Please be clear, it isn't "my" question it was posted originally by Temperate Sea Islander.
What possible reason would that matter?
You aren't setting yourself up for an "out" on this one are you? I hope not.
I think you'll have to ask Temperate Sea Islander for explicit details on the step-wise reaction.
(EDITTED TO ADD: I have forwarded an example lab from a university organic chemistry class that describes the reaction directly to True_Blue to avoid posting the information in a public forum, even though this information is freely available in most chemistry classes, this is a serious reaction and the reactants and products can be quite dangerous.)
Where do you get this idea? Indeed if I am not very much mistaken the stronger acid is needed to protonate the weaker, so I don't know why you'd make this claim in regards to this particular reaction.
That's what YOU are supposed to provide. It's kinda the whole point of the exercise. It is a standard type of exercise in intro organic chemistry classes. You are provided with reactants and several products which form from the competiting reactions. Note the differences in these three products, the ONLY DIFFERENCE is where the NO2 attaches to the ring. The different positions are "ortho", "meta", and "para".
The key here is that you can check if your "random processes" technique when applied to this reaction.
All you have to do is show us
Look, True, if your system can't do this, it isn't worth much when applied to a much more complex system like biogenesis. This should be a piece o' cake for your patented "random chemistry system" approach.
This is hardly a "method of analysis", this is a simple, known reaction in organic chemistry that results in a variety of products and you have to use your bizarre "pure random chemistry skills" to assess how much of each final product is the result.
I am pretty sure you know this isn't going to be pretty for your "pure random system" calculations, so you are avoiding it. But further I find it quite telling that you have no background information on this, given the reaction you could easily have googled it and found the answer in a couple hits.
The only thing then would be to try to figure out how your "pure random system" would possibly have come up with that mix of products in those proportions.
That is just "bizarre".
(I know what you are attempting to do here and really it's OK. No one here actually expects you to know the chemistry, let alone get this right using your "random processes" technique, but you don't have to dance around it so much.)