EdKelson
On the Tropic of Capricorn the Sun is overhead at the summer solstice and 47 degrees off the vertical, or 43 degrees above the horizon, at the winter solstice.
So the observer here must be 7 degrees further north than the tropic of capricorn: the latitude is 16.4 degrees south.
Wiki User
∙ 9y agoAnonymous
16.5 degrees S
If an observer in Pennsylvania measures the altitude of Polaris to be 40 degrees, they could be approximately 40 degrees north of the equator, which would imply a latitude close to 40 degrees north. This is because the altitude of Polaris above the horizon is equal to the observer's latitude in the Northern Hemisphere.
The altitude of Polaris and the latitude of an observer are directly related. The altitude of Polaris in the sky is approximately equal to the observer's latitude in the Northern Hemisphere. The higher the latitude, the higher Polaris will appear in the sky.
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.
Yes, the altitude of the North Star is equal to the observer's latitude in the Northern Hemisphere. The North Star's position in the sky is directly above the Earth's North Pole, and as you move south from the North Pole, the angle of elevation of the North Star above the horizon decreases by an amount equal to your latitude.
To determine your latitude in the northern hemisphere using a star, measure the angle between the horizon and the star using a sextant. This angle is called the star's altitude. If you know the star's declination (which is constant), subtract it from 90 degrees minus the star's altitude to find your latitude.
the altitude of polaris is same as the latitude of your location assuming that you are in the northern hemisphere
The altitude of Polaris in the northern hemisphere is the same as the latitude at that point on Earth. For example, if you are at 40˚N, then the altitude of Polaris would be 40.Hope I answered your question! :)
If an observer in Pennsylvania measures the altitude of Polaris to be 40 degrees, they could be approximately 40 degrees north of the equator, which would imply a latitude close to 40 degrees north. This is because the altitude of Polaris above the horizon is equal to the observer's latitude in the Northern Hemisphere.
The latitude of the observer is equal to the altitude of Polaris. Therefore, if the altitude of Polaris is 43 degrees, then the latitude of the observer is 43 degrees.
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.
latitude of the observer.
Yes, the altitude of the North Star is equal to the observer's latitude in the Northern Hemisphere. The North Star's position in the sky is directly above the Earth's North Pole, and as you move south from the North Pole, the angle of elevation of the North Star above the horizon decreases by an amount equal to your latitude.
If Polaris appears 60° above the northern horizon, then you are pretty near 60° north latitude. If you're on the equator ... 0° north latitude ... then Polaris is on the horizon ... 0° altitude. If you're at the north pole ... 90° north latitude ... then Polaris is over your head ... 90° altitude. The altitude above the northern horizon at which Polaris appears is nearly identical to your north latitude. ================================================= The difference (error) between Polaris and the real North Celestial Pole is about 0.7 degree. Not good enough for precise navigation or surveying, but just fine for directions when you're hiking.
To determine your latitude in the northern hemisphere using a star, measure the angle between the horizon and the star using a sextant. This angle is called the star's altitude. If you know the star's declination (which is constant), subtract it from 90 degrees minus the star's altitude to find your latitude.
No connection whatsoever. The altitude of Polaris as seen from anywherein the northern hemisphere is roughly equal to the observer's latitude, andis independent of longitude.
The "declination" of a star is its position in the sky on the celestial sphere, which stays the same for any observer.You may be thinking about how high Polaris is above the horizon.That's its "altitude".The altitude of Polaris always equals the latitude of the observer.That's been a great help to seafarers for centuries.Polaris has a declination of nearly 90 degrees.From Glasgow, its altitude in the northern sky is equal to the latitude of Glasgow.The latitude of Glasgow is about 55.9 degrees.So, the altitude of Polaris in Glasgow is about 55.9 degrees.
The altitude of Polaris in Albany, which is about 42° north latitude, is approximately 42° above the northern horizon. Polaris, the North Star, is positioned very close to the North Celestial Pole, making it a good reference point for navigation and determining one's approximate latitude in the Northern Hemisphere.