Man believed Earth to be flat and the stars to be a covering or blanket for Earth.
An eclipse was considered to be an omen of either a wonderful event or a terrible disaster.
Greek philosopher Pythagoras is accredited as being the first to describe Earth as a sphere during the fifth century BC.
The ancient Egyptians and Persians knew that the world was a sphere, as did the ancient Greeks. We can not really know who first proved it to be so.
pythagoras
Labeled the Big Bang theory, the other planets crashes into eachother, forming a large mass of space rock, which formed the shape of a sphere, or, Earth.
Lets pretend that the Earth is a perfect sphere. Surface area of a sphere = 4(pi)(radius)^2. The radius of earth is 6378.1 km. Plug that into your equation and you'll get your answer.
The theory come first because without a theory there is nothing to make a law.
Ptolemy's model of the universe was geocentric, but he did not come up with the theory of geocentricity, The theory that the Earth was the center of everything is thought to have come about during the 4th century BC.
They didn't come to earth they evolved here
The answer depends on their relative masses and elasticity. Some of the kinetic energy of the first sphere will be lost in sound (the bang), some will be absorbed by the elasticity of the two spheres. If there is any energy left over, the second sphere will begin to move in the direction that the first one was moving in. Finally, depending the first sphere may continue moving in the direction in which it was moving, it may come to a stop or it may reverse its direction of motion.
hemisphere
He did this when he was studying his Astronomy in his lifetime.
Experimental physics. Only with experiments come a theory:)
when did Greeks first come to the earth?its just curiosity because i don't knowoh yeah and do aunts have bones!?when did Greeks first come to the earth?its just curiosity because i don't knowoh yeah and do aunts have bones!?
Currently, the most accepted theory is that it resulted from a crash between a large planetoid (or "protoplanet") and Earth.
Latine and Greece