It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
Even if it starts a few hundred miles off southern tip of South America, too!
No, they knew it was flat, because they'd already explored and mapped out the entire Earth by then. That's why we still have a few maps of the flat Earth, which are mostly copies of the original maps, of course, as most were searched for, and destroyed by the ball-Earth slime, who were about to sell their ball-Earth maps as the 'real maps of Earth', which omitted the massive circular wall of ice, 200 feet high, which surrounds Earth
An easy experiment for him is to map locations using a globe and a map and see which one is more accurate. I saw a a child in a science fair show planes paths on a map and a globe. She tracked live planes as they flew over the globe. she would show where they were ever 30 min and connected these spot and on a map it always looks like a huge curve, But on the globe it was a straight line between 2 points.
originally posted by: dragonridr
a reply to: cooperton
Do you know you can actually see the Sun a few minutes before it rises and a few minutes after it sets?
originally posted by: cooperton
a reply to: dragonridr
Good info but that doesn't explain why the sun doesn't have a larger apparent size. If it were refraction we would see a larger sun size exhibited near the horizon. But it is not. Thats why I believe its gravitational lensing, which would explain the consistent sun size throughout a day, and the extra time during a day.
originally posted by: OneBigMonkeyToo
a reply to: turbonium1
And you failed to grasp a fairly simple point, again:
Earth very big mass. Very big mass very big gravitational pull.
Rocket very small mass. Very small mass not that far away from very big mass.
Rockets and satellites orbit at a point where their angular momentum balances out the gravitational pull of Earth. Any slower, the fall back to Earth. Any faster, they escape it.
Please supply your calculations to demonstrate that a rocket 200 miles up is experiencing significantly less gravitational pull from Earth than it did on the ground.
'
originally posted by: dragonridr
Even with apollo they did what is called a slingshot. What you do to reach escape velocity is use half an orbit to acelerate. On satellites your trying to put them in orbit so you have to trade hieght for volocity. The escape velocity for Earth's surface is about 36,700 feet per second.You could do a direct launch to say the moon but going straight up prolongs that flight.
With apollo They used something called a “gravitational slingshot” it is a gravity assist that will speed up an actual spacecraft.