Almost exactly due North.
If you are facing Polaris, which is located near the North Celestial Pole, then the compass direction at your back would be south. Polaris is commonly used for navigation in the Northern Hemisphere, as it indicates true north. Therefore, standing with Polaris in front of you, you are oriented toward the north and facing away from the south.
You would face north.
Polaris is called the north star because it is directly above Earth's north pole. So, if you find Polaris in the sky, that direction is north. Actually, Polaris is very close, but not exactly in line with the north pole. It is off by about 0.7 degrees.
The Dipper appears to rotate in a East to West direction around the celestial North Pole - which is a point that is very close to Polaris.
The name Polaris is significant in celestial navigation because it is the North Star, which remains nearly fixed in the sky and can be used to determine direction when navigating.
Taurus is located in the celestial sphere below the North Star, Polaris. This means that Taurus is to the north but is situated underneath Polaris when looking up at the night sky from Earth.
The star you're looking for to tell direction is Polaris, the North Star. If you know what time it is, and have an accurate star map, you could use Betelgeuse to tell direction, but it's difficult.
Polaris, the 'North Star', which never sets, and indicates the direction of north. Polaris is the last star in the handle of the Little Dipper, Ursa Minor. ('Little Bear,')
Polaris is situated almost along the axis of the earth's rotation, above the North Pole. As a result, to viewers in the Northern hemisphere, it appears to be stationary above the pole and so acts as a direction finder.
Ursa major and Ursa minor
Polaris, also known as the North Star, is a bright star that is fairly close to the celestial north pole - i.e., the Earth's axis temporarily points almost exactly in its direction (with a discrepancy of less than 1 degree). This situation is only temporary; the direction of Earth's axis in space is changing (for more information, read about "Precession"), and in a few thousand years, Polaris will no longer be the "North Star".
There are a couple of reasons that make Polaris, the north star, very useful. First of all, Polaris is not DIRECTLY above the North Pole; it's about two thirds of a degree off. But that's close enough so that if we assume that Polaris is exactly above the North Pole, you won't go very far off. So if you can see Polaris, you know which direction is north. If you measure the elevation angle above the horizon of Polaris, your reading is your latitude. No calculation is necessary!