Formulæ for Quantum Arithmetic

1) b = root

b = √B

2) e = root

e = √E

3) d = b+e

d = √D

4) a = e+d

a = √A

5) B = b*b - Area of b

6) E = e*e - Vector extension of right triangle

E = e*e - Area of e

7) D = d*d - Vector on right triangle

D = d*d - Half width of ellipse

D = d*d - Locus to apex on ellipse

D = d*d - Area of d

8) A = a*a - Area of a

9) X = e*d - Half length of right triangle

X = C/2 - Quarter width of ellipse

10) C = e*d*2 - Length of right triangle

C = e*d*2 - Loci distance on ellipse

11) F = b*a - Height of right triangle

12) G = D+E - Hypotenuse of right triangle

G = dd+ee - Locus to semi-apex on ellipse

13) L = C*F/12

14) H = C+F

15) I = C-F (result must be a positive number)

16) J = d*b - Distance of loci to outer width of ellipse

17) K = d*a - Furthest loci to outer width of ellipse

18) W = d(e+a) - Side of equilateral triangle

W = K+C/2

W = de+da

W = X+K

19) Y = A-D

20) Z = E+K

Z = ee+K

Z = e^2 + (a*d)

21) h = d√(a*b) - Half height of ellipse

22) P = 2*W - Diameter of circle

23) Q = πP - Circumference of circle

24) R = πW^2 - Area of circle

25) S = dX - Height of equilateral triangle

See Also