The altitude of the celestial pole from the horizon actually tells you your latitude.
So If I locate Polaris, the star that our earth's celestial pole points to and I see it's 40 degrees above the horizon to the north, I know that my latitude is 40 degrees north. Think about the extremes, if your on the equator looking for the celestial pole, you would see it on the northern horizon correct? (0 degrees) Now think of where the celestial pole would be pointing when on the north pole. You guessed it, straight up! (90 degrees)
The approx. latitude is 43 degrees north, and the approx. longitude is 88 degrees west. The exact latitude is 43.04 degrees north, and the exact longitude is 87.95 degrees west.
latitude is degrees north or south of the equator and Longitude is degrees east or west of Greenwich
lines of latitude
The South Pole is at 90 degrees S latitude. The North Pole is at 90 degrees N latitude. 180 degrees. All lines of longitude converge at both poles.
The geographical poles are the North and South Poles. The South Pole is at 90 degrees S latitude. The North Pole is at 90 degrees N latitude. All lines of longitude converge at both poles.
Latitude is not based on any celestial observation, but rather the geographical location - how far north or south the place is - with respect to the equatorial circle. You could say it is based on terrestrial observation, if you like.
Instruments such as a sextant or a quadrant can be used to determine the altitude of the North Star. By measuring the angle between the North Star and the horizon, navigators can determine their latitude.
Yes, latitude and right ascension are both coordinate systems used for locating objects on the celestial sphere. Latitude is measured in degrees north or south of the celestial equator, while right ascension is measured in hours, minutes, and seconds eastward from the vernal equinox. Right ascension is analogous to longitude on Earth.
The altitude at which the celestial equator intersects your local meridian is the complementof your latitude, i.e. the difference between your latitude and 90 degrees.On the equator: Your latitude is zero. (90 - 0) = 90. Celestial equator passes overhead.At the pole: Your latitude is 90. (90 - 90) = 0. Celestial equator coincides with the horizon.In New Orleans, Louisiana, or Durban, South Africa: Your latitude is 30. (90 - 30) = 60.Celestial equator intersects local meridian at 60 degrees above the horizon.
Any sky object within (your latitude) degrees of the north celestial pole.
The altitude of the North Celestial Pole above the northern horizon is equal to the observer's latitude. This means that the higher the observer's latitude, the higher the North Celestial Pole will appear in the sky. For example, an observer at a latitude of 45 degrees will see the North Celestial Pole 45 degrees above the northern horizon.
North of the equator. In theory, about 0 degrees, or further north.
The Pole Star, also known as Polaris, can help you find direction by locating the North. It is located very close to the north celestial pole, so it remains nearly stationary while other stars appear to move across the sky. By locating Polaris, you can determine which way is north, south, east, and west.
If your latitude is 39 degrees north, then the north celestial poleis 39 degrees above your northern horizon.If your latitude is 39 degrees south, then the north celestial poleis 39 degrees below your northern horizon.
At 45 degrees north latitude, the north celestial pole appears 45 degrees above the northern horizon. At 45 degrees south latitude, the south celestial pole appears 45 degrees above the southern horizon.
the angular distance of a place north or south of the earth's equator, or of a celestial object north or south of the celestial equator, usually expressed in degrees and minutes
To find the latitude in the northern hemisphere, you can use a GPS device or online map tools that provide latitude information based on your current location. Additionally, you can determine latitude using a sextant and celestial navigation techniques by measuring the angle of the North Star above the horizon.