These are terms used in surveying and astronomy (usually quotes in angles) to denote the apparent position of an object in the sky based on a specific obervation point or an observer on the Earth's surface. See the following link for an example: http://searchcio-midmarket.techtarget.com/sDefinition/0,,sid183_gci838808,00.html
Azimuth is the angle between a celestial object and the observer's reference direction, typically measured clockwise from north. Elevation is the angle between an object and the observer's horizontal plane. Both azimuth and elevation are commonly used in astronomy and navigation to locate and track objects in the sky.
An azimuth thruster is an engine and ship's propeller in a pod which is azimuth adjustable.
Altitude and azimuth are important for determining the position of celestial objects in the sky. Altitude measures the angle above the horizon, while azimuth measures the direction from north. Astronomers use these coordinates to locate and track stars, planets, and other astronomical objects. Similarly, hikers and navigators use altitude and azimuth to find their way using landmarks and the positions of the sun and stars.
The azimuth and altitude of Sagittarius depend where you are on Earth and the date and time. The altitude can be anything form 0-90, and the azimuth 0-180.
The term 'azimut' is an Italian word meaning 'azimuth' An azimuth is an angle that is used in the spherical coordinate system. There was also a band called Azimuth. They were a British jazz trio.
The azimuth degrees of Orion's Belt can vary depending on your location and the time of year. On average, Orion's Belt is typically located around 180-200 degrees azimuth when viewed from the northern hemisphere. You can use a sky mapping app or software to determine the exact azimuth for your specific location and time.
Using a Dish satellite in zip code 78642: azimuth: 203, elevation:50 and skew: 116
Azimuth refers to the horizontal angle or direction measured clockwise from true north to the point of interest. Elevation, on the other hand, refers to the vertical angle or height above a specific reference point, usually the horizon. In simpler terms, azimuth is the side-to-side angle, while elevation is the up-and-down angle.
http://www.dbsforums.com/azel.html use this to coordinate azimuth, elevation and angle.
The approximate azimuth of Venus just before it sets will depend on your location, but it will generally be towards the west. The elevation will also vary, but it will typically be close to the horizon.
Zip Code -426XXElevation -34Azimuth -231Skew - 127 These are the settings for a 1000.2, 1000.4, or 1000.5 dish. If you don't have that type dish, exclude the skew.
"Azimuth and Elevation" is a way of locating a geostationary satellite in the sky, based on your latitude & longitude. For the Seattle, Washington area, for example, the basic bird for Dish Network installs is at Azimuth 150, Elevation 34. So to locate the point in the sky where the bird is, you start with a compass heading of 150 degrees (which is 30 degrees East of due South) and then point up 34 degrees above the horizon.
A BACK AZIMUTH IS A PROJECTION OF THE AZIMUTH FROM THE ORIGIN TO THE OPPOSITE SIDE OF THE AZIMUTH CIRCLE. i.e. THERE ARE 360 DEGREES IN AN AZIMUTH CIRCLE, THUS THE OPPOSITE DIRECTION IS 180 DEGREES.
An azimuth thruster is an engine and ship's propeller in a pod which is azimuth adjustable.
To convert a magnetic azimuth to grid azimuth, subtract G-M angle.” If you have a magnetic azimuth of 270 degrees, and the G-M angle is 8 degrees, your grid azimuth will be 262 degrees.
Azimuth is the angle, typically using true north as zero degrees to an object from viewers location. An altitude (if expressed as an elevation angle from the viewer) provides a line of sight to an object in space. If you were standing at a point and facing true north and there was an airplane flying at 20,000 ft and you knew the elevation angle you could compute the range and have an (X,Y,Z) location for the object.
The six target characteristics of radar are range, velocity, azimuth, elevation, size, and radar cross section. Range refers to the distance of the target from the radar system, velocity represents the speed of the target, azimuth and elevation specify the target's horizontal and vertical angles, size indicates the physical dimensions of the target, and radar cross section is a measure of how well the target reflects radar signals.
The point from where an azimuth originates is the center of an imaginary circle.