Yes. There are a number of binary stars scattered about the sky, and there is always one visible at night (unless it is cloudy!)
In the northern hemisphere, one of the most famous "visual binary" stars - two stars that appear to be next to each other, but which are not gravitationally bound - are the middle "star" in the handle of the Big Dipper. They are Mizar and Alcor. In Roman times, the Legions used these as an eye test; if you could see two stars, then your vision was good enough to be an archer. If you only saw one, then it was not.
The star Mizar itself is a true "double star"; two stars orbiting their common center of gravity.
Anywhere north of 30 degrees north latitude, these stars (and the Big Dipper itself) are circumpolar; they never set.
Because we are in the Milky Way galaxy, where there are huge numbers of stars in every direction from us that can be seen any time the sun isn't up in the sky.
Stars appear to move with the seasons due to the Earth's orbit around the sun. As the Earth revolves around the sun, the position of the stars we see at night changes throughout the year. This creates the illusion that stars are moving across the sky along with the changing seasons.
Yes, circumpolar stars move counterclockwise around the north celestial pole as the Earth rotates. This apparent motion is due to the Earth's rotation on its axis, which causes the stars to appear to travel in circular paths around the pole. Observers in the northern hemisphere can see these stars all year round, as they are close enough to the celestial pole to never dip below the horizon.
That's a reflection of Earth's movement around the Sun.
As seen from the south pole, the sun rises once, around September 21, and sets once, around March 21, each year.
Stars located near the Earth's poles that can be seen year-round at all times of night are called circumpolar stars. These stars appear to rotate around the pole and do not rise or set like other stars in the sky due to the Earth's rotation.
Matariki, the Māori New Year celebration, is associated with a cluster of stars known as the Pleiades. While seven stars are typically visible to the naked eye, there are actually more stars in the cluster that cannot be seen without the aid of a telescope. Estimates suggest that the Pleiades cluster contains around 100 to 200 stars, most of which are faint and not discernible to the unaided eye.
some stars obit earch other binary systerms our galaxie revolvs in 235 million years the cosmic year urser major s stars will look diferant in 100 ooo years
2015 in binary is 11111011111.
In clear conditions with good eyesight about 1900 stars can be seen in total throughout the year from all points on Earth.
The thing that accounts for different stars being seen in the sky during different seasons of the year is the tilt of the Earth. This not only creates the seasons, it brings different stars into view at different times.
In the Milky Way galaxy, around one star is born each year and around one star dies each year. Throughout the universe, around 100 billion stars are born and die each year.
Stars that can be seen in all seasons include Polaris (the North Star), Sirius, Vega, and Capella. These stars are visible in the night sky throughout the year due to their proximity to the celestial poles or their location near the ecliptic plane.
The Leonids are seen in November each year, peaking about the 18th of November. The Perseids are in August each year, peaking around the 12th of August.The Leonids are seen in November each year, peaking about the 18th of November. The Perseids are in August each year, peaking around the 12th of August.The Leonids are seen in November each year, peaking about the 18th of November. The Perseids are in August each year, peaking around the 12th of August.The Leonids are seen in November each year, peaking about the 18th of November. The Perseids are in August each year, peaking around the 12th of August.The Leonids are seen in November each year, peaking about the 18th of November. The Perseids are in August each year, peaking around the 12th of August.The Leonids are seen in November each year, peaking about the 18th of November. The Perseids are in August each year, peaking around the 12th of August.The Leonids are seen in November each year, peaking about the 18th of November. The Perseids are in August each year, peaking around the 12th of August.The Leonids are seen in November each year, peaking about the 18th of November. The Perseids are in August each year, peaking around the 12th of August.The Leonids are seen in November each year, peaking about the 18th of November. The Perseids are in August each year, peaking around the 12th of August.The Leonids are seen in November each year, peaking about the 18th of November. The Perseids are in August each year, peaking around the 12th of August.The Leonids are seen in November each year, peaking about the 18th of November. The Perseids are in August each year, peaking around the 12th of August.
Under ideal conditions (no lights, unclouded, no dust, good eyes), you can see 2000-3000 stars at any time of the year.
Decimal 2010 = Binary 11111011010.
around october november time