With a yupana as the one designed by Poma de Ayala can not be represented every multiplicands, but it is necessary to extend the yupana vertically ( adding rows ) to represent numbers whose sum of digits exceeds 5.
32.
This algorithm has in effect the same speed as the double-and-add approach except that it computes the same number of point additions and doubles regardless of the value of the multiplicand " d ".
33.
If I want to compute something like, the function would iterate through the digits of the multiplier, convert the digit to an unsigned short and then multiply with each digit of the multiplicand ( with proper carry ).
34.
Secondly, the multiplicand is entered in the first column respecting the sign-value notation : so, the seeds can be entered in any order and the number is given by the sum of the values of these seeds.
35.
The motivation and development of this expression for " category utility ", and the role of the multiplicand \ textstyle \ tfrac { 1 } { p } as a crude overfitting control, is given in the above sources.
36.
Find the product of the tens-multiplier and the multiplicand and write it down in a row call it the " tens-row " under the ones-row, " but shifted one column to the left ".
37.
This machine implements a true multiplication where, by just pulling on a ribbon, the multiplicand entered on the input sliders is multiplied by a one-digit multiplier number and it uses the [ [ Method of complements # Practical uses | ] ] method for subtracting.
38.
Other tubes stored the single 80-bit accumulator ( A ), the 40-bit " multiplicand / quotient register " ( MQ ) and eight " B-lines ", or index registers, which was one of the unique features of the Mark 1 design.
39.
The numbers represented in the columns are, from left to right : 32 ( the multiplicand ), 64 = 32 x 2 and 32 x 3 = 96 ( which together constitute the multiplicand, multiplied by the two factors in which the multiplier has been broken down ) and finally 151.
40.
The numbers represented in the columns are, from left to right : 32 ( the multiplicand ), 64 = 32 x 2 and 32 x 3 = 96 ( which together constitute the multiplicand, multiplied by the two factors in which the multiplier has been broken down ) and finally 151.
