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Venus Verticordia

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Aye, it was an Armstrong who rode to the moon!
(from one of the notorious families of Border rievers
cattle-robbers from the north side of the Wall ;))

View attachment 341964
In 1972, Neil Armstrong visited Langholm, seat of Clan Armstrong, and was proclaimed "first freeman of the burgh". he said: “My pleasure is not only that this is the land of Johnnie Armstrong, rather that my pleasure is in knowing that this is my home town and in the genuine feeling that I have among these hills among these people.

Johnnie Armstrong was a border raider hanged in 1530.
 
Clearly she needs to go to SpecSavers :D
cb17617025a76dd3d5f22346b9259b23.jpg Indeed. You noticed that very well with your new specs.c99e18725f16630a0c7fc0f82a90174f.jpg

The Romans succeeded to reach the Moon because in those times, the Earth was still flat. They only had to row to the edge of Earth and let the spacecraft drop off the edge. That drop gave them the necessary speed to reach the Moon.:confused::mad:;)
They had to reach the edge of earth at the right moment, when the moon was beneath the earth.flat.jpg
 
The Romans succeeded to reach the Moon because in those times, the Earth was still flat. They only had to row to the edge of Earth and let the spacecraft drop off the edge. That drop gave them the necessary speed to reach the Moon.:confused::mad:;)
View attachment 342963 Indeed. You noticed that very well with your new specs.View attachment 342964

They had to reach the edge of earth at the right moment, when the moon was beneath the earth.View attachment 342965
Well, okay, but be fair. You can drop off the earth on the outward leg, but you still have to row back. :rolleyes::confused:
 
Well, okay, but be fair. You can drop off the earth on the outward leg, but you still have to row back. :rolleyes::confused:

They waited until full moon. Then the moon stands high above the Earth. They let themselves drop from the moon and used that speed to come back. With those propellors on top of the rowing section, in fact wind mills, they braked their speed, so that they made a gentle splashdown into the Mare Nostrum. Then they rowed back to the port of Ostia.
Smarther than you think, those Romans, gentlemen!:p:cool::)
 
They waited until full moon. Then the moon stands high above the Earth. They let themselves drop from the moon and used that speed to come back. With those propellors on top of the rowing section, in fact wind mills, they braked their speed, so that they made a gentle splashdown into the Mare Nostrum. Then they rowed back to the port of Ostia.
Smarther than you think, those Romans, gentlemen!:p:cool::)
The things we could do, if only we hadn't made the Earth round, eh? :doh:
 
They waited until full moon. Then the moon stands high above the Earth. They let themselves drop from the moon and used that speed to come back. With those propellors on top of the rowing section, in fact wind mills, they braked their speed, so that they made a gentle splashdown into the Mare Nostrum. Then they rowed back to the port of Ostia.
Smarther than you think, those Romans, gentlemen!:p:cool::)
...are you trying to drag the Admicock into this thread with your 'full moon' remarks???
:spank:
 
Our ancestors thought the earth was flat and they thought they were right.View attachment 343089View attachment 343088
Our grandparents thought the earth was a sphere and they thought they were right.View attachment 343090
We think the earth is a geoid and we think we are right.View attachment 343087
Our offspring...?View attachment 343086

Well did not Columbus convince himself that the earth had a sort of "bulge" to explain why he had found the Americas instead a new, quicker, route to The Indies (now known as Indonesia) and the riches of the spice trade and the other Oriental goodies.
Truth is, by a combination of wishful thinking and misreading old texts he had underestimated the circumference of the globe by about 30%.
Aristotle had worked out the true value to a good degree of accuracy nearly 2000 years previously.
 
Aristotle had worked out the true value to a good degree of accuracy nearly 2000 years previously.
There is some doubt about the length of the measures Aristotle was using (1 stadion = 600 Greek feet), but it is believed that his calculations resulted in 39,952,644 m, which is very close to the modern measurement of 40,070 m.
Before Aristotle quite accurate measurements had already been made by the Pythagoreans and the Chaldeans.
2016-03-15_103447.jpg About 100 years after Aristotle Eratosthenes of Cyrene used another method to calculate the circumference, based on the difference of the length of shadows in Syene (modern Aswan) and Alexandria and the distance between the two cities.
Historians believe that Eratosthenes’ conclusion was between 0.5% and 17% off the mark (again confusion about the used measures) but many scholars think it likely that his estimate was only about 1% too small.

By about 300AD, the idea of a flat earth was revived, due to the early christian rejection of the "pagan absurdity" of a spherical earth. This view was held sporadically until about 1300 AD.
By 1300, the works of Ptolemy and others arrived in Europe by way of islamic Spain, and fully restored the spherical earth to respectability.

Contrary to popular myth, very few educated people after about 300 BC doubted that the Earth was a sphere. While a few early christian thinkers did try to reject the idea, there is nothing in christian beliefs that dictates a flat earth, in fact it says virtually nothing at all on the matter.
 
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