FE explains the sinking ship effect as a small wave getting in front of a ship and because the ship is farther away than the wave, it will be obstructed.
This is true. However, let's take a deeper look.
SHORT
LONG
LONG (PERSPECTIVE)
In other words, when the point of the ship is taller than your eye level, the wave must be at a minimum at your eye level in order for the ship to completely disappear.
Now take a look at this picture:
Based upon the picture, I can conclude that, like my subjet above, the viewer is above or at the water line. The waves also look relatively calm near the viewer. Now based upon basic laws of perspective, in order for half the CN Tower to be obscured, a wave would have to be between ≈ 6 feet and ≈ 900 feet. The highest wave ever recorded was a tsunami at 210 feet. Therefore if that wave were obstructing our view, it would be about 2/9 of the way between the tower and the observer. But I doubt there would be a tsunami in this picture.
THEREFORE WE CAN CONCLUDE:
The wave would have to very close to the observer.
Be > 6 feet.
Would have to have many other waves in order to create a smooth horizon line.
I just can't see this as plausible.
DISCUSS