| John Ward (of Chester.) - 1728 - 476 σελίδες
...Or any other things expofed to be Varied. The Method of finding out the Number of Changes, is by & continual Multiplication of all the Terms in a Series of Arithmetical Progreffionals j ixhofe Firfl Term, and Common Difference is Unity cr r. And Laft, Term the Number of Things fropofed... | |
| John Ward - 1747 - 492 σελίδες
...determined Number of Letters, or any other Things propofed to be varied. The Method of finding out tht Number of Changes is by a continual Multiplication of all the Terms in a Series of Arithmetical Progrefftons, whcfe firjl Term and common Difference is Unity or i . And the lajl Term the Number of... | |
| William Nicholson - 1809 - 726 σελίδες
...the variations or permutations of any number of things, with regard to their position, order, &c. The method of finding out the number of changes, is by a continual multiplication of afl the terms in a series of arithmetical professionals ; whose first term, and common difference,... | |
| Edward Augustus Kendall - 1811 - 462 σελίδες
...permutations of any number of things with regard to their order, position, &c. The number of changes is found by a continual multiplication of all the terms in a series of arithmetical professionals, whose first term, and common difference is unity. Thus if we are seven in family, and... | |
| William Nicholson - 1819 - 414 σελίδες
...the variations or permutations of any number of things, with regard to their position, order, &c. The method of finding out the number of changes, is by...multiplication of all the terms in a series of arithmetical progressionals, whose first term, and common difference, is unity, or 1 ; and last term the number... | |
| William Nicholson - 1819 - 412 σελίδες
...variations or permutations of any number of things, with regard to their position, order, &tc. The method of finding out the number of changes, is by a continual multiplication of all the terms in a scries of arithmetical progressionals, whose first term, and common difference, is unity, or 1 ; and... | |
| |