the sun is at sunset that way so the horizon is a bit dark
Because, e stars are in the sky in the same time of the year. In March, they appear high above the horizon, and in September they appear low.
Because, e stars are in the sky in the same time of the year. In March, they appear high above the horizon, and in September they appear low.
The available ones are above the horizon in a dark sky. The other ones are unavailable.
Because, e stars are in the sky in the same time of the year. In March, they appear high above the horizon, and in September they appear low.
If you mean straight down, you would be near the equator.
Stars appear to move across the sky in arcs that are at a large angle to the horizon due to the rotation of the Earth. As the Earth rotates from west to east, stars rise in the east and set in the west, tracing a path that varies with their celestial latitude. This motion can create different angles relative to the horizon depending on the observer's location and the star's position in the sky.
All stars appear to travel in circles around the celestial pole. The ones that areso close to the pole that they never set below the horizon are described as"circumpolar" stars. The size of that region of the sky as seen from your locationdepends on your latitude. At the north or south pole, the entire sky is included.At the equator, none of it is.
Stars and constellations appear to move in the night sky due to the Earth's rotation on its axis. As Earth spins, different stars and constellations become visible while others disappear below the horizon. This motion gives the illusion of stars and constellations moving across the sky.
In that case, they will move up. They rise, as Earth rotates eastward.
Stars appear to twinkle or flicker in the night sky due to the Earth's atmosphere causing the light from the stars to refract, creating a twinkling effect. This phenomenon is more noticeable when stars are low on the horizon, as the light passes through a greater thickness of the atmosphere. All stars can appear to "wink" or twinkle as seen from Earth.
Always above the horizon at your latitude. In the northern hemisphere this will be the northern horizon and the reverse for the southern hemisphere.
Because you cant see them above the clouds.