The document discusses the summer solstice on June 21st and equinoxes. On the summer solstice, the sun's path is furthest north in the southern hemisphere, rising in the northeast and setting in the northwest with the longest hours of daylight. During the equinoxes on March 21st and September 21st, the sun rises due east and sets due west with exactly 12 hours of daylight and night. The vernal equinox on March 21st has the sun rising directly in the east and setting directly in the west, equally dividing the day and night.

1. June 21st Summer Soltice
the paths are in the southern part of the hemisphere which means
that they started or initiated at the Northern part of the hemisphere.
The noon sun is at 90 degrees AKA the zenith. Tropic of Cancer N
Equinox(s)
The paths rises east and sets west. The noon sun is at 90 degrees
AKA the zenith. Equator zero degrees latitude
Vernal & Autumnal Equinoxs In Detail:
the suns path is on the flat circle bottom part. the suns path goes
round and round on the flat circle part. Think to yourself where would
Polaris be 90 degrees overhead at the zenith. THis is at the North
Pole. Because the sun has the same path this celestial hemisphere
diagram can be dated for March 21st where the sun rises only
AKA Vernal Equinox or September 21st where the sun sets
only. Another reason why the sun has the same path if you dont
understand why is because on this day the sun is at the equator.
Being that the sun is soley at the equator, that is the only path it t
takes.
June 21st
The sun rises NE and sets NW
The path for the sun is longest on this day because this day has the
most hrs of daylight
March 21st
the sun rises east then sets W
equinox 12 hours of day and night causing it to be cut in 1/2
December 21st
Usually the shortest path rises SE and sets SW