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Those constellations that lie in the plane in which Earth orbits the Sun (the ecliptic) are only visible in the night sky when Earth is on their side of the Sun.
No. As we orbit the Sun different constellations become visible, but we can only see them when it is dark. Constellations are in the sky during daylight, but the Sun is so bright, we cannot see them. A few months after that, they start to be visible in the evenings and soon at night, by which time other constellations are in daylight and cannot be seen. You will see any constellation at the same time of year, every year. So the constellations you see in the night sky tonight are the same as the ones you will see on this date in any other year. The only thing that will differ is where the Moon and planets are.
Yes, the appearance of constellations follows a seasonal pattern. As the Earth orbits the Sun throughout the year, different constellations become visible in the night sky. This is because the position of the Earth in its orbit causes the angle at which we view the stars to change, making different constellations visible at different times of the year.
In the northern hemisphere during the autumn months. See the related link below for help on where and when to see constellations from your area.
The fact that we orbit the sun during the course of a year. At any given part of the year, we can't see the stars that are behind the sun. Six months later, we will be able to see those stars.
Lots of constellations are visible during the winter months. About half of the constellations are above the horizon, and therefore usually visible, at any given moment. What constellations are visible would also depend on whether you live north or south of the equator (this affects the definition of "winter"), on the specific month, and the time of night.
Because the constellations that are visible during winter are on the other side of the sun during the summer. During the year the earth spins around the sun like a big satellite. So while the earth is constantly moving, the distance that the stars are away from us cause them to look stationary from our point of view some constellations can only be seen a few months out of the year.
Those constellations that lie in the plane in which Earth orbits the Sun (the ecliptic) are only visible in the night sky when Earth is on their side of the Sun.
There are dozens, but it would depend on where you live. For example, if you live in the Arctic or Antarctic, you can't see ANY stars at midsummer, when the Sun is up all the time.
No. As we orbit the Sun different constellations become visible, but we can only see them when it is dark. Constellations are in the sky during daylight, but the Sun is so bright, we cannot see them. A few months after that, they start to be visible in the evenings and soon at night, by which time other constellations are in daylight and cannot be seen. You will see any constellation at the same time of year, every year. So the constellations you see in the night sky tonight are the same as the ones you will see on this date in any other year. The only thing that will differ is where the Moon and planets are.
No. For the Sun to be "in" one of the constellations means that the constellation is BEHIND the Sun, and so invisible. Any constellation is, on average, visible for 9 months of the year, with the 3 months of non-visibility being centered on that constellation.
No. For the Sun to be "in" one of the constellations means that the constellation is BEHIND the Sun, and so invisible. Any constellation is, on average, visible for 9 months of the year, with the 3 months of non-visibility being centered on that constellation.
No. For the Sun to be "in" one of the constellations means that the constellation is BEHIND the Sun, and so invisible. Any constellation is, on average, visible for 9 months of the year, with the 3 months of non-visibility being centered on that constellation.
No. For the Sun to be "in" one of the constellations means that the constellation is BEHIND the Sun, and so invisible. Any constellation is, on average, visible for 9 months of the year, with the 3 months of non-visibility being centered on that constellation.
No. For the Sun to be "in" one of the constellations means that the constellation is BEHIND the Sun, and so invisible. Any constellation is, on average, visible for 9 months of the year, with the 3 months of non-visibility being centered on that constellation.
Because we tend to do our stargazing at roughly the same time of night whenever we go out, but the constellations move through our clock.-- Constellations within (your latitude) of the celestial pole are visible at any time on any clear night, all year around.-- And constellations farther from the pole of the sky are visible at some time of every clear night, for 9 or 10 months of the year.That is related to Earth's movement around the Sun.
There are a number of cities in the state of Washington that receive snow during the winter months. These include Bellingham and Spokane.