yes it is possible yet very hard to do you have to be very determined and have mad skills like me and whoever says you can't your WRONG I HAVE DONE IT! BANG POW GET SOME EDUMACATION SKILLS!
0----0----0----0 Three lines; four dots
put the three colored cords in the same colors on the tv and the power cord in the plug
Big A with a triangle in the middle separating the middle dot
straight line to each dot go to the three go down and do those tree aTA DA you got your answer hope this was helpful
It's impossible.... Unless you go under the house...
There is no way to do it on flat "land", you have to make a cube or a donut - like shape thingy, and than to draw them.
you have three lines and connect them so there's three angles.
if you can connect three lines together then your good to draw one
make three lines (x2)like this lll. then put two of these on the bottom and top ^then connect the lines
Diagonals connect corners of a figure. If you try to connect two corners of a three sided figure, the lines you draw will exactly mimic the sides of the figure. Because of this, a three sided figure has no diagonals.
Normally, yes. A transversal contemplates crossing two (normally parallel) lines in conversations about two dimensional space and the relationship of certain angles. If you are talking about three dimensions, all bets are off. Two skewed lines in three dimensional space could would have a line that connects them but none of them would be coplanar.
A dual graph is constructed by taking the original graph, which must be planar (no crossing edges) and creating a vertex inside each face of the graph. A face is an enclosed area in the graph and the space outside of the graph is also a face. Once you have created a vertex in every space, you must connect every vertex by crossing each edge in the original graph. For example, a simple triangle is planar and has two faces, one inside and one outside. We would form a vertex inside the triangle and somewhere outside of the triangle. Now, we have three edges we must cross, so starting at the inner vertex, draw three lines with one exiting through exactly 1 side each. You should now have a vertex with 3 lines that exist outside of the triangle. Without crossing them, just simply connect them to the vertex on the outside. This will create a dual of the triangle. It should resemble two vertices connected with three edges. Note that this dual graph is not planar like the original.
via ad-hoc XD
Three Nations Crossing was created in 1958.
draw four lines the make 3 right angles but don't connect at the end continue to finish the pentagon with whatever lines you want
In two dimensions the lines would be intersecting lines not perpendicular (I believe this is called transversal, see related link). If you are in three dimensions they would be skew lines, like to jets crossing above you that don't hit each other. One is higher than the other.