You said yourself it should rotate. Now you are saying it shouldn't. Make up your mind. Even your picture says it should rotate.
You have no clue. Why does the pendulum even need forces on it? The pendulum doesn't rotate, it just seems to rotate.
I'm not going to argue your sky "theory" here.
I'm assuming all the arguments you didn't respond to you have no response and admit defeat.
If the Earth was rotating it would rotate along with the Earth at the same exact rate. Therefore it's not Earths rotation that is the subject of argument. Axial precession is what you are actually arguing. http://en.wikipedia.org/wiki/Precession_of_the_equinoxes
However as one celestial rotation is actually 6'573 years in the matrimony of Heaven and we have not even completed one rotation that proves that Axial precession cannot be and is not responsible as you would never notice a force like that.
Assuming the pendulum could swing back and forth with no force acting upon it, it still wouldn't rotate once per day but would preserve it's sidereal movement in relation to Earth as Earth would rotate the angle of the pendulum with it's own so you would never see any rotation of the pendulum in relation to the ground.
So I mean what's left? Earth's alleged rotation is nullified, Earth's alleged wobble is nullified, gravity doesn't technically exist and therefore is nullified. So I mean not a lot of options left. The only thing you pretty much have is celestial rotation dragging the Pendulum up to about one full circle per day farthest away from the equator line.
Everything after first grade is still left for you.
I never actually even completed first grade but I still got my G.E.D. so what's that say to you?
That you think a GED makes you smarter than scientists, which you are not. You can't even keep a straight argument. First it was everything wants to turn clockwise. Then it was everything turns better left(counter-clockwise). You said a Foucault pendulum should rotate more at the equator then at the poles. Then you said a Foucault pendulum shouldn't rotate. Then you say it should rotate in a linear fashion. You make up math equations just to retract them. You can't keep a straight answer for how many degrees makes up a circle.
So what does it say to me? You are foolish.
The Math equations were a mistake that I later corrected, Math is not really an exact art any more-so then words and words have many different meanings that are completely based on what context you are using them in.
To clarify those points you brought up here are my official answers, I just don't think you understood me properly.
1) From a Northbound observer everything does move clockwise including that which is in the southern hemisphere.
2) Everything has more friction and therefore more traction when turning counter-clockwise from a northbound observer. You have less friction and more momentum when turning right.
3) Foucault's pendulum shouldn't rotate on a rotating Earth but if it did rotate it would rotate anti-clockwise in a linear fashion, if a force that I imagined was also coming from the Earth it would push it in a curve opposite to what the graph shows, however since I would have to make up laws of physics that don't exist lets just say Foucault's Pendulum would only rotate as much and not more or less then a rotating Earth making it look like it's not moving side to side from the Earth's frame of reference. Hope that clears up my seemingly double-talk.
4) Depends on how you are traveling the circle. At perimeter a circle is 314 degrees, from the inside of a circle travelling in one complete motion inside of another object you will move 360 degrees. A Square's perimeter is 400 degrees. Other conditions also can modify degrees and the way you calculate the numbers as they aren't exactly static and they can fit together in many different possible ways depending on the situation.
5) My ways seem foolish to you but my ways are not your ways and my thoughts are not your thoughts...