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

How to fill out computation of astronomic azimuth

How to fill out computation of astronomic azimuth:

1. Determine the location and time: Start by identifying the specific location for which you want to calculate the astronomic azimuth. This can be done using the latitude and longitude coordinates. Additionally, note the specific time for which you want to compute the astronomic azimuth.
2. Gather necessary astronomical data: Obtain the relevant astronomical data, including the declination and hour angle of the celestial object you are interested in. This information can be acquired through astronomical almanacs or online databases.
3. Calculate the azimuth angle: Use the gathered data to calculate the astronomic azimuth. The computation involves utilizing mathematical equations and trigonometric functions to determine the angle in degrees between true north and the celestial object.
4. Account for local factors: Consider any local factors that may influence the astronomic azimuth. These factors can include the observer's geographical elevation, atmospheric conditions, and the presence of obstacles such as buildings or mountains. Adjustments may need to be made to account for these factors in the computation.
5. Validate the results: Double-check your calculations and ensure the accuracy of the computed astronomic azimuth. This can be done by comparing with existing data or using software applications specifically designed for astronomical calculations.

Who needs computation of astronomic azimuth?

1. Astronomers and researchers: Astronomic azimuth computations are essential for astronomers and researchers studying celestial objects and their movements. It allows them to determine the precise location and direction of astronomical objects in the sky.
2. Navigators and surveyors: Navigators and surveyors rely on astronomic azimuth computations to determine their position and direction on land, sea, or air. It aids in navigation, orientation, and establishing accurate survey measurements.
3. Outdoor enthusiasts: People engaged in outdoor activities such as hiking, camping, or mountaineering can benefit from computing astronomic azimuth. It helps them determine the direction of sunrise or sunset, locate celestial objects for navigation, or simply understand their surroundings better.
4. Architects and engineers: Astronomic azimuth computations are useful for architects and engineers when designing buildings, roads, or infrastructure. It allows them to consider the position of the sun, shadows, and natural light, providing valuable information for optimal design and energy efficiency.
5. Photography and cinematography professionals: Computation of astronomic azimuth is valuable for photographers and cinematographers who utilize natural lighting and sun position in their work. It helps in planning outdoor shoots, calculating golden hour or blue hour times, and achieving desired lighting effects.

Overall, the computation of astronomic azimuth has broad applications in various fields, ranging from astronomy and navigation to outdoor activities and design. It enables a deeper understanding of celestial objects and their relation to our physical world.

For pdfFiller’s FAQs

What is computation of astronomic azimuth?

The computation of astronomic azimuth involves calculating the horizontal direction of a celestial object from a specific location on Earth.

Who is required to file computation of astronomic azimuth?

Individuals or organizations conducting astronomical observations or using celestial navigation 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 data such as coordinates, date, time, and celestial object information into a specialized software or using mathematical formulas.

What is the purpose of computation of astronomic azimuth?

The purpose of computation of astronomic azimuth is to determine the direction of a celestial object relative to a specific location on Earth, which can be used for navigation, astronomical research, or other purposes.

What information must be reported on computation of astronomic azimuth?

Information such as observer's location coordinates, date, time, celestial object coordinates, and the calculated azimuth angle must be reported on computation of astronomic azimuth.

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