What do you think the chances are of you working it out?Yes/no/maybe. I got confused just reading that.
What do you think the chances are of you working it out?Yes/no/maybe. I got confused just reading that.
The Infinite Improbability Drive was a wonderful new method of crossing interstellar distances in a mere nothingth of a second, without "tedious mucking about in hyperspace."Ironically then, you must believe that there's 0 chance there's an event that has 0 probability.
QED.
There's a chance.What do you think the chances are of you working it out?
The other one I like to ask is where all the pictures are of someone calling off the edge of the Earth. Surely, if it’s flat, there’s an end point right? If there’s an end point, what happens there? What does it look like? Where are the pictures of it?A question I often ask flat earthers is "If the world is flat, then how can a Jet/Airplane be flown in the same direction and eventually arrive back at the same place it took off from?" I have yet to have an answer. Maybe some of the believers here can shed a bit of light on it.
If it was a disc, you would get elliptical shadows most of the time with a lunar eclipse, but we see a circular shadow every time, from anywhere on earth.A shadow is two dimensional so will not demonstrate that the earth is a globe.
As stated previously, if you travel in a massive circle on a disc you will return to the same point.
Observing the sun and its movements does not in itself prove the shape of the earth. Why couldn't the sun rise and fall over a disc.
As the sun rises always in the east and is visible for longer or shorter periods of time as you move north or south, it proves the earth is spherical.A shadow is two dimensional so will not demonstrate that the earth is a globe.
As stated previously, if you travel in a massive circle on a disc you will return to the same point.
Observing the sun and its movements does not in itself prove the shape of the earth. Why couldn't the sun rise and fall over a disc.
Not sure that's right as the moon and sun gravitational pull are continuously changing as Earth orbits the sun and the moon orbits Earth.Correct. Gravity from the moon and Sun makes the planet ‘fat’ at the equator.
You are right! The earth is 42km wider than it is tall, it’s centrifugal force. Got that one wrong. I can only find about a 20cm affect from Gravity.Not sure that's right as the moon and sun gravitational pull are continuously changing as Earth orbits the sun and the moon orbits Earth.
The bulge on Earth's equator is caused by centrifugal force acting against Earth's own gravity as the equator is spinning at ~1000 MPH
The tidal effect of Jupiter on its moon Io causes all the volcanos there, and is apparently strong enough to produce variations in height up to 100m.You are right! The earth is 42km wider than it is tall, it’s centrifugal force. Got that one wrong. I can only find about a 20cm affect from Gravity.
Oblate spheroid. Although I'd say it's still round but not spherical. I daresay somebody can correct me on my vague interpretation of the word "round".Technically it is also not quite round but rather... some other geometric shape I've forgotten about.
Yes, Joel Veltman, he nicked the flag too!Has anyone found the corners yet?
If the earth was not rotating, that would be the case. As it's whizzing round, the balls are also whizzing round...so remain still.It must be flat I was playing pool and racked the balls up on the table and when I took the triangle away they remained perfectly still...surely IF the earth was spherical the balls would have started rolling off in the direction of the earth's curvature.
As the sun rises always in the east and is visible for longer or shorter periods of time as you move north or south, it proves the earth is spherical.
Try and imagine how you would achieve a long period of daylight in the north at the same time as a short period of daylight in the south with a flat disc.
Post a picture of a full circular shadow of the earth on the moon during a lunar eclipse.If it was a disc, you would get elliptical shadows most of the time with a lunar eclipse, but we see a circular shadow every time, from anywhere on earth.