Models of this type imply that the universe has an overall spherical geometry.

The overall geometry is cylindrical, with an average diameter of one kilometer.

The relation between the actual density and the critical density determines the overall geometry of the universe.

In the homopolar generator, the material's atoms are moving, even though the overall geometry of the circuit is staying the same.

In the second example, the material's atoms are almost stationary, even though the overall geometry of the circuit is changing dramatically.

This overall geometry has also been used with carbon nanotubes grown in the void.

The number of electron pairs, therefore, determine the overall geometry that they will adopt.

This distinction becomes important when the overall geometry has two or more non-equivalent positions.

The overall geometry of the bladder is nearly universal:

Einstein's laws seem to give an accurate description of the overall geometry of the vacuum.