The Earth travels along a path called the Ecliptic.
1 year
The name of the path the earth takes around the sun is known as the orbit. The earth takes slightly over 365 to complete its revolution round the sun.
Ecliptic means the imaginary line that marks the path the Sun moves on annually. The ecliptic path projects the Earth's orbit and along helps mark when eclipses will occur.
Jupiter is 365 million miles away from the Earth. However, this distance is always changing because both planets travel in an elliptical path around the sun.
answ 2. Due to the travel of the earth around its (non-circular) path on the ecliptic; and the tilt of the Earth's axis, the path of the (say) tip of the flagpole will not repeat exactly until a year has passed. The path of the shadow of this 'flagpole gnomon' will describe a passage known as the Equation of Time.This you can look up in an encyclopedia or a search engine.
No. The path is called an orbit. The path is in the shape of an ellipse.
An orbit is the path a planet takes around the sun. Earth's orbit is an ellipse. It takes the Earth one year to travel along the elliptical path around the sun.
The path along which a planet travels is called an orbit.
Lowest resistance.
Its path has the shape of an ellipse. It takes a year for one orbit.
Light will almost always travel from one place to another along a path that takes the least amount of time. This does not imply that it will take the path involves the least distance all the time.
The wave that can travel through earth and along earths surface is a SEISMIC wave.
1 year
That would be it's orbit. The moon orbits the earth in roughly a circular path.
Surface waves (as the name suggests) travel along Earth's surface. Seismic waves that travel through earth's interior are known instead as body waves.
Yes it does i belive so go duble check though.
Earth bulge describes the effect of physical earth curvature along a direct path between two points on the earth's surface. The earth surface appears to "bulge upwards" in the path, with the peak of the bulge occurring at mid-path. This assumes that the earth's surface is flat, with no topological variation along the path between the two points. In radio path profiling, the effects of physical "earth bulge" must be added to the terrain topology (earth surface variation) profile. The amount of physical "earth bulge" along a path can be calculated from the following formula: h= 1.5 d1• d2 Where: h = Vertical distance from a horizontal reference line in feet d1 = Distance from the data point to point A in miles d2 = Distance from the data point to point B in miles