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COMPUTATION OF ASTRONOMIC AZIMUTH BY THE ARTY CASTRO METHOD (FED MSR) For use of this form, see FM 62; the proponent agency is TRADE. COMPUTER: NOTEBOOK REFERENCE: CHECKER: DATE: AREA: SHEET INSTRUCTIONS

How to fill out computation of astronomic azimuth

How to fill out computation of astronomic azimuth:

1. Determine the location and time: In order to calculate the astronomic azimuth, you need to know the exact location of the observer and the time of observation. This information is crucial for accurate calculations.
2. Gather the necessary data: To perform the computation, you will need specific data, such as the latitude and longitude of the observer's location, the declination angle of the celestial object or star you are observing, and the observer's altitude.
3. Calculate the declination angle: The declination angle represents the celestial object's angular distance north or south of the celestial equator. It is an essential parameter for computing the astronomic azimuth. You can find the declination angle in astronomical tables or calculate it using mathematical formulas related to time, date, and the celestial object's position.
4. Determine the hour angle: The hour angle is the angular distance of a celestial object from the observer's meridian. It is necessary for the computation of the astronomic azimuth. Hour angles can be calculated using specific formulas based on the observation time, the observer's longitude, and the celestial object's right ascension.
5. Apply the astronomic azimuth formula: Once you have determined the declination angle and the hour angle, you can use the astronomic azimuth formula to calculate the azimuth angle. The formula takes into account the observer's latitude, the declination angle, and the hour angle.

Who needs computation of astronomic azimuth?

1. Astronomers: Astronomers require computation of astronomic azimuth to accurately determine the positions of celestial objects. It allows them to track the movement of stars, planets, and other celestial bodies and study their behavior.
2. Navigators: Navigators, especially those who rely on celestial navigation, need to compute the astronomic azimuth. It helps them determine their precise location on Earth by calculating the azimuth of celestial objects, such as the Sun, Moon, or specific stars.
3. Surveyors: Surveyors may use the computation of astronomic azimuth to establish reference points or determine the orientation of specific objects based on their angular directions. This information is crucial for accurate measurements and mapping.
4. Engineers: Engineers involved in satellite tracking or communication systems may require computation of astronomic azimuth to align antennas or calculate the position of satellites based on their azimuth angles.
5. Outdoor enthusiasts: Outdoor enthusiasts, such as hikers, campers, or photographers, may have an interest in computing the astronomic azimuth. It allows them to understand the position of the Sun or Moon at a specific time, which can provide valuable information for navigation or capturing stunning photographs.

In conclusion, knowing how to fill out the computation of astronomic azimuth is beneficial for various professionals, including astronomers, navigators, surveyors, engineers, and outdoor enthusiasts. It enables them to determine the positions and angular directions of celestial objects, which serve multiple purposes in their respective fields.

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What is computation of astronomic azimuth?

Computation of astronomic azimuth is the calculation of the horizontal angle between a celestial body and a reference point on the Earth's surface.

Who is required to file computation of astronomic azimuth?

Individuals or organizations conducting astronomic observations or using astronomic data may be required to file computation of astronomic azimuth.

How to fill out computation of astronomic azimuth?

Computation of astronomic azimuth can be filled out by inputting the relevant observational data and performing the necessary calculations to determine the azimuth angle.

What is the purpose of computation of astronomic azimuth?

The purpose of computation of astronomic azimuth is to accurately determine the direction of a celestial body from a specific location on Earth.

What information must be reported on computation of astronomic azimuth?

Information such as date, time, location, celestial body observed, reference point, and the calculated azimuth angle must be reported on computation of astronomic azimuth.