They become distorted since the globe is not flat. Areas away from the equator get represented as much bigger than they really are relative to areas at the equator.
They become distorted.
They become distorted since the globe is not flat. Areas away from the equator get represented as much bigger than they really are relative to areas at the equator.
They become distorted since the globe is not flat. Areas away from the equator get represented as much bigger than they really are relative to areas at the equator.
They become distorted since the globe is not flat. Areas away from the equator get represented as much bigger than they really are relative to areas at the equator.
They become distorted since the globe is not flat. Areas away from the equator get represented as much bigger than they really are relative to areas at the equator.
It depends on the projection that is used.
They become distorted since the globe is not flat. Areas away from the equator get represented as much bigger than they really are relative to areas at the equator.
They become distorted since the globe is not flat. Areas away from the equator get represented as much bigger than they really are relative to areas at the equator.
Surface area of a globe = 4*pi*radius2
-- The sun's energy doesn't really need to be transferred "around the globe",because every point on the globe is on a direct line of sight from the sun forexactly 50% of the time.-- Solar energy is transferred from place to place, however, by the large-scalemotions of heated and cooled air masses, referred to technically as "wind".
When an image is transferred from a flat map to a globe, it may experience distortion in terms of size, shape, or direction. This distortion is due to the challenge of accurately representing a 3D sphere on a 2D surface. Different map projections aim to minimize distortion in certain areas, but there will always be some level of distortion when translating between these two forms.
A model of the Earth's surface is a globe.