Hello Saiph & heyscottie<br />Thank you for considering my question.<br /><br />Saiph;<br />- This comment that you made is interesting to me. I had not considered the point or idea you mention about how there is "no difference between rolling motion and spinning... as is the case with planets. <br /><br />- Certainly, I suppose, the location or position that the observer is seeing from, their viewing perspective, would or could determine how they perceived the motion of the object they were observing.<br /><br />heyscottie;<br />"Well, Uranus rotates somewhat in the method you describe -- its pole is inclined almost 90 degrees with respect to its revolution. But there is nothing special about these types of objects that would cause us to give them their own classification.... <br /><br />Saiph;<br />Maybe this is the way you are thinking or the way you are describing "motion," with your comment; "I see no difference between rolling motion and spinning (at least, when it is not in contact with the ground, as is the case with planets) "<br /><br />1. - If an observer on Earth was looking at Uranus, could it be said that they may possibly describe the motion that they were seeing as a rolling through space "type of motion," in the direction of travel? This as opposed to the way that the majority of the planets in our solar system "rotate," as they travel in their orbit? <br /><br />( heyscottie
<br />("Well, Uranus rotates somewhat in the method you describe )<br />I does seem to me that this is the point that you are making. Question two will hopefully help to expand the original question that I asked.<br /><br />- In a further effort to understand. I am having trouble putting this question I am trying to ask into words but I will try again.<br /><br />2. - Would it appear as if north and south pole of Uranus, the two poles, would seem to be the turning sides of the planet? <br />I am asking this question because I don't fully understand this point;<br /><b>" its pole is inclined almos</b>