Flat or globe, the sun rises in the east and sets in the west.
North of a mid-line, as the sun traverses the sky from E to W, it is observed to pass through South at local noon (give or take).
South of the same mid-line, the sun still rises in the E & sets in the W; however, at the mid point of its traverse it passes through North-ish at local noon.
Riddle me that, if we're on a 2D construct. I'll wait.
'made no sense' - to you. I've observed it myself when operating both N & S of the equator. Within, or close to the tropics, it's not so easy to tell if the noon sun is truly directly overhead or not, as the N or S effect is quite small. It's unmistakeable from higher latitudes.
Flat or globe, the sun rises in the east and sets in the west.
North of a mid-line, as the sun traverses the sky from E to W, it is observed to pass through South at local noon (give or take).
South of the same mid-line, the sun still rises in the E & sets in the W; however, at the mid point of its traverse it passes through North-ish at local noon.
Riddle me that, if we're on a 2D construct. I'll wait.
'made no sense' - to you. I've observed it myself when operating both N & S of the equator. Within, or close to the tropics, it's not so easy to tell if the noon sun is truly directly overhead or not, as the N or S effect is quite small. It's unmistakeable from higher latitudes.
I'll type slower for you in future.
Thanks fag
Ah, the ultimate argument of the ignoramus: sarcasm and insult.