Holograph calculations relating to Dutch coinage

$\begin{array}{r} 480,12 - 105 = 4800 \\ 960 \\ - 105 gr \\ 5655 \\ - 547 \frac{8}{31} \\ \frac{6}{15} 5107 \frac{23}{31} (425 \frac{7}{12} \frac{1}{16} \\ 30 425 \frac{31}{48} \end{array}$

\begin{array}{r} 16965 (547 \frac{8}{31} \\ 146 \\ 225 \\ 8 \end{array}

425 \frac{1}{2} \frac{1}{8} \frac{1}{48}

\begin{array}{r} 4800 \\ 960 \\ 5760 \\ - 105 \\ \begin{array}{r} 5655 \\ 31) 16965 \end{array} (547 \frac{8}{31} \\ 155 \\ 146 \\ 225 \\ 8 \end{array}

5107 \frac{23}{31} (425 \frac{1}{2} \frac{1}{12} \frac{29}{372}

480^{gr} = 62^{d}

240^{s} . 31^{d} ∷ 425 \frac{31}{48}

\begin{array}{r} 23 \\ 217 \\ 240 \\ 12,31 \end{array}

4^{{dw}^{t}} 8^{gr}

\begin{array}{r} 12769 \frac{6}{16} \\ 425 \frac{31}{48} \\ 240) 13195 \frac{1}{48} (54∟9 \\ 119 \\ 235 \\ 102 1.9 b \\ a 5 357 \\ 104 . 5 304 \\ 53 \end{array}

/ {17 .}^{{dw}^{t}} 11^{gr} .

\begin{array}{r} 12,480 \\ 960 \\ 5760 \\ 51 \frac{1}{2} a \end{array}

\begin{array}{r} 93.100 ∷ 17 \frac{1}{2} = 432^{gr} or 431 \\ \begin{matrix} 60 & 554 \end{matrix} (464,946 \\ 46 \\ 372 \\ 68 \\ 837 \\ 43 \\ 58 \end{array}

\begin{array}{r} a 480.465 b \\ a - b 15 465 31 a - 31 b = b . \\ 31 a = 32 b . \end{array}

\begin{array}{r} 5760 \\ - 4032 \\ 53568 \end{array}

\begin{array}{r} 31.30 ∷ 480.14400 (464∟516 \\ 124 \\ 2000 \\ 186 \\ 140 \\ 160 \\ 155 \\ 50 \end{array}

\begin{array}{r} 105 . 1675 \\ 21 . 331 . \\ 126 . 1986 \\ 3 . 47 \frac{3}{7} \\ \frac{3}{7} 6 \frac{37}{49} \\ 129 \frac{3}{7} . 2040 \frac{2}{49} = 21^{s} . 11 \frac{1}{2} \end{array}

5..

2 \frac{3}{4}

3 Guilder p.=5s.

1 \frac{3}{4}

=10 skillings. 36 denarij=1 stufro. 20 stufr.=1 floreno, Scooten 6 floren=1℔ Fland. 24 m =1 Gross (=1 denar) & 12 Gros=1 solido. 8 denarij doits=1 Gross. or Denier 2 Gross=1 Stiver. 2 Stivers=1 double Stiver. 12 Gross=16 Stivers=1 Skilling 20 Stivers=1 Floren or Gilder. 6 Florens or Gilders=1℔ Flanders=20 skillings. They usually reccon in Florens Stivers & pence or Livers skillings sous & grosses Aur Gal. value 4 flor. 5 stuf. 222

444.9 ∷ 148.3 ∷ 64 \frac{1}{2} \begin{array}{l} 580 \frac{1}{2} (1,3077 \\ 1365 \\ 1332 \\ 33 \end{array}

\begin{array}{l} 5^{s} {\underset{2}{2}}^{d} \frac{1}{2} \frac{1}{31} \\ 1,3077 \\ 53226 \\ 5^{s} . 5,84 \end{array}

5^{s} . 5^{d} \frac{5}{6}

\begin{array}{r} 248 \\ 3 \frac{1}{40} . 6 \frac{4}{5} . 11 \frac{1}{10} . 6 \frac{8}{10} ∷ 3 \frac{1}{10} . 186 \\ 2108 (1∟899099 \\ 998 \\ 1100 \\ 1010 \\ 110 \\ 101 \end{array}

\begin{array}{l} 5.2 \\ 2,839 \\ 1,53226 \\ 5 . 6,37126 \\ 14 \frac{2}{3} skil. \end{array}

\frac{376}{1000}

\begin{array}{l} 34 \frac{4}{9} . 20 ∷ 14 \frac{2}{3} . \\ 17 \frac{2}{9} . 10 ∷ 14 \frac{2}{3} \\ 51 \frac{2}{3} . 10 ∷ 44 . \\ 155 . 30 ∷ 44 \\ 31 . 6 ∷ 44.264 (8 \frac{16}{31} \\ 16 \\ 17 \frac{1}{31} \end{array}

In Holland France & Spain they reccon by weights are Marks & a Mark is

7 \frac{2}{5}

Troy in France & Spain &

7 \frac{9}{10}

in Holland.

\begin{array}{r} a & b \\ 157 . & 484 \\ 471 \\ 13 \end{array}

161 \frac{1}{3}

Floren=

3.10 ∷ skil. Flor. 31.18 ∷ skil. skil

3.10 ∷ {\frac{18}{31}}^{s} . {\frac{60}{31}}^{s} = 1^{s} \frac{29}{31} = 1^{s} . 11^{d} . 11^{d} \frac{7}{31} = Floren

21 \frac{1}{2} Deniers = Lewis = \frac{43}{48} ounce . 20.17 \frac{1}{2} ∷ 24.21 \frac{1}{2} . 5.6 ∷ \underset{2 \frac{1}{2}}{15 .} \underset{3}{18} ∷ 17 \frac{1}{2} . 21 ∷ 17 \frac{11}{12} . 21 \frac{1}{2}

\begin{array}{l} 58 \\ 29 \\ 348 (1 \end{array}

444 \frac{4}{9} . 200 ∷ 20,12 .

\begin{array}{l} 48000 (108 = 9^{s} . \\ 355555 \\ 12000000 \\ 888888 \end{array}

\frac{1}{12}

\begin{array}{c} 61 \\ 12,20 \end{array}

\begin{array}{l} ) 1244 . 17 \\ 5 \frac{1}{12} \\ 6220 . \\ 103 \frac{2}{3} \\ 4 \frac{1}{4} \frac{17}{240} \\ 6327 \frac{11}{12} \frac{17}{240} \\ 316.7 . \end{array}

\begin{array}{l} (1244,85 \\ 24897, \\ 49794 \\ 61) 29876,4 \end{array}

\begin{array}{l} 746910 \\ 124485 \\ 74815485 \\ 124692475 \\ 31173118 \frac{3}{4} \end{array}

\begin{array}{l} 37,7 . & 5,51 . \\ 259 & 255 \end{array}

\begin{array}{l} 7593585 \\ 12655975 \\ 316,399375 \\ 7.9975 \\ 1995 \\ 14∟97 \end{array}

316. 8. 0

\begin{array}{l} 5.12 6 . \\ 33 . 0 . 0 \\ 69.16 . 2 \\ 108 . 8 . 8 \\ 461.16 . 8 \\ 101.07 . 6 \\ 63 . 0 . 6 \\ 274.11 . 2 \\ 195 . 0 . 0 \\ 1095.15.10 \\ 169 . 4 . 0 \\ 1264.19 10 \end{array}

\begin{array}{l} 1238.12 . 4 \\ 26 . 7 . 6 \\ 1264.19.10 \end{array}

\begin{array}{l} 290^{dwt} 4 gr + 8^{gr} \\ 24 \\ 314 \frac{1}{2} \\ 157.2 + 8^{gr} \end{array}

36 \frac{1}{4} = 8 \frac{11}{12} + 19^{gr} = 157 . 4^{gr}

8 \frac{11}{12} = 156 . 9^{gr}

9 = 197.20.17.12 \frac{8}{9}

17 \frac{1}{2} . 1.11

3 \frac{4}{5} . 14 ∷ 17.12 \frac{7}{8} ☽ . 4.8 \frac{1}{20} ☉ .

\begin{array}{r} 35 . 1 \frac{3}{4} \\ 245.12 \frac{1}{4} . \end{array}

\begin{array}{l} 17.8 \frac{1}{5} ∷ 17.12 \frac{7}{8} . or 17.8 \frac{2}{9} ∷ 17.12 \frac{8}{9} . Diff 4 \frac{2}{3} . \\ 1.4 \frac{2}{45} . 104 \frac{1}{18} . 22 \frac{1}{2} . \end{array}

20^{dwt} = 61 \frac{5}{8}

\underset{1}{10^{d}} = \underset{1}{30} \underset{1}{\frac{13}{16}} \frac{13}{160} \frac{1}{5} \frac{13}{800} \frac{1}{50} . \underset{1}{31} \frac{18}{160} . 32 \frac{1}{8}

\begin{array}{r} 17.8 \frac{1}{5} \\ - 20 \frac{4}{5} \frac{1}{100} \\ 16.11 \frac{39}{100} \\ 82.8 \frac{19}{20} \\ 247.2 \frac{17}{20} \end{array}

The making of orour stone resembles yethe creation of world As yethe world was formed of a chaos or matter w first matter materia prima wchwhich was voyd & without form wthwith darnessdarkness upon yethe face of yethe deep, in wchwhich mass yethe four elements were confusedly blended together, & out of wchwhich god said let there be light & waters a firmament wthwith waters above & below & dry land & seas & a Sun & noon &c Sun is & it so in orour work the Elixir is made of a chaos or materia prima wchwhich by putrefaction is voyd without form & dark or black by putrefaction & a dark or black cloud hangs over the face of yethe deep or black putrid matter & this matter conteins in it yethe four elements confusedly mixed together & then by distillation further digestion light is separated from yethe darkness & the superior waters or vapours are separated by destillation from yethe inferior & the inferior are gathered together into one place & yethe dry land appears, & then the earth vegetates & at lenghlength the sun & Moon are formed & . p 59, – * & inde ad p 102, & p. 242, 243. But this knowledge is for them that wthwith yethe eyes of a eagle can behold yethe sun from its b nativity & touch wthwith their hands the son of yethe Sun, know the hour of its nativity by yethe septenary number draw it from its darkness separate the after birth & other superfluities was it nourish it & bring it to age of maturity & can know & adore Diana his true sister, & having Iupiter favourable in their nativity are as Apes of yethe Creator in yethe work of yethe Stone. p 99, 100, 129, 130, 131.