No, they actually set four minutes earlier every night.
nope. i go to ur school
The Moon is orbiting Earth, so its position is changing all of the time. So it is in a new position when it rises from one night to another.
because earth rotates on its axis
meteors may be seen every night, preferably just before dawn, when their apparent velocity will be greater because of the rotation of the Earth. Thousands each night.
Because the stars do not move, but on the other hand, the Earth does. Therefore, sometimes you will not see the same constellations in the same place every night.
It doesn't go anywhere - it is there all the time. While it is below the horizon for you, people on the other side of planet Earth can see it overhead.
Not if you stay at the same place to observe it. If you pick a star and observe it from the same place every night, you'll see it rise from the same exact spot on the horizon every night, but about 4 minutes earlier each night than on the previous night.
Because of the earths continual journey around the sun - each night, about 1 degree of the sky comes into view in the east that wasn't visible the night before, and about 1 degree of the sky dips below the western horizon. After about two months (60 degrees) the overall picture of the sky has changed notably. After six months, it has changed completely. Note: All of this assumes the same viewing time every evening.
Binary stars.
nope. i go to ur school
Those that are always above the horizon (circumpolar), those that are sometimes above and sometimes below the horizon, and those that are never above the horizon. How much of the sky is in each group will depend on your geographic latitude.
This phenomenon is due to Earth's axial tilt. In June, Scotland enjoys the benefit of the sun being on the part of the ecliptic where it is farthest north of the equator -- approximately 23.4° north. This means that, in June, the sun shines more directly onto Scotland and for longer each day, than at other times of the year. So, the sun is above the horizon for longer portions of each day, and below the horizon for shorter portions of each day. This effect is most apparent at the north pole, and least apparent at the equator, but is observable over the entire northern hemisphere.
Stars appear to move across the sky each night because the earth is moving, but not the stars. Also some stars are only visible during certain seasons because as the earth rotates, they become visible.
Stars are constantly moving, but their distance makes it unnoticeable for us. The reason we see different stars in different seasons is due to our position as we move around the sun each year. What that does mean is that at the same time each year, you will see the same stars in the same positions. During the night, as the Earth rotates, the stars seem to move across the sky. From night to night, because we orbit the sun, they appear to be in slightly different positions at the same time each night. Even then, you have to be looking carefully at the same time each night to notice. Because of that change, over the course of a few months they seem to have moved more considerably.
The Moon is orbiting Earth, so its position is changing all of the time. So it is in a new position when it rises from one night to another.
Planets are in a slightly different position each night with respect to the stars. The word planet is derived from a word meaning wanderer.
There is one sunset each day for a specific location on Earth as the sun appears to dip below the horizon.