Want this question answered?
Periodic showers which, due to their position and trajectory, appear to originate from specific constellations are named for that constellation.
From the viewpoint of the Earth, all the constellations 'revolve' around Polaris (the North star. As the Earth orbits the sun, its relative position to the constellations changes - and they appear to move across the night-sky.
Craters and the position of the planet.
apparent solar time
Its position and apparent movement around the sky. "Apparent solar time" is based on the "apparent solar day", reckoned by defining as 'solar noon' the moment of the Sun's highest altitude above the horizon on any given day. (That's when the Sun crosses the observer's meridian.) Apparent solar days do not have the exact same length (from one solar noon to the next) throughout the year, which is surprising to some at first. This is why the first approaches to creating a solid "standard time" involved determining the length of the 'mean solar day' (average solar day).
A guess was made as to the layout and behavior of the players, then this model extrapolated to see if it matched the real thing.
the earth is revolving
The earth's position has no affect on constellations' visibility. The position of the viewer on the surface of the earth will affect what constellations are visible.
Earth's rotation around the Sun.
It is the varying position of a constellation over a period of weeks.
Periodic showers which, due to their position and trajectory, appear to originate from specific constellations are named for that constellation.
Motion
duhhh
Earth is revolving....
That is due to the rotation of Earth.
Several pieces of evidence. For example, the parallax: the apparent position of a nearby star changes slightly, because of the change in Earth's position. That is, its position now will not be exactly the same as its position 6 months later, when Earth is on the other side of its orbit. This is used to calculate the distance of nearby stars.
People would observe the skies just by looking directly with the naked eye. They`d make observations about the seasons by watching the apparent motions of certain constellations as well as tracking the sun`s position in the sky.