There is a 16 foot circle with the pitching plate as the center point.
be equidistant from the center of the circle. APEX!
A circle is the set of all the points that are the same (arbitrary) distance (called the radius) from some (arbitrary) point (called the center).
exactly three times as far from point A as they are from point B?
It's the middle point of line. Hardly! How far would that be from a point 3/4 way along the line? Try centre of a circle, or of a sphere.
outside of the 3 point circle
The center of Kotzebue is about 24 miles north of the Arctic Circle.
All right triangles inscribed in a circle have their vertices on the circle and the hypotenuse as the circle's diameter. Thus the midpoint of the hypotenuse is the center of the circle nd all points on the circle are eqully as far from the center even so the vertex of the right angle.
The circle actually don't have different points values. In curling, each stone can score 1 point if it is closer than the closest stone of the other team (in other words, if yellow team has 8 rocks far away from the center, but red team has just one rock right in the center, red will score 1 point) Only the team with the closest rock to the center scores points in that "end" (which is like one round). The painted rings area as a whole is called the "house," and like I said, all that matters is if your rocks are closer to the center (called the "tee") than the other team's. As long as a rock is touching at least part of the house, it is eligible to score.
The answer will depend on the configuration of the circles: they could overlap only pairwise - a bit like the Olympic rings, or they could have regions where several circles overlap. One configuration could be as follows. In order to visualize the circles, draw them yourself, following these instructions carefully:- Draw your first circle, maybe about 8cm in diameter. Write '5' in the center. Draw another circle to the left, with its center about 0.5 cms inside the circumference of the 1st circle, ensuring that the '5' is within this second circle. Write a small '1' just right of center of this second circle, and '9' in the open space of this second circle, i.e. to the far left. Draw a lower circle in the same way, with its center about 0.5 cm up from the circumference of the 1st circle, ensuring that the '5' is within this third circle. Write a small '4' just above center of this third circle, and '6' in the open space of this third circle, i.e. at the bottom. Draw a circle to the right in the same way, with its center about 0.5 cm in from the circumference of the 1st circle, ensuring that the '5' is also within this fourth circle. Write a small '3' just left of center of this fourth circle, and '7' in the open space of this fourth circle, to the far right. Finally, draw an upper circle, with its center about 0.5 cm down from the circumference of the 1st circle, ensuring that the central '5' is also within this fifth circle. Write a small '2' just below center of this fifth circle, and write '8' in the above open space of this circle. -------------------- You will have five circles and will have used each number 1 to 9 only once, each within its own space. Your central circle will have 5,1,4,3,2 (total 15) within its boundaries. The left circle will have 9,1,5 (total 15) within its boundaries. The bottom circle will have 5,4,6 (total 15) within its boundaries. The right circle will have 5,3,7 (total 15) within its boundaries. The top circle will have 8,2,5 (total 15) within its boundaries. And all the requirements of this puzzle are fulfilled. -------------------------------------------
About 20 miles
Balance, turnout, and how far you can point your toes.