It is not particularly high but it may be the highest that it can get - depending on the observer's latitude.
If the sun is 40 degrees above the horizon, a 5-ft person casts a shadow 5ft 11.5in long (rounded)
The celestial coordinates you provided indicate an object located in the sky with a right ascension of 17 hours and a declination of -26.8 degrees. From a location at 32 degrees north latitude, this object would be positioned in the southern sky. Depending on the time of year, it may be visible during the evening or early morning hours when it is above the horizon. Observers should check local astronomical charts or software to determine the exact timing of visibility.
Altitude is the angle measured above the horizon.
On March 21, which is the vernal equinox, the sun is positioned directly above the equator. At a latitude of 23.5 degrees south, the noon sun will be at an angle of 90 degrees minus the latitude, resulting in an angle of 66.5 degrees above the horizon. This means the sun will be relatively high in the sky at noon, illuminating the area directly below it.
-7 degrees below zero is 7 degrees above zero.-7 degrees below zero is 7 degrees above zero.-7 degrees below zero is 7 degrees above zero.-7 degrees below zero is 7 degrees above zero.
The star is considered rising. Also, it is setting when it is the opposite (moving from above the horizon to below.)
The Southern Cross is a famous star constellation in the southern hemisphere known for its distinctive cross shape. Being 23 degrees above the horizon means it is visible from locations between the latitudes of approximately 15 degrees south and 55 degrees south. This makes it a prominent feature in the night sky for observers in the southern hemisphere.
If the horizon is on a level line of sight, a vertical line directly above the observer forms an angle of 90 degrees. 55 degrees would be quite high, being above 45 degrees.
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.
No, 56 degrees above the horizon isn't "low". "Low in the sky" is less than 20 degrees elevation or so.
A star with an azimuth of 180 degrees would be due south, and an altitude of 20 degrees would place it 20 degrees above the horizon. So, the star would be in the southern part of the sky, 20 degrees above the horizon.
The altitude of aircraft is measured above the ground, not above the horizon, and it's a distance. The altitude of the sun is not measured above the ground, and it's not a distance. If it were, it would always be some number near 93 million miles. The altitude of the sun is the angle that an observer sees between his horizon and the sun, and it's different for different observers in different places.
Looking toward the north, the ray from you through the point 70 degrees above the horizon. 90 degrees would be directly overhead.Notation such as this is used to announce sightings of the International Space Station, for example:
Polaris will be 23.5 degrees above the northern horizon when viewed from the Tropic of Cancer.
Polaris, also known as the North Star, is positioned nearly directly above the North Pole. Therefore, its altitude in degrees above the horizon corresponds closely to your latitude in the Northern Hemisphere. For example, if you are at a latitude of 40 degrees north, Polaris would be approximately 40 degrees above the horizon.
No, the sun stays above the horizon for the whole of Christmas day, at an angle of 23.5 degrees above the horizon.
The Polaris altitude for Buenos Aires is approximately 34 degrees above the northern horizon. This is because Buenos Aires is located at a latitude of about 34 degrees south, and Polaris, or the North Star, is situated near the North Celestial Pole. Therefore, observers in Buenos Aires would see Polaris roughly 34 degrees below the horizon, making it not visible from that location.