I tried punching in 243 and it gave me an equation that resolves to 235.

https://www.wolframalpha.com/input?i=(lim+((x^2-100)%2F(x%2B10))%2C+x->13)^5+-+([lim((e^(8x)-1)%2Fx)%2C+x->0]+-+[[lim+((x^2-36)%2F(x-6))%2Cx->-5]+-+lim(cos^2+x+%2B+sin^2+x)%2C+x->36])

Tried it a few other times and it seems to sometimes like giving something that results in 3^5 (which would be 243 on its own) followed by subtracting a bit from it, which ends up making it the wrong answer. In the link above, it basically goes (3^5) - (8 - (1 - 1)), so if you only keep the first brackets it would be correct.

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I think this would be a lot cooler if there was a complexity modificator to make the solution appear as cryptic as now, but easier to solve for average people.

Rdrr funny guy.

Huh, I don’t think they’ll be able to know what number it’s supposed to be…

SO many ads…