globe, spherical
Sphere
Onion
1000,0000,00000,00000,00000,000000,00000 times as much you would weigh on planet earth
Sort of. A solid can have a change in shape, but it has to be forced upon the object, whereas a liquid would have involuntary shape change.
The earth would revolve around the sun.
Once an object, any object, such as the Earth, is set in motion to rotate in a particular direction, it will always continue to rotate in that direction. For the Earth to rotate in another direction would take an enormous, cataclysmic force that would have to be created by a gigantic object colliding with it, or at least coming very close to it.
That would be the axis.
graphical
If the Object is falling at a constant velocity the shape of the graph would be linear. If the object is falling at a changing velocity (Accelerating) the shape of the graph would be exponential- "J' Shape.
That would be the moon. We've never thought of it that way ... the only object whose status didn't change between the geocentric and heliocentric model. Thanks for showing it to us.
Displacement
The moon model would be about 1/4th the size of the modeled earth.
When the Earth was formed it was molten. The forces of gravity would make it shape itself into a sphere. This shape would be "frozen" in place as the Earth cooled and solidified.
1000,0000,00000,00000,00000,000000,00000 times as much you would weigh on planet earth
That would be Earth's Moon, 'Luna'.
no If the shape of the object is not fixed, it would be possible to alter the shape of the perimeter, but not the length, i.e., the distance around the object being enclosed.
it is
That would be our "moon".
The mass of an object itself does not change on the moon. However, an object's weight is less than it would be on Earth because the moon's gravity is weaker than Earth's gravity.