I'm really glad you demonstrated the retrograde rotation of Venus in relation to its orbit; very much unlike Earth, Venus's north is on the _bottom_ of the screen, and its east is on the lefthand side.
Very interesting how SpaceEngine shows how Pluto and Charon rotate around a common center of mass, due to masses that are not too different from each other. In the video you can see an oscillation of Pluto when it is observed by Charon.
Mercury, Venus, & Pluto: *takes their sweet time* Earth & Mars: *spins once around the room* Jupiter, Saturn, Uranus, & Neptune: YOU SPIN ME RIGHT ROUND BABY RIGHT ROUND LIKE A RECORD BABY
0:44 that's not the reason. the 4 minutes is the difference between a sidereal day and a solar day (the time it takes the sun to reach the same place in the sky which is about 24h not 23h56m) we have leap years because 1 year is around 365.25 Solar days
Oh man, *I* was going to say that! 🙂 But, yes, I agree with you. Sidereal day vs. solar day. Leap years are caused by the fact that the Earth's rotational period does not go evenly into her orbital period. Earth spins about 365.2422 times in the time it takes her to get back to her starting point in her orbit. Gregorian calendar ends up making the length of a calendar year 365.2425 days... which is close enough for current purposes. Yep. So, overall, big agreement: those 4 minutes have nothing (significant) to do with leap years. 🙂🙂
Is Uranus rotating retrograde? With an axial tilt of a whopping 82°, it is rotating sideways, rolling around the sun like a ball on a table, which is also very easy to be seen in the timelapse - one pole is in the sun for half of a neptune "year" and then in the darkness for another half. I assume Neptune is in the middle of what happened to Venus a long time ago - started out rotating prograde, but through some instability flipped around.
Imagine the folklore of life on Iapetus. Saturn would be the protector, Saturn's moons would be its army, and the Sun would be the spirit that gives light and helps grow crops.
Great job... As usual. But, at 0:43 a serious mistake.... We have *leap years* because of this reason: *it takes approximately 365.25 days for Earth to orbit the Sun (a solar year = revolution period, orbital period)* This has nothing to do with *rotation period...*
Actually, Venus had to go through a natural procession, The "Greenhouse Effect" which effects the object AND their life due to harsh conditions. and it is completely natural (OR INTELLIGENT LIFE DESTROYED IT))))). However, Earth would have to go through a nuclear winter, and it is completely possible to survive due to the countries which have nukes, which all of them are on the Northern Hemisphere. making it more possible to survive on the Southern Hemisphere.
![Speed Comparison: Faster Than Light [Remake]](/img/1.gif)
I'm really glad you demonstrated the retrograde rotation of Venus in relation to its orbit; very much unlike Earth, Venus's north is on the _bottom_ of the screen, and its east is on the lefthand side.
Indeed, venus tilt is about 177 degrees, pretty much upside down!
Venus is Australia 😂
Very interesting how SpaceEngine shows how Pluto and Charon rotate around a common center of mass, due to masses that are not too different from each other. In the video you can see an oscillation of Pluto when it is observed by Charon.
Mercury, Venus, & Pluto: *takes their sweet time*
Earth & Mars: *spins once around the room*
Jupiter, Saturn, Uranus, & Neptune: YOU SPIN ME RIGHT ROUND BABY RIGHT ROUND LIKE A RECORD BABY
LMAO
RIGHT ROUND ROUND NOW
I start singing in my head xD
forgot haumea with 4 hour days!!!
Lol, I love the "aspect ratio" of Saturn, it does make it look colossal without nearly any frame of reference around it
What a nice combo of a great video and relaxing music 🖖
Thank you!
I really like these solar system comparison videos. It helps me get a better idea of how our solar system works :)
i agree pluto is a planet
Come with the force of Pluto and the dwarf planets.
Pluto lives matter ✊
0:44 that's not the reason. the 4 minutes is the difference between a sidereal day and a solar day (the time it takes the sun to reach the same place in the sky which is about 24h not 23h56m) we have leap years because 1 year is around 365.25 Solar days
Oh man, *I* was going to say that! 🙂 But, yes, I agree with you. Sidereal day vs. solar day. Leap years are caused by the fact that the Earth's rotational period does not go evenly into her orbital period. Earth spins about 365.2422 times in the time it takes her to get back to her starting point in her orbit. Gregorian calendar ends up making the length of a calendar year 365.2425 days... which is close enough for current purposes. Yep.
So, overall, big agreement: those 4 minutes have nothing (significant) to do with leap years. 🙂🙂
You're right! I stand corrected.
The four minutes is the reason that every 100 years a leap year is skipped and every 400 years, a skipped leap year isn’t skipped
Very unique video subscribed!
Is Uranus rotating retrograde? With an axial tilt of a whopping 82°, it is rotating sideways, rolling around the sun like a ball on a table, which is also very easy to be seen in the timelapse - one pole is in the sun for half of a neptune "year" and then in the darkness for another half.
I assume Neptune is in the middle of what happened to Venus a long time ago - started out rotating prograde, but through some instability flipped around.
thank you for including pluto :3
🎉🎉🎉Very nice! Our solar system, it is... Thanks for posting.
Imagine the folklore of life on Iapetus.
Saturn would be the protector, Saturn's moons would be its army, and the Sun would be the spirit that gives light and helps grow crops.
These graphics are insane and amazing! 😮
Stopping Kids form saying first
u said first
I'm always first
@@fawlooda4318no you
first
You never said second
Nice video.
Thank you!!
0:53 Ahh somebody plays Pong with our Planet.
Great job... As usual.
But, at 0:43 a serious mistake....
We have *leap years* because of this reason: *it takes approximately 365.25 days for Earth to orbit the Sun (a solar year = revolution period, orbital period)*
This has nothing to do with *rotation period...*
All of these moons are tidally locked.
Yes!
not really the moon takes a month to spin but it spins
its scientifically impossible for something to be tidally locked unless its a human-sized object
@@wovenalloy ???
@@wovenalloyImagine being this wrong
This was a very informative video! I knew about the retrograde orbit of Venus, but not that Uranus had one too!
you guys definitely need a voice over. would love to help with that!
great job!!!
Thank you as always!
0:39 "23 hours" you are wrong, earth spin in 24 hours. And it has a same thing as mars 1:02
What the frick Surfaced Triton on sun looks blue
Calmful...
Is now current 2024. It is 9:56 hours on Jupiter!
Fascinating!!! =)
Iapetus: Saturn be dancing in my skies again.
سبحان الله العظيم Glory be to God Almighty
Uranus looks wild lol
00:51
Who else almost lost their lunch while standing on the moon?
Did j saw phobos in mars version
But Pluto doesn't count as a "Planet" anymore 🤔
Venus is what would happen to Earth if every single nuke was detonated at the same time
Actually, Venus had to go through a natural procession, The "Greenhouse Effect" which effects the object AND their life due to harsh conditions. and it is completely natural (OR INTELLIGENT LIFE DESTROYED IT))))). However, Earth would have to go through a nuclear winter, and it is completely possible to survive due to the countries which have nukes, which all of them are on the Northern Hemisphere. making it more possible to survive on the Southern Hemisphere.
Phobos go brrrrrr
Haumea Childsplay spins 4 hours in a day 💀💀💀
Hi