(3) Now the number 300 is, 3 by 100. Ten is allowed to be the perfect number. And 8 is the first cube, which is equality in all the dimensions - length, breadth; depth. "The days of men shall be," it is said, "120 (rk) years." And the sum is made up of the numbers from r to 15 added together. And the moon at 15 days is full.

(76) 10. In this manner God joined the seven double letters together. Two stones build two houses, three stones build six houses, four stones build twenty-four houses, five stones build 120 houses, six stones build 720 houses, and seven stones build 5,040 houses. Make a beginning according to this arrangement and reckon further than the mouth can express or the ear can hear.

(1) As then in astronomy we have Abraham as an instance, so also in arithmetic we have the same Abraham. "For, hearing that Lot was taken captive, and having numbered his own servants, born in his house, 318 (tih)," he defeats a very great number of the enemy.

(7) Mahidâsa Aitareya (the son of Itarâ), who knew this, said (addressing a disease): 'Why dost thou afflict me, as I shall not die by it?' He lived a hundred and sixteen years (i.e. 24+44+48). He, too, who knows this lives on to a hundred and sixteen years.

(96) The perfect numbers are extremely rare. There is only one between 1 and 10, namely, 6; one between 10 and 100, namely, 28; one between 100 and 1,000, namely, 496; and one between 1,000 and 10,000, namely, 8,128. The perfect numbers are found by the following rule: The first number of the evenly-even series of numbers (1, 2, 4, 8, 16, 32, and so forth) is added to the second number of the series, and if an incomposite number results it is multiplied by the last number of the series of evenly-even numbers whose sum produced it. The product is the first perfect number. For example: the first and second evenly-even numbers are 1 and 2. Their sum is 3, an incomposite number. If 3 be multiplied by 2, the last number of the series of evenly-even numbers used to produce it, the product is 6, the first perfect number. If the addition of the evenly-even numbers does not result in an incomposite number, the next evenly-even number of the series must be added until an incomposite number results. The second perfect number is found in the following manner: The sum of the evenly-even numbers 1, 2, and 4 is 7, an incomposite number. If 7 be multiplied by 4 (the last of the series of evenly-even numbers used to produce it) the product is 28, the second perfect number. This method of calculation may be continued to infinity.

(81) These two thousand three hundred days, then, make six years four months, during the half of which Nero held sway, and it was half a week; and for a half, Vespasian with Otho, Galba, and Vitellius reigned. And on this account Daniel says, "Blessed is he that cometh to the thousand three hundred and thirty-five days." For up to these days was war, and after them it ceased. And this number is demonstrated from a subsequent chapter, which is as follows: "And from the time of the change of continuation, and of the giving of the abomination of desolation, there shall be a thousand two hundred and ninety days. Blessed is he that waiteth, and cometh to the thousand three hundred and thirty-five days."

(14) The flaming fire was round about Him, and a great fire stood before Him, and none around could draw nigh Him: ten thousand times ten thousand (stood) before Him, yet He needed no counselor.