$wgd-siddhista In the additional notes at the end of the work, we shall revext to the subject of bhese data, and of the light thrown by them upon the origin and age of the systern. 84....The number of risings of the asterisms, diminished by the number of the revolutions of each planet respectively, gives the number of risings of the planets in an Age. 35. The number of lunar months is the difference between the number of revolutions of the sum and of the moon. If from it the number of solar months be subtracted, thy remaine is the number of intercalary months. B6. 'ake the civil days from the luna, the remainder is the number of omitted lunal days (tithikshay) . From rising to rising of the sun are reckoned terrestria} civil days; 37 . Of these there are, in an Age, one billion, five hundred and seventy-seven million, nine hundred and seventeen thousand, eight hundred and twenty-eight; of lunar days, one billion, six hundred and three million, and eighty; 38. Of intercalary months, one million, five hundred and ninety-three thousand, three hundred and thirty-fix; of omitted lumar daystwenty-five million, eighty-two thousand, two hundred and fifty-bwo; 39. Of Bolar months, fifty-one million, dight hundred and forty thousand. The number of rising of the asterisms, dimi nished by that of the revolutions of the Sun, gives the number of terrestrial days. 40. The intercalary months, the omitted lunar days, the sidereal, humax, and civil days—these, multiplied by a thousand, are the number of revolutions, etc. , in an Eon. The data here given are combination of, and deductions from, whose contained in the preceding passage (vv. 29-34). For convenience of re . ference, we present them below in a tabular form. sidereal days, deduct solar revolutio8 In 4,823,000 yea¥. 1,582,287.828 43000 Kn 3,000,000 years B85,550,45 1,380,000 Naturalor civil days, 1,57,917.828 394,479,45 Bideral solex yeas multiply by no. of solar months in a year, 4,820,000 18 1,380,000 1B lar m= th, 5,840,000 19380,000
