the southern cross constellation can be used to find south is once located the southern cross measure 5 1/2 times south east direction an you will find south . to see the picture which will help you find due south using the southern cross look under related link adn click om picture and the disgram should come up
Exactly opposite Cassiopeia, just researched it!
andromeda
Well, I got this off of unexplainable.net. 1.) The constellation musca is one of the twelve constellations created by Peiter Dirkszoon Keyser and Frederick de Hourman between the years of 1595 and 1597. 2.) The constellation first made an appearance in "Uranometria" - a publication headed by Johann Bayer in 1603. In the beginning, the constellation was dubbed 'Apis - the bee' by Bayer, but it was renamed Musca Australis (the southern fly) by Nicolas Louis de La Caille between the years of 1750-1754. 3.)Today, you will find the constellation positioned immediately south of Cruz (the southern cross), meaning that people living in the United States are unable to catch sight of it. This is only three things, but I hope it will help. I am doing a project on constellations and I found this info while researching. I copied and pasted it from unexplainable.net, so I just want you to know that I was not making up this answer. I'm not smart enough to come up something that intelligent, you know. I copy and pasted this from unexplainable.net: Musca - the fly As one of the minor southern constellations in the sky, Musca is also one of the twelve constellations created by Peiter Dirkszoon Keyser (Dutch navigator who mapped the southern sky) and Frederick de Hourman (Dutch explorer who sailed along the Western coast of Australia) between the years of 1595 and 1597. The constellation first made an appearance in "Uranometria" - a publication headed by Johann Bayer in 1603. In the beginning, the constellation was dubbed 'Apis - the bee' by Bayer, but it was renamed Musca Australis (the southern fly) by Nicolas Louis de La Caille between the years of 1750-1754. This was an attempt to separate this group of stars from a southern 'fly' called " Musca Borealis". However, this constellation is no longer recognizer by the astronomical community. The following years would see the name shortened to Musca. Today, you will find the constellation positioned immediately south of Cruz (the southern cross), meaning that people living in the United States are unable to catch sight of it.
The Scorpius constellation is easiest to spot in July. The best way to find it is by first spotting Antares, the brightest star in the constellation. It is easy to see because it is orange. The Scorpius' tail will be south from Antares.
First, look for the bid dipper in the sky. A line through, the two stars fartherest away from the beginning of the handle of the dipper may be extended to lead you to the pole star- this is North. So the opposite direction will be South
The Southern Cross is a five star constellation. To find south, compare the positions of the South Celestial Pole and Archenar.
Exactly opposite Cassiopeia, just researched it!
While there is a "North Star" - Polaris - there is no "south star". There are no stars bright enough to notice that are especially close to being over the South Pole. There is a constellation, the Southern Cross, which sort-of points toward the South Pole, but that's not really close enough to navigate by.
you can find the southern cross image on Google images
Virgo can be seen in the southern hemisphere during american autumn (september, october, etc) and in the northern hemisphere during american spring (May, etc). In the northern hemisphere you use the big dipper as a reference to find it and in the southern hemisphere you use the southern cross.
andromeda
love ya
They are called Gamma Crucis and Alpha Crucis (sometimes nicknamed "Gacrux" and "Acrux")
In the northern hemisphere, the North Star (Polaris) is constant. Other stars are known to rise and fall at certain times of the year. It is my understanding that the Southern Cross is a constant constellation (non-moving) in the southern hemisphere, but I do not know that to be a fact.
Well, I got this off of unexplainable.net. 1.) The constellation musca is one of the twelve constellations created by Peiter Dirkszoon Keyser and Frederick de Hourman between the years of 1595 and 1597. 2.) The constellation first made an appearance in "Uranometria" - a publication headed by Johann Bayer in 1603. In the beginning, the constellation was dubbed 'Apis - the bee' by Bayer, but it was renamed Musca Australis (the southern fly) by Nicolas Louis de La Caille between the years of 1750-1754. 3.)Today, you will find the constellation positioned immediately south of Cruz (the southern cross), meaning that people living in the United States are unable to catch sight of it. This is only three things, but I hope it will help. I am doing a project on constellations and I found this info while researching. I copied and pasted it from unexplainable.net, so I just want you to know that I was not making up this answer. I'm not smart enough to come up something that intelligent, you know. I copy and pasted this from unexplainable.net: Musca - the fly As one of the minor southern constellations in the sky, Musca is also one of the twelve constellations created by Peiter Dirkszoon Keyser (Dutch navigator who mapped the southern sky) and Frederick de Hourman (Dutch explorer who sailed along the Western coast of Australia) between the years of 1595 and 1597. The constellation first made an appearance in "Uranometria" - a publication headed by Johann Bayer in 1603. In the beginning, the constellation was dubbed 'Apis - the bee' by Bayer, but it was renamed Musca Australis (the southern fly) by Nicolas Louis de La Caille between the years of 1750-1754. This was an attempt to separate this group of stars from a southern 'fly' called " Musca Borealis". However, this constellation is no longer recognizer by the astronomical community. The following years would see the name shortened to Musca. Today, you will find the constellation positioned immediately south of Cruz (the southern cross), meaning that people living in the United States are unable to catch sight of it.
Unlike the North Pole, where the "North Star" Polaris is within a half-degree of being exactly north, there is no "South Star"; there are no naked-eye visible stars close to the South Pole. About the closest you can find is the Southern Cross, which points to the south pole without being right over it.
The Scorpius constellation is easiest to spot in July. The best way to find it is by first spotting Antares, the brightest star in the constellation. It is easy to see because it is orange. The Scorpius' tail will be south from Antares.