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climb the vine, make it on the platformm, go to the edge and jump as far as you can then get the paper
-- Mark a tiny pencil dot on the x-axis at x=8. -- Place your ruler on the paper, so that its edge is vertical (up-and-down), and move it around until the edge passes through the tiny dot. -- Using your pencil, draw a line segment along the edge of the ruler, through the tiny dot and as far in each direction ... up and down ... as you like, without going off of the paper. The line segment you drew is a part of the graph of the equation [ x = 8 ]. It's not possible to draw the complete graph. It's just more of the same line, but the line "goes to infinity" and it can never stop.
The part that's the edge of the south, on the edge of the far east, in the extreme south east edge, the edge of the far north east, on the edge of the far north west and noth.
It's a trick question, one that is from a famous puzzle. It is the one that spawned the phrase, think "outside the box." The puzzle is this. Nine dots are arranged so that they form a square, three rows of three dots, equally spaced. Now, draw four straight lines that run through all nine dots, all without lifting your pencil from the paper. Most folks will feel the need to constrain their lines to the imaginary boundaries that define the "box" although no such rule was stated. By drawing far "outside the box," the lines are easily executed.
Frontier
EDGE by far becaus Jerico Stinks
So far, space is an infinite void of nothingness and dark matter, and there is no edge to space.
Charleston, West Virginia Akron, Ohio Cleveland, Ohio
at least 2"
At the very far distant edge.
the far edge :)
140 bases and 152 edge marker tops