1:37 AM
2:21 AM
2:42 AM
5 hours later…
7:57 AM
**alt** is the altitude
**ϕ** is the observer’s latitude.
**δ** is the declination of the object
**h** is the hour angle
**alt** is the altitude
**ϕ** is the observer’s latitude.
**δ** is the declination of the object
**h** is the hour angle
**ϕ** is the observer’s latitude.
**δ** is the declination of the object
**h** is the hour angle
**alt** is the altitude
**ϕ** is the observer’s latitude.
**δ** is the declination of the object
**h** is the hour angle
**alt** is the altitude
**ϕ** is the observer’s latitude.
**δ** is the declination of the object
**h** is the hour angle
**alt** is the altitude
**ϕ** is the observer’s latitude.
**δ** is the declination of the object
**h** is the hour angle
**ϕ** is the observer’s latitude.
**δ** is the declination of the object
**h** is the hour angle
**alt** is the altitude
**ϕ** is the observer’s latitude.
**δ** is the declination of the object
**h** is the hour angle
**alt** is the altitude
**ϕ** is the observer’s latitude.
**δ** is the declination of the object
**h** is the hour angle
** alt ** is the altitude
**ϕ** is the observer’s latitude.
**δ** is the declination of the object
**h** is the hour angle
**ϕ** is the observer’s latitude.
**δ** is the declination of the object
**h** is the hour angle
** alt ** is the altitude
**ϕ** is the observer’s latitude.
**δ** is the declination of the object
**h** is the hour angle
**alt** is the altitude
**ϕ** is the observer’s latitude.
**δ** is the declination of the object
**h** is the hour angle**
**ϕ** is the observer’s latitude.
**δ** is the declination of the object
**h** is the hour angle**
_alt_ is* the altitude
**ϕ** is the observer’s latitude.
**δ** is the declination of the object
**h** is the hour angle
**alt** is the altitude
**ϕ** is the observer’s latitude.
**δ** is the declination of the object
**h** is the hour angle
**ϕ** is the observer’s latitude.
**δ** is the declination of the object
**h** is the hour angle
**alt** is the altitude
**ϕ** is the observer’s latitude.
**δ** is the declination of the object
**h** is the hour angle
**alt** is the altitude
**ϕ** is the observer’s latitude.
**δ** is the declination of the object
**h** is the hour angle
**ϕ** is the observer’s latitude.
**δ** is the declination of the object
**h** is the hour angle
**alt** is the altitude **ϕ** is the observer’s latitude. **δ** is the declination of the object **h** is the hour angle
8:32 AM
8:49 AM
2 hours later…
10:42 AM
''' The change in the hour angle h for a given change in altitude alt, taking into account the latitude phi, declination delta, and current hour angle h. The negative sign indicates the direction of the change. ''' import math def calculate_delta_h(delta_alt, phi, delta, h): # Convert angles from radians to degrees delta_alt = math.degrees(delta_alt) phi = math.degrees(phi) delta = math.degrees(delta) h = math.degrees(h) # Ensure the denominator is not zero if math.cos(math.radians(phi)) * math.cos(math.radians(delta)) * math.sin(math.radians(h)) == 0:
1 hour later…
12:11 PM
5 hours later…
5:10 PM
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