Whats the equivelent of the center of every planet

Question

radius 99 feet divided, layered to 1, positioned middle space? And do the other midless planets, colide to the universal mid center and cause a black hole, or a holy womb >>>>------->?

Answer 1

woo woo!

2 pts!

uh, what are you talking about?  I am usually good at translating from Nutburger to English (I am even fluent in Gibberish), but I have no idea what this means?

Everyone knows the Earth has a Chewy Nugaut Center.... don't they?

Answer 2

why do you talk about a black hole. it has never been proven. there are many models and theories which lead to the existence of black holes. we humans have never seen one!!!!  

Answer 3

Planets (even if they were all to collide together) cannot cause a black hole.  They do not have enough mass.  In our solar system, all the planets together do not even have enough mass to become a brown dwarf (a failed star).

Holy wombs do not exist in astronomy.

It is possible to calculate the centre of mass of a collection of object.  The result is called the "barycentre".

For example, when calculating the orbit of Earth around the Sun over long periods, it is easier to combine the Earth and Moon, and calculate the orbit of their barycentre.  It is a much simpler calculation.

Since the Earth is 81.3 times more massive than the Moon, then the barycentre is only 1/82.3 of the distance between Earth's centre and Moon's centre.

The average distance between the two is around 384,400 km.

384,400 km * 1/82.3 = 4670 km

The average position of the barycentre (Earth-Moon) is 4670 km from Earth's centre (always towards the Moon).  Since the Earth's radius is 6371 km, this means that the barycentre is always inside Earth's volume.

In the same way, it is possible to calculate the barycentre of the Earth-Moon-Sun system.

WIth a bit more calculations, it is possible to calculate the barycentre of the entire solar system (the Sun + all the planets).  The barycentre changes all the time (it depends on the relative positions of the planets) and it can be outside the Sun.  The planet with the most influence is Jupiter.

Answer 4

The only equivalent center that makes sense to me is the center of mass of all the planets. You would have to define a reference point in space to measure it from. I suppose you could come up with a coordinate system in which this point is stationary, but I wouldn't want to try it.

Answer 5

  Lets just say your version of reality is unique and very colorful.  Since none of us are on your "wavelength" may I suggest that it would be pointless to post further questions.  

Answer 6

ummm................ ya i'd say your right! ('',) lol!