How Do the Satellites of Uranus Revolve Around the Planet?

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The satellites of Uranus typically revolve in a very specific way. Find out if the satellites of Uranus revolve around the planet with help from an experienced education professional in this free video clip.

Part of the Video Series: About Astrophysics & Outer Space
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Video Transcript

Hi, my name is Eylene Pirez, and I’m an astrophysicist. And, this is, “How do the satellites of Uranus revolve around the planet?” So, first let’s talk about, how is Uranus revolving around the sun? Which, this is important. Let’s say that this is the orbital plane, and here we have Uranus. The equator of Uranus is tilted by 98 degrees from the actual orbital plane. So, instead of thinking it as a spinning top, you can think of it almost as rolling on its side. So, it’s actually rotating vertically. So, let’s look at now the shape of the planet, and where would the actual satellites be. So, generally, planets because of their rotation tend to be a little more oblate, meaning they’re around the equator – that’s where you have the most mass. So, because of this, this is where the strongest gravitational pull is. So, generally, the moons and the rings and all of that lies somewhere around the plane of the equator. So, if you were to slice planet in half in that plane, that’s where most of the satellites would be. The same thing is happening here on Uranus. So, Uranus has 13 moons, and they’re all rotating around its actual equator. So, the orbital plane of the satellites is also 98 degrees from the orbital plane of the rest of the planets. My name is Eylene Pirez, and I’m an astrophysicist. And, this is, “How do satellites revolve around Uranus?”


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