Difference between revisions of ".Mzcw.NzIyNA"
From Georgian Papers Programme Transcription Wiki
(Created page with "(33) Then extr. the sq. R.") |
|||
| Line 1: | Line 1: | ||
(33) | (33) | ||
| − | Then extr. the sq. R. | + | Then extr. the sq. R. [[formula]] |
| + | Then [[formula]] | ||
| + | And 2d. N. == 15. | ||
| + | To form a general rule or canon in this case: | ||
| + | Let the sum = 15, & the product p. | ||
| + | Then [[formula]], or [[formula]]. | ||
| + | And 1/4 SS, & [[formula]] | ||
| + | And [[formula]] | ||
| + | Ergo [[formula]] Whis may be expressed | ||
| + | in words thus, | ||
| + | 10. From the square of half the sum subtract | ||
| + | the product. | ||
| + | 20. Extract the square root of the remainder. | ||
| + | 30. This square root added to, & subtracted | ||
| + | from the half sum, gives the numbers | ||
| + | required. Ex. gr. Let [[formula]] | ||
| + | Then 10. [[formula]] | ||
| + | 20. [[formula]] | ||
| + | 30. 6+1=7. and 6-1=5. | ||
| + | For 5+7=12 and 5x7=35. | ||
Latest revision as of 19:58, 12 August 2018
(33) Then extr. the sq. R. formula Then formula And 2d. N. == 15. To form a general rule or canon in this case: Let the sum = 15, & the product p. Then formula, or formula. And 1/4 SS, & formula And formula Ergo formula Whis may be expressed in words thus, 10. From the square of half the sum subtract the product. 20. Extract the square root of the remainder. 30. This square root added to, & subtracted from the half sum, gives the numbers required. Ex. gr. Let formula Then 10. formula 20. formula 30. 6+1=7. and 6-1=5. For 5+7=12 and 5x7=35.
