0
With an axial tilt at about 97 degrees, Uranus is tipped on its side.
Wiki User
∙ 13y ago
Wiki User
∙ 14y agoThere is only one planet that is on it's side, and it's also a gas planet. It's called Uranus. It's thought to be tilted on it's side because of a meteorite that smashed into it.
Wiki User
∙ 14y ago- Jupiter
- Saturn
- Uranus
- Neptune
Wiki User
∙ 11y agoUranus's rings are tilted to a 90 degree angle , it was thought to be hit by something really big billions of years ago that has knocked it on its side
Add your answer:
Earn +20 pts
The planet that is most tipped on it' orbital plane is?
The planet Uranus rotates on an axis that is tipped about 90 degrees to the ecliptic.
Which planet is most tipped to its orbital plane?
Uranus.
Which planet is tipped on its side?
that would be Uranus with is 90 degree tilt.
What is The blue green gas giant with an axis tipped farther than any other planet?
Uranus
What planet is on its side?
Uranus
Which planet is the tipped over planet?
Uranus because uranus is tipped on it's side.
What planet is tipped on one side?
Uranus
What planet is tipped on its side compared to the eclitic?
Uranus
Which planet is tipped almost completely on it's side?
Uranus
What planet in our solar system rotates on its side?
Uranus. It is tipped over on its side at 98°
What is a special feature of the planet Uranus?
Uranus is different because it is tipped on its side.
What happened before Uranus got tipped on its side?
it was the same as any ordinary planet.
What planet in the outer solar system is tipped on its side?
Uranus has an axial tilt of about 98 degrees.
The planet that is most tipped on it' orbital plane is?
The planet Uranus rotates on an axis that is tipped about 90 degrees to the ecliptic.
Which planet is most tipped to its orbital plane?
Uranus.
What planet looks like its tipped sideways?
All of them.
Why is Saturn is called the tipped planet?
It is not. Saturn is called the "crowned planet" because of it's ring.Uranus is called the tipped planet because its axis of rotation is 89° to the ecliptic (the Ears axis is 23,5° to the ecliptic)
