Daniel1611, Like some other posters, I am uncertain whether your questions are serious or whether you are just enjoying a good laugh at our expense. One thing I conclude from your responses is that, assuming you are serious, your dearth of understanding is immense, and your distrust of science is equally pervasive. Neither of those is likely to be rectified by someone posting something that suddenly corrects your misconceptions. If, on the other hand, you are just a troll, then I will excuse myself from this exchange.
First, before I decide, let me touch on a couple of your responses.
… A sphere earth needs gravity. A flat earth doesn't.
Assume the earth is flat. Jump up. If no gravity, what is going to pull you back down to the ground?
The Coriolis effect could be caused by magnetic force rather than the gravity of the earth curve.
The Coriolis effect, whether in weather or ballistic trajectories, has squat to do with magnetism.
Re ship appearing to sink below the horizon:
If it’s going down a curve, why aren't you seeing the back end? If a truck is going over s hill, you see the back end rising up as it goes over the curve if the hill. If s ship is going down over the curve, you should see the back end. You either oy see the top because the highest part is visible at a distance, or it is sinking if you don't see the back end.
I could care less whether it is coming or going. Simple case, take 3 identical tall ships, on a calm day park them at 4 mile intervals going out from the shore, with each of them broadside to the shore and not moving. You sit on the shore so your view over the ocean is just above the wave crests. I claim that for the ship that is 4 miles out, about the lowest 16 feet just above the wateriine will be hidden below the horizon. The second ship, at 8 miles, will have the lowest 64 feet hidden from view. The third one, at only 12 miles, will be probably be completely below the horizon, even though it should be close enough for binoculars to easily spot it if it were in the line of sight.
As to pictures of the earth, I am not sure what you are getting at. There are thousands of individual pictures clearly showing the spherical shape or the earth. In early space missions, many of those pictures were taken using ordinary film. Digital imaging now is much more efficient.