarius A* would capture the solar system into a new orbit around it. In this case:
The solar system would become a satellite of the black hole, orbiting it many times per Earth year.
Gravitational forces would increase tremendously, causing extreme tidal effects and geological upheaval on the rocky planets.
Planets' orbits would likely become unstable and irregular, causing collisions and ejections from the system.
Much of the outer solar system (Jupiter, Saturn etc.) may be ejected from orbit or pulled into the black hole.
• Doom for Earth: Even if Earth somehow remained in a stable orbit, conditions would become impossible for life. Our orbit would be chaotic and irregular, average temperatures would rise as we moved closer to the black hole, and tidal forces wouldeventually tear apart the crust.
• Brief Spectacle: As Sagittarius A* approaches the solar system at relativistic speeds, we may get a brief but spectacular show of high energy particles, jets, radiation and gravitational lensing effects before being ultimately consumed or disrupted.
In summary, if the supermassive black hole Sagittarius A* at the center of the Milky Way started approaching our solar system, the likely outcomes are either instant destruction during a direct impact or a chaotic orbital capture that spells doom for life on Earth through tidal disruption,temperature extremes and irregular orbits. At best, we may get a fleeting front-row view of relativistic effects before the black hole's gravity tears our world apart.
What if the channel What if became the most subscribed channel of RUclips ?
What if Jupiter is a cold star, not a planet, there is a theory out there
What if cameraman discover black hole...
Which Ai language model you use
❤goodness 😮
What if the rakatan empire still wandering in space we might never know if the infinite empire is still alive...
Next Video: What If you went to schoo-
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What if we built a farm on Ceres
What if Jupiter collided with a plush animal ?
What if a neutron star collides with a black hole?
Is that a lotus biscoff milkshake
video starts at 4:00
The black hole will always win.. even the smallest black hole would destroy anything in its way. The biggest star in our galaxy couldn't beat the black hole.