What If Venus and Mars Swapped Orbits?
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Date: 2023-11-26
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Comments and reviews: 26
Smartest
If Venus and Mars swapped orbits, it would have a significant impact on the solar system. The positions and orbits of the planets in the solar system are determined by their mass and distance from the sun, and any change in these factors would have a ripple effect on the rest of the solar system.
One of the most significant impacts would be on the potential habitability of both Venus and Mars. Venus is currently too close to the sun to support life, while Mars is too cold and dry. If Venus were to move to Mars' orbit, it would become much colder and would likely lose its thick atmosphere. Mars, on the other hand, would be much closer to the sun if it were in Venus' orbit, and it would receive much more sunlight and warmth. This would make it much more hospitable for life.
The swap would also have an impact on the orbits and climates of the other planets in the solar system. For example, Earth would be much closer to the sun, which would have a significant impact on its climate and weather patterns.
Overall, while it is an interesting thought experiment, it's important to note that the chances of this happening in reality are practically impossible, as the gravitational forces and the energy required to change the orbits of these planets are immense.
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If Venus and Mars swapped orbits, it would have a significant impact on the solar system. The positions and orbits of the planets in the solar system are determined by their mass and distance from the sun, and any change in these factors would have a ripple effect on the rest of the solar system.
One of the most significant impacts would be on the potential habitability of both Venus and Mars. Venus is currently too close to the sun to support life, while Mars is too cold and dry. If Venus were to move to Mars' orbit, it would become much colder and would likely lose its thick atmosphere. Mars, on the other hand, would be much closer to the sun if it were in Venus' orbit, and it would receive much more sunlight and warmth. This would make it much more hospitable for life.
The swap would also have an impact on the orbits and climates of the other planets in the solar system. For example, Earth would be much closer to the sun, which would have a significant impact on its climate and weather patterns.
Overall, while it is an interesting thought experiment, it's important to note that the chances of this happening in reality are practically impossible, as the gravitational forces and the energy required to change the orbits of these planets are immense.
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Michael
This concept of a -goldilocks zone- is absurdly simplistic. Europa is no where near the goldilocks zone and yet this moon has more LIQUID water than Earth does. Oceans estimated to be 50 or 60 miles deep! Protected from space by a 10 mile thick glacier and heated from Volcanic activity like Io. Water is an excellent insulator. Bacteria evolve and mutate to survive in the most hostile environments. It is my certain conviction that Europa probably has more microbial life than Earth does. What's more it is at a safe distance from the sun if that throws a hiccup so Europa will still have life in its oceans long after Earth has been frazzled!
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This concept of a -goldilocks zone- is absurdly simplistic. Europa is no where near the goldilocks zone and yet this moon has more LIQUID water than Earth does. Oceans estimated to be 50 or 60 miles deep! Protected from space by a 10 mile thick glacier and heated from Volcanic activity like Io. Water is an excellent insulator. Bacteria evolve and mutate to survive in the most hostile environments. It is my certain conviction that Europa probably has more microbial life than Earth does. What's more it is at a safe distance from the sun if that throws a hiccup so Europa will still have life in its oceans long after Earth has been frazzled!
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IrishCarney
Mars has lots of frozen CO2 (dry ice, not only at the poles, but frozen into the ground. If it were in Venus' orbit, that dry ice would turn into CO2 gas, thickening the atmosphere and trapping more heat, which would cause more CO2 to outgas. There probably isn't enough CO2 on Mars to cause a runaway greenhouse effect and create a second Venus, so the ultimate result would probably be to create a Mars that is closer to being inhabitable than it is now.
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Mars has lots of frozen CO2 (dry ice, not only at the poles, but frozen into the ground. If it were in Venus' orbit, that dry ice would turn into CO2 gas, thickening the atmosphere and trapping more heat, which would cause more CO2 to outgas. There probably isn't enough CO2 on Mars to cause a runaway greenhouse effect and create a second Venus, so the ultimate result would probably be to create a Mars that is closer to being inhabitable than it is now.
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dorderre
As a non-english-native person I really struggle to understand descriptions like -a hundred times less dense-.
Wouldn't that be basically one per cent as dense or one hundreth of the density?
Or -ten times stronger- - would that mean something is ten times as strong as the original or eleven times as strong, since ten times the original amount is added to the original? English is really confusing to me sometimes.
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As a non-english-native person I really struggle to understand descriptions like -a hundred times less dense-.
Wouldn't that be basically one per cent as dense or one hundreth of the density?
Or -ten times stronger- - would that mean something is ten times as strong as the original or eleven times as strong, since ten times the original amount is added to the original? English is really confusing to me sometimes.
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Scott
Ok but what if we sent a super drill to Mars and drilled to its core with a nuke to re-melt it, forming a stronger magnetic field, then sent cargo ships to Venus and brought the Venusian atmosphere to Mars. Giving Mars a stronger magnetic field would allow it to hold onto more atmosphere, and Venus has more than enough atmospheric density to share with other planets.
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Ok but what if we sent a super drill to Mars and drilled to its core with a nuke to re-melt it, forming a stronger magnetic field, then sent cargo ships to Venus and brought the Venusian atmosphere to Mars. Giving Mars a stronger magnetic field would allow it to hold onto more atmosphere, and Venus has more than enough atmospheric density to share with other planets.
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minh
I believe that God give us Mars with its low gravity to serve as a base for space travelling. God also give us Jupiter to protect us from comets, and its hydrogen can be used as fuel for space ship and for terraforming Venus. God also give us Venus so we can use its resources to go further in space.
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I believe that God give us Mars with its low gravity to serve as a base for space travelling. God also give us Jupiter to protect us from comets, and its hydrogen can be used as fuel for space ship and for terraforming Venus. God also give us Venus so we can use its resources to go further in space.
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Fervidor
If we're talking about mining Jupiter for a planet's worth of hydrogen, why not take some of the C02 from Venus and dump it on Mars? Getting rid of that stuff is one of the main obstacles to making Venus livable, after all. May as well put it to some use.
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If we're talking about mining Jupiter for a planet's worth of hydrogen, why not take some of the C02 from Venus and dump it on Mars? Getting rid of that stuff is one of the main obstacles to making Venus livable, after all. May as well put it to some use.
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DragonusDrako
You've forgotten that the sun could effect Mars surface. The gravity could maybe restart the core or even start to rip its crust apart opening up new volcanos. So things would be a lot different just be being closer to the sun.
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You've forgotten that the sun could effect Mars surface. The gravity could maybe restart the core or even start to rip its crust apart opening up new volcanos. So things would be a lot different just be being closer to the sun.
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therash09
I am planning to open a company to harvest Jupiter's Hydrogen and inject it into the Martian atmosphere to make Mars livable. I am looking for some good suggestions for my new company's name. Can I get some good names, please?
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I am planning to open a company to harvest Jupiter's Hydrogen and inject it into the Martian atmosphere to make Mars livable. I am looking for some good suggestions for my new company's name. Can I get some good names, please?
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Nik
Please can you make:
1. What if all planets are earth
2. What if all moons are earth-s moon
3. What if all stars are the sun
4. What if all systems are the solar system
5. What if all galaxies are the Milky Way
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Please can you make:
1. What if all planets are earth
2. What if all moons are earth-s moon
3. What if all stars are the sun
4. What if all systems are the solar system
5. What if all galaxies are the Milky Way
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17wolf359
It would be a lot easier the leave the planets where they are and harvest Venus's CO2 and transport it to Mars. if you moved about 50% of Venus's CO2 to Mars, they might both be able to be terraformed at that point.
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It would be a lot easier the leave the planets where they are and harvest Venus's CO2 and transport it to Mars. if you moved about 50% of Venus's CO2 to Mars, they might both be able to be terraformed at that point.
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Wanderlust
I-m always mind blown how everything is in a perfectly calculated trajectory-.
I mean moving Earth slightly in its orbit would probs cause apocalypse or may not have allowed life to form- I mean whaaaaaa
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I-m always mind blown how everything is in a perfectly calculated trajectory-.
I mean moving Earth slightly in its orbit would probs cause apocalypse or may not have allowed life to form- I mean whaaaaaa
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David
The biggest problem with Mars is that it's too small with too weak gravity to hold an atmosphere that's breathable. It turns out that the single most precious resource for colonization is gravity.
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The biggest problem with Mars is that it's too small with too weak gravity to hold an atmosphere that's breathable. It turns out that the single most precious resource for colonization is gravity.
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Luigi
7: 05 You could also plant trees: They take Carbon Dioxide, and transform it into Oxygen. The real problem would be nitrogen. (Approximately 78% of gasses in Earth's atmosphere)
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7: 05 You could also plant trees: They take Carbon Dioxide, and transform it into Oxygen. The real problem would be nitrogen. (Approximately 78% of gasses in Earth's atmosphere)
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TP_Edits
Mars isn-t actually too far, it-s in the Goldilocks zone, however it cannot maintain heat due to its thin atmesosphere, making it extremely cold, and it has no magnesosphere
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Mars isn-t actually too far, it-s in the Goldilocks zone, however it cannot maintain heat due to its thin atmesosphere, making it extremely cold, and it has no magnesosphere
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klyana
Forgot the other main Terra Earth difference TECTONIC PLATE movements and a strong MAGNETIC field protection and atmosphere was not the exact same as Venus & Mars
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Forgot the other main Terra Earth difference TECTONIC PLATE movements and a strong MAGNETIC field protection and atmosphere was not the exact same as Venus & Mars
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supremacy
I always wondered what would it be like for Venus to orbit the sun in Earth's line only next to it million miles apart or would that be thousands miles apart?
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I always wondered what would it be like for Venus to orbit the sun in Earth's line only next to it million miles apart or would that be thousands miles apart?
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Louis
There would be no more war on earth as this kind of dramatic positional change would send earth hurtling toward Neptune at three times the speed of light.
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There would be no more war on earth as this kind of dramatic positional change would send earth hurtling toward Neptune at three times the speed of light.
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Akinola
If the sun and earth switch, seriously the whole galaxy and SagittariusA- might have a controversial effect and sulphurdioxide might superse everywhere
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If the sun and earth switch, seriously the whole galaxy and SagittariusA- might have a controversial effect and sulphurdioxide might superse everywhere
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Muse
-What if- the father is a vegan or he's a Hindu or he's trying to control his cholesterol and doctors advised them not to touch that stuff?
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-What if- the father is a vegan or he's a Hindu or he's trying to control his cholesterol and doctors advised them not to touch that stuff?
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AstraPlanetshine
yikes this over the top voice acting is just too much, how can i take it seriously! fun topic, but man i just cant, sorry!
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yikes this over the top voice acting is just too much, how can i take it seriously! fun topic, but man i just cant, sorry!
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Skillet
What if Venus moved out to orbit of Mars and had it as a gigantic moon larger in proportion than the Earth Moon system
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What if Venus moved out to orbit of Mars and had it as a gigantic moon larger in proportion than the Earth Moon system
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Elite
7 billion years from now: The Sun will engulf Mecury and Venus
Swap planets: The sun will engulf Mecury and Mars
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7 billion years from now: The Sun will engulf Mecury and Venus
Swap planets: The sun will engulf Mecury and Mars
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Cryptid
The narrator voice is the most annoying voice ever I swear to heck xD Couldn't sit through the whole video.
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The narrator voice is the most annoying voice ever I swear to heck xD Couldn't sit through the whole video.
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Molton
Your presentation is absolutely professional and videos are quite interesting as well keep it up what if
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Your presentation is absolutely professional and videos are quite interesting as well keep it up what if
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Richard
It would rain for about 40 days and the atmosphere would thin on Venus like it did in the days of Noah.
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It would rain for about 40 days and the atmosphere would thin on Venus like it did in the days of Noah.
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