Of course one can measure speed of angular rotation. Which is called time to most people and makes the opposite point. To measure an angle, presupposes, insinuates and depends upon the existence of a circle to begin with,doesn't it?
Prime example, the circular horizon due to the earth being spheroidal.
Now as a conjoining proof:
An arc minute is one-sixtieth of a degree and is divided into 60 arc seconds (symbol ′′). Small distances in the sky, as between two close stars or the apparent width of a planet's "disc", that is to say 2D angular silhouette...as a spheroid 3D object will appear from a distance.. are expressed in minutes and seconds of arc.
Arc and arch are indicative of curve. One minute of curve denoting one minute of arc.
Tell me of the edge...I'm dying to hear about the edges. What the earth's dimensions are. Go ahead. Take a few pics of the edge while your there. I hear that's where monsters be, but that's a more difficult point to dispute.
Of course one can measure speed of angular rotation. Which is called time to most people and makes the opposite point. To measure an angle, presupposes, insinuates and depends upon the existence of a circle to begin with,doesn't it?
Prime example, the circular horizon due to the earth being spheroidal.
Now as a conjoining proof:
An arc minute is one-sixtieth of a degree and is divided into 60 arc seconds (symbol ′′). Small distances in the sky, as between two close stars or the apparent width of a planet's disc, are expressed in minutes and seconds of arc.
Arc and arch are indicative of curve. One minute of curve denoting one minute of arc.
Tell me of the edge...I'm dying to hear about the edges. What the earth's dimensions are. Go ahead. Take a few pics of the edge while your there. I hear that's where monsters be, but that's a more difficult point to dispute.
Of course one can measure speed of angular rotation. Which has nothing to do with the question discussed except to make the opposite point. To measure an angle, presupposes, insinuates and depends upon the existence of a circle to begin with,doesn't it?
Prime example, the circular horizon due to the earth being spheroidal.
Now as a conjoining proof:
An arc minute is one-sixtieth of a degree and is divided into 60 arc seconds (symbol ′′). Small distances in the sky, as between two close stars or the apparent width of a planet's disc, are expressed in minutes and seconds of arc.
Arc and arch are indicative of curve. One minute of curve denoting one minute of arc.
Tell me of the edge...I'm dying to hear about the edges. What the earth's dimensions are. Go ahead. Take a few pics of the edge while your there. I hear that's where monsters be, but that's a more difficult point to dispute.
Of course one can measure angular rotation.
You make the opposite point. To measure an angle, presupposes, insinuates and depends upon the existence of a circle. Doesn't it?
Prime example, the circular horizon due to the earth being spheroidal.
An arc minute is one-sixtieth of a degree and is divided into 60 arc seconds (symbol ′′). Small distances in the sky, as between two close stars or the apparent width of a planet's disc, are expressed in minutes and seconds of arc.
Arc and arch are indicative of curve. One minute of curve denoting one minute of arc.
Tell me of the edge...I'm dying to hear about the edges. What the earth's dimensions are. Go ahead. Take a few pics of the edge while your there. I hear that's where monsters be.
The word 'angle' insinuates a circle and a midpoint. An arc minute is one-sixtieth of a degree and is divided into 60 arc seconds (symbol ′′). Small distances in the sky, as between two close stars or the apparent width of a planet's disc, are expressed in minutes and seconds of arc.
Arc and arch are indicative of curve. You're out of your league here, Sparky, heard em all.
Tell me of the edge...I'm dying to hear about the edges. What the earth's dimensions are. Go ahead. Take a few pics of the edge while your there. I hear that's where monsters be.