The earth is spherical

I personally like the idea that when I lay down at night, I'm not moving at 1,000 miles per second" Well, that depends on where you live. The fastest is 1,040 mph at the equator . The slowest at at the center of either pole, and it is only a fraction of 1 mph. Per second is an exaggeration. "The ball earth theory paved the course for other theories, including the heliocentric model the Big Bang Theory evolution and others. I see many spend hours researching and arguing creationism over evolution, and there is little to no objective evidence on either side." Look, I believe in God, too. But I believe He created it round. And, the heliocentric model came before the ball Earth model. Not to mention the man who introduced the heliocentric model was Christian. "Sure, modern science will tell us they are deceiving us, and we are seeing mirages, or theories of relativity to explain why everyone isn't dizzy from spinning at 1,000 miles per hour." Simple. We are stationed by Earth's gravity. Our senses are on the platform of Earth and it's gravity. Earth is just that big. "They went in 1969 on a tin can with the computing power of an original Gameboy" Yeah, well, that tin can also had fuel-powered engine thrusters, and a sealed air system. Contention One Rebuttal: Not really. Imagine you are in space trying to get a reflection of yourself on the Earth's surface. That is, if you are looking at the water and you are lined up between the Sun and the Earth. If you aren't lined up, then forget about it, because the water is the only thing that can reflect on Earth's surface. You see, the Earth's surface (excluding water), is made out of terrestrial material, such as rock and dirt. Here's a little experiment to verify this. All you have to do is stare at the ground. You don't see a reflection of any kind. That's because terrestrial material cannot be reflective. Now, let's say you are are lined up with the Sun and the water. You still won't see it. That's because you are too far away from the Earth to see it in space. You won't cast a shadow, either. Even though you are blocking some of the sunlight from reaching Earth, the light you haven't blocked will fill in around it. Not just that, but you can see the light reflected in the ball, as light is necessary for humans to see things. And since this this round reflective ball has all angles, you still can see the light source in the reflection. Contention Two Rebuttal: The skyline of Chicago. What happens here, is that, eventually, where the sky and cities meet, that it is out of your sight of range. You see, Earth is so massive, that Earth's curvature is not noticeable. You see, with a ball that massive has a very slow curvature angle. Not to mention the range you need to see to notice Earth's curves while still being on Earth is out of your range of sight. It's time someone explained to you the concept of gravity. Any object, including that ornament you have, has a gravitational pull. YOU have a gravitational pull. Granted, the gravity of a person or an ornament is very small. This is because the bigger the object, the stronger the gravitational pull. That is why you aren't pulled to the ornament, yet pulled to Earth. Also, gravity is also weaker the further away from the object you are. It takes immense thrust to reach the stratosphere. Contention Three Rebuttal: Yes, I do believe that God is there. You see, the contents of the mantle and core of the Earth is mostly iron. The moving around in the core, as liquid does, causes the electrons to orient themselves into a pole. Positively charged ones, will sink be go to the bottom of the pole because they are heavier, and negatively charged ones will rise to the top of the pole because they are lighter. This creates a magnetic pole that the Earth rotates on. MY ARGUMENTS Number One Assuming you are the same distance from the core, and not on a mountain, you may notice that gravity is the same no matter where you are on the Earth. This would be impossible on a plane because you would be further away from the core around the edges of a plane making gravity light as you get near the edges. Number Two Our perspective is in 3D. Us, ourselves are in 3D. It would make no sense that we are on a 2D plane. Number Three People have successfully circumnavigated the Earth before. The first recorded case of this was Portuguese explorer Ferdinand Magelland and his crew. This would not be possible on a flat Earth.