Part, §

 1   I,  1|    skålpund or 53 skeppund, 18 lispund , 15 skålpund victualie-weight,
 2   I,  1|        equal to 53 skeppund 15 lispund victualie-weight. All this
 3   I,  2|    skålpund and 53 skeppund 18 lispund 1 5 skålpund victualie weight,
 4   I,  6|      weight of 53 skeppund, 18 lispund, 15 skålpund, because the
 5   I, 11|      weight of 53 skeppund, 18 lispund, 15 skålpund, whilst the
 6   I, 11|        is only 20 skeppund, 16 lispund, 5 skå lpund, which proves
 7  II, 16| skålpund~ ~ ~ 472 skeppund, 10 lispund water~ ~
 8  II, 17|  consequently 157 skeppund, 10 lispund water per hour.~ ~
 9  II, 18|         namely 472 skeppund 10 lispund, the weight which the force-work
10  II, 18|        namely, 157 skeppund 10 lispund, the total amount will be
11  II, 21|     skålpund or 32 skeppund, 6 lispund, 17 1/2 skålpund.~ ~ ~ ~
12  II, 21|   skålpund, or 53 skeppund, 18 lispund 15 skålpund. This shows
13  II, 21|     skålpund, or 11 skeppund 5 lispund, v. weight.~ ~ ~ ~The pump-tubes
14  II, 21|    skålpund, or 21 skeppund, I lispund, 5 skålpund, v. weight.~ ~ ~ ~
15 III, 35|    skålpund or 33 skeppund, 15 lispund, v. weight, it will be found
16 III, 35|     the power, 53 skeppund, 18 lispund, 15 marcker, that a surplus
17 III, 35|      surplus of 20 skeppund, 3 lispund, 15 marcker remains.~ ~So
18 III, 46|        equal to 96 skeepund, 3 lispund, 12 marker; and where one