Sun angular elevation: Difference between revisions
Created page with "This is the formula using globe geometry for the angular elevation of the sun at local solar noon and local solar midnight for any latitude. Angular elevation at local solar noon ~= 90° - Obs_lat - Dec_sun<br> Angular elevation at local solar midnight ~= -90° - (Obs_lat + Dec_sun)<br> Where: * Obs_lat is the observer's latitude * Dec_sun is the sun's declination For 80°S Latitude on December 15, 2024:<br> Local solar noon ~= 90° - Obs_lat - Dec_..." |
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Local solar midnight ~= -90° - (-103.37°)<br> | Local solar midnight ~= -90° - (-103.37°)<br> | ||
Local solar midnight ~= 13.37°<br> | Local solar midnight ~= 13.37°<br> | ||
[[Category:Globe Evidence]] | |||
Revision as of 13:19, 28 August 2026
This is the formula using globe geometry for the angular elevation of the sun at local solar noon and local solar midnight for any latitude.
Angular elevation at local solar noon ~= 90° - Obs_lat - Dec_sun
Angular elevation at local solar midnight ~= -90° - (Obs_lat + Dec_sun)
Where:
- Obs_lat is the observer's latitude
- Dec_sun is the sun's declination
For 80°S Latitude on December 15, 2024:
Local solar noon ~= 90° - Obs_lat - Dec_sun
Local solar noon ~= 90° - 80° - (−23.37°)
Local solar noon ~= 33.37°
Local solar midnight ~= -90° - (Obs_lat + Dec_sun)
Local solar midnight ~= -90° - (-80° + -23.37°)
Local solar midnight ~= -90° - (-103.37°)
Local solar midnight ~= 13.37°