Until you have a definition that explains how the order comes from the non-order...you randomites have a useless definition.
How many times does it have to be repeated to you? What part of the law of large numbers do you not get?
Wikipedia's definition is pretty good: "...as the number of independent repetitions of the experiment grows, the average of the observed outcomes approaches the average of all possible outcomes." It's just that simple.
If you want an interesting example, as opposed to that one, but one which is also related to evolution, try the topological problem of the nodes and edges, which Kaufman uses in his book,
At Home in the Universe:
Take a box of buttons (in topology, those are called "nodes"). Throw the buttons on the floor. Pick up two buttons at random and connect them with a thread (in topology, the threads are called "edges"). Put them back where you got them. Pick up another two and connect them and put them back. Keep doing that.
The question is, how does the size of the largest interconnected network of buttons vary against the ratio of strings to buttons? The answer is highly counter-intuitive. It is not a smooth ratio; it is the sigma curve.
The size of the largest network stays quite small compared to the ratio of threads to buttons as the number of connections increases; up until the ratio gets to about 45%. At that point, the size of the largest network increases rapidly, from a few percent to over 95% of all the buttons being members of a single network, as the ratio of threads to buttons moves to 55%. After that, the size of the largest network varies only a little.
Now there's complex, orderly behavior emerging smoothly and naturally from underlying random behavior. It's a topological feature of all networks; and in fact, Kaufman has shown that this simple model may explain the evolution of proteins into
auto-catalytic networks capable of consuming, metabolizing, excreting, and reproducing.
Now, there's not one, but two examples of order emerging from chaos. The first one explains how randomness at the individual level grows into orderly evolution at the species level perfectly. And in fact, it is precisely what biologists say about evolution, if they're not off on some ego-trip to do with what cretinists are saying. I've provided numerous examples on this thread of precisely this, and you've ignored every single one. Of course, you've also asserted that you never said "evolution is random" in this thread, on more than one occasion, and I've provided multiple examples- one of you saying it TWICE IN THE SAME POST. So I guess it's no surprise.
I took you off ignore because I just can't bring myself to really believe that you'll continue to engage in solipsism, lying, and ignoring points you don't like forever. You have to come to your senses sometime. When you do, you're going to be very embarrassed at how you've behaved.
ETA: I went back and checked, and it's actually THREE TIMES in one post. And you have not replied to that point.