The Curve of The Earth According To NASA's Own Dimensions of The Earth

We aren't supposed to be able to detect the curve, because the world is supposed to be sooo hugeeeeee!  But, we're still supposed to have a drop of around 4,000 miles over 6,000 miles.  That's 2/3rds of a mile, over every mile or eight inches over every foot, then after about 6,000 miles, climb about 8 inches for every foot!  The earth is supposed to be basically a sphere.  Not a square or a rectangle, but a sphere. 

Nobody observes it, but we're supposed to accept it, because if you knock a cup off a table, it falls down!   

We aren't supposed to be able to detect the curve, because the world is supposed to be sooo hugeeeeee!  But, we're still supposed to have a drop of around 4,000 miles over 6,000 miles.  That's 2/3rds of a mile, over every mile or eight inches over every foot, then after about 6,000 miles, climb about 8 inches for every foot!  The earth is supposed to be basically a sphere.  Not a square or a rectangle, but a sphere. 

Nobody observes it, but we're supposed to accept it, because if you knock a cup off a table, it falls down!   

That you are still claiming 8 inches per foot shows you don't understand how a curve works.  You can't take the total and divide by the number of miles.  You'd know that if you bothered to read any of the replies to you.

Ha. You know, if you keep going, you'll eventually make it to the exact opposite end of the earth, the means that the earth must always be a straight vertical drop.

Ha. You know, if you keep going, you'll eventually make it to the exact opposite end of the earth, the means that the earth must always be a straight vertical drop.

First of all, I think I can help you with that signature! lol

Secondly, You might just be going around a circle on a flat plane. 

Quote from: origamiscienceguy on October 27, 2016, 02:44:00 PM

Ha. You know, if you keep going, you'll eventually make it to the exact opposite end of the earth, the means that the earth must always be a straight vertical drop.

First of all, I think I can help you with that signature! lol

Secondly, You might just be going around a circle on a flat plane. 

Nope.  Because then the Sun would always be rising in the North East.  That doesn't happen in the real world.

Quote from: origamiscienceguy on October 27, 2016, 02:44:00 PM

Ha. You know, if you keep going, you'll eventually make it to the exact opposite end of the earth, the means that the earth must always be a straight vertical drop.

First of all, I think I can help you with that signature! lol

Secondly, You might just be going around a circle on a flat plane. 

Now you have proved it. Congratulations! 

Quote from: Marciano on October 27, 2016, 03:02:47 PM

Quote from: origamiscienceguy on October 27, 2016, 02:44:00 PM

Ha. You know, if you keep going, you'll eventually make it to the exact opposite end of the earth, the means that the earth must always be a straight vertical drop.

First of all, I think I can help you with that signature! lol

Secondly, You might just be going around a circle on a flat plane. 

Nope.  Because then the Sun would always be rising in the North East.  That doesn't happen in the real world.

The orbit of the sun changes on a flat earth model too. 

Quote from: frenat on October 27, 2016, 04:05:21 PM

Quote from: Marciano on October 27, 2016, 03:02:47 PM

Quote from: origamiscienceguy on October 27, 2016, 02:44:00 PM

Ha. You know, if you keep going, you'll eventually make it to the exact opposite end of the earth, the means that the earth must always be a straight vertical drop.

First of all, I think I can help you with that signature! lol

Secondly, You might just be going around a circle on a flat plane. 

Nope.  Because then the Sun would always be rising in the North East.  That doesn't happen in the real world.

The orbit of the sun changes on a flat earth model too.

Yes, but if you actually look at where it would be at sunrise it would always be in the North East.  doesn't happen in the real world.

Quote from: Marciano on October 27, 2016, 04:35:34 PM

Quote from: frenat on October 27, 2016, 04:05:21 PM

Quote from: Marciano on October 27, 2016, 03:02:47 PM

Quote from: origamiscienceguy on October 27, 2016, 02:44:00 PM

Ha. You know, if you keep going, you'll eventually make it to the exact opposite end of the earth, the means that the earth must always be a straight vertical drop.

First of all, I think I can help you with that signature! lol

Secondly, You might just be going around a circle on a flat plane. 

Nope.  Because then the Sun would always be rising in the North East.  That doesn't happen in the real world.

The orbit of the sun changes on a flat earth model too.

Yes, but if you actually look at where it would be at sunrise it would always be in the North East.  doesn't happen in the real world.

Are you talking about that picture or flat earth in general, because most fe'ers, as i understand it, think that the sun's circuit varies throughout the year, hence the changing seasons and length of days.  So, its rising and setting would change. 

Quote from: frenat on October 27, 2016, 06:28:52 PM

Quote from: Marciano on October 27, 2016, 04:35:34 PM

Quote from: frenat on October 27, 2016, 04:05:21 PM

Quote from: Marciano on October 27, 2016, 03:02:47 PM

Quote from: origamiscienceguy on October 27, 2016, 02:44:00 PM

Ha. You know, if you keep going, you'll eventually make it to the exact opposite end of the earth, the means that the earth must always be a straight vertical drop.

First of all, I think I can help you with that signature! lol

Secondly, You might just be going around a circle on a flat plane. 

Nope.  Because then the Sun would always be rising in the North East.  That doesn't happen in the real world.

The orbit of the sun changes on a flat earth model too.

Yes, but if you actually look at where it would be at sunrise it would always be in the North East.  doesn't happen in the real world.

Are you talking about that picture or flat earth in general, because most fe'ers, as i understand it, think that the sun's circuit varies throughout the year, hence the changing seasons and length of days.  So, its rising and setting would change.

AGAIN, yes.  But for the majority of people, whether the Sun is on its northern or southern path it would still rise North East.  In the real world it rises due East for EVERYONE on the equinoxes and South East for half the year.  Can't happen on flat Earth.

Quote from: Marciano on October 28, 2016, 06:45:11 PM

Quote from: frenat on October 27, 2016, 06:28:52 PM

Quote from: Marciano on October 27, 2016, 04:35:34 PM

Quote from: frenat on October 27, 2016, 04:05:21 PM

Quote from: Marciano on October 27, 2016, 03:02:47 PM

Quote from: origamiscienceguy on October 27, 2016, 02:44:00 PM

Ha. You know, if you keep going, you'll eventually make it to the exact opposite end of the earth, the means that the earth must always be a straight vertical drop.

First of all, I think I can help you with that signature! lol

Secondly, You might just be going around a circle on a flat plane. 

Nope.  Because then the Sun would always be rising in the North East.  That doesn't happen in the real world.

The orbit of the sun changes on a flat earth model too.

Yes, but if you actually look at where it would be at sunrise it would always be in the North East.  doesn't happen in the real world.

Are you talking about that picture or flat earth in general, because most fe'ers, as i understand it, think that the sun's circuit varies throughout the year, hence the changing seasons and length of days.  So, its rising and setting would change.

AGAIN, yes.  But for the majority of people, whether the Sun is on its northern or southern path it would still rise North East.  In the real world it rises due East for EVERYONE on the equinoxes and South East for half the year.  Can't happen on flat Earth.

I don't know why you think that, but I don't see that problem. 

Quote from: frenat on October 28, 2016, 07:04:29 PM

Quote from: Marciano on October 28, 2016, 06:45:11 PM

Quote from: frenat on October 27, 2016, 06:28:52 PM

Quote from: Marciano on October 27, 2016, 04:35:34 PM

Quote from: frenat on October 27, 2016, 04:05:21 PM

Quote from: Marciano on October 27, 2016, 03:02:47 PM

Quote from: origamiscienceguy on October 27, 2016, 02:44:00 PM

Ha. You know, if you keep going, you'll eventually make it to the exact opposite end of the earth, the means that the earth must always be a straight vertical drop.

First of all, I think I can help you with that signature! lol

Secondly, You might just be going around a circle on a flat plane. 

Nope.  Because then the Sun would always be rising in the North East.  That doesn't happen in the real world.

The orbit of the sun changes on a flat earth model too.

Yes, but if you actually look at where it would be at sunrise it would always be in the North East.  doesn't happen in the real world.

Are you talking about that picture or flat earth in general, because most fe'ers, as i understand it, think that the sun's circuit varies throughout the year, hence the changing seasons and length of days.  So, its rising and setting would change.

AGAIN, yes.  But for the majority of people, whether the Sun is on its northern or southern path it would still rise North East.  In the real world it rises due East for EVERYONE on the equinoxes and South East for half the year.  Can't happen on flat Earth.

I don't know why you think that, but I don't see that problem.

I think that because IF the world were flat with the sun running in a circle above that is how it would work.  I'm aware you don't see the problem.  You seem to have trouble visualizing how your own model works let alone the globe of reality. 

Quote from: Marciano on October 28, 2016, 07:21:24 PM

I don't know why you think that, but I don't see that problem.

I think that because IF the world were flat with the sun running in a circle above that is how it would work.  I'm aware you don't see the problem.  You seem to have trouble visualizing how your own model works let alone the globe of reality.

Some flat earthers seem to lack the " 3D gene  ".