LEIBNIZ AN JUSTUS CHRISTOPH BÖHMER

Eadem est operatio caeteris paribus pro subtractione et divisione dyadica, quae pro decadica. Factum interest quod in divisione dyadica non est opus tentamento, nec multiplicatione, cum revera nihil aliud sit quam simplex subtractio repetita.

0  |   0

1  |   1

10  |   2 Subtractio

11  |   3

100  |   4 + 11 + 1011

101  |   5 ^#1+- 5^#1- ^#1+- 101^#1-

110  |   6 + 6 + 110

111  |   7

1000  |   8

1001  |   9

1010  |   10

1011  |   11

1100  |   12 Divisio

1101  |   13 0

1110  |   14 15 f 3    ^#t:^#(/aul)    ^#t:^#(/aul)  f 11

1111  |   15 5    ^#t:^#(/aul)    ^#t:^#(/aul)    ^#t:^#(/aul) 

10000  |   16 10