it helps us find our wait
they ca help us locating places.they help us find out our way
Its used ti help us find dicunents quickly
We agree with you, that what you don't have won't help you solve the problem. It could help youand us both if we knew what you do have, and then maybe we could use that to find a solution.
Genetics are important to study because it helps us figure out traits of things to help find genetic disorders.
In the northern hemisphere, we used to rely on locating where Polaris is in the sky, which is almost directly over the North Pole. The angle of Polaris above the horizon corresponds to your latitude so Polaris helped many sea navigators to find their was north or south.
There are no constellations in the solar system. They can only be seen from Earth and from the other planets in the Solar System. They can help us learn about the rest of space and the Solar System itself. We can also study stars in the constellations and help us learn about our own star, the Sun.
They help us to map the night sky, but don't tend to help us from day to day. Some people called astrologers (not astronomers) believe that their positions in the sky will have an effect on our lives, but that's just nonsense.
Today, people use constellations for navigation, stargazing, and storytelling. They can help individuals locate specific stars or planets in the night sky, and provide a framework for understanding the universe around us. Additionally, constellations continue to inspire creativity and imagination in various forms of art and literature.
Constellations are used as a way of mapping surrounding space so that's its easier for us to find certain planets/stars alot easier. Also in history these constellations have being used for Astrology which is suposerly a way of reading ones future, hope this helps
Constellations do not exist in space; the constellations, the patterns of stars in the sky and the names that we give them, exist only in our minds. There isn't actually any connection between the stars, and when we travel to other stars, we'll find that the constellations that are familiar to us will disappear.However, the constellations that we see are primarily composed of especially bright stars. If they weren't bright, we wouldn't have noticed them!
Yes. If you have an accurate watch and a sextant, you can calculate your position quite accurately. But even without those tools, there is one constellation that will help you find north (if you are in the northern hemisphere). That constellation is Ursa Major, also known as the Big Dipper. Follow the two stars at the lip of the bowl of the dipper for seven times their separation, and you will (weather permitting) see a solitary, not-particularly-bright star. That star is Polaris, the North Star. The direction of that star is within one-half degree of true north.
The same ones as in the US.
it helps us find our wait
noting
The big dipper can show us the location of the Northern Star, Polaris. By drawing a line between the stars that make up the leading edge of the dipper (across from the handle), you can follow it away from the bottom part of the dipper and find Polaris nearby.
The largest of the three-star system which appears to us as the single star, Polaris, is a yellow supergiant.