What to do with a high IQ?

Formulae

All formulae are given in Klong notation. Click a formula to compute it. Unfortunately, I had to remove this function in order to comply with the "General Data Protection Regulation" (GDPR).

Short summary: cdf(x) is the cumulative distribution function, i.e. the area under the bell curve from -infinity to x. The x parameter is given in σ, the returned value is a percentile normalized to the interval [0,1]. cdf(x₁)-cdf(x₀) is the area under the interval (x₀,x₁]. 1-cdf(x) is the size of the x^th percentile. %1-cdf(x) is the size of the smallest sample containing one specimen in the x^th percentile. rnd(x) rounds x to the nearest integer.

Formulae evaluate from the right to the left, so a-b-c equals a-(b-c). _x is floor, x%y is divide, %x is reciprocal, {x} is a function returning x. See the Klong page for more information.

All probabilities are expressed as real numbers in the interval [0,1], e.g. 99.7% is written as 0.997.

1. cdf(1)-cdf(-1)
2. cdf(3)
3. _7.3e9*1-cdf(3)
4. _7.3e9*1-cdf(4)
5. _%1-cdf(4)
6. {cdf((x-100)%15)}'[85 100 115 130 145 160 175]
7. cdf(0)
8. 1-cdf(2)
9. 1-cdf(3)
10. 1-cdf(4)
11. {rnd(%1-cdf(x))}'[2 3 4 5 6]
12. _%1-cdf(8)
13. cdf((144-100)%15)-cdf((116-100)%15)
14. cdf((164-100)%15)-cdf((136-100)%15)
15. _%cdf((164-100)%15)-cdf((136-100)%15)
16. W::15;{cdf(((x+W-1)-100)%15)-cdf(((x-W-1)-100)%15)}'130+5*!13
17. W::15;{rnd(%25cdf(((x+W-1)-100)%15)-cdf(((x-W-1)-100)%15))}'130+5*!13
18. {2*rnd(%cdf(((x+19)-100)%15)-cdf(((x-19)-100)%15))}'[149 150 155]
19. _(%1-cdf(3.33333))%%1-cdf(2)
20. (%1-cdf(2))*cdf((164-100)%15)-cdf((136-100)%15)
21. (%1-cdf(2))*cdf((174-100)%15)-cdf((146-100)%15)
22. cdf((174-100)%15)-cdf((146-100)%15)
23. rnd(0.5*10000*cdf((164-100)%15)-cdf((136-100)%15))
24. rnd((%1-cdf(0.8))*0.5*10000*cdf((164-100)%15)-cdf((136-100)%15))

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