I’m more worried about what body this is happening on. The horizon appears to be about 10 metre from my viewpoint, and the distance to the horizon is roughly the square root of the body’s radius. So the radius of the body is 100m.
That means this body has a circumference of 628.32m (That’s 2061.42 feet, if you need to use oldy-timey silly measurements).
How does a such a small body maintain an atmosphere and a surface of water? How is the person drowning when they should float away? The 6:30am person has a lot more to worry about than the time he woke up this morning.
Also… WHERE DID THE SPACE PiRANHAS COME FROM AND ARE THEY HEADING TO EARTH?!!
I’m more worried about what body this is happening on. The horizon appears to be about 10 metre from my viewpoint, and the distance to the horizon is roughly the square root of the body’s radius. So the radius of the body is 100m.
That means this body has a circumference of 628.32m (That’s 2061.42 feet, if you need to use oldy-timey silly measurements).
How does a such a small body maintain an atmosphere and a surface of water? How is the person drowning when they should float away? The 6:30am person has a lot more to worry about than the time he woke up this morning.
Also… WHERE DID THE SPACE PiRANHAS COME FROM AND ARE THEY HEADING TO EARTH?!!