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## 410 / Go. Sa. Jivakanda
## Gatha 323-331
"The lowest place is the *Rishyanka*." This is known from the description given. The lowest place is not *Urvak* because if it were, the entire *Kandaka* proof would not be possible. It cannot be *Chaturank* either, because the *Kandaka* expansion goes from countless divisions to the first countable increase. This is what has been said! It cannot be *Panchank* either, because the *Kandaka* goes from countable divisions to countable multiplications, as it has been said. It cannot be *Shashthank* either, because the *Kandaka* goes from only countable multiplications to countless multiplications, as it has been said. It cannot be *Sapthank* either, because the *Kandaka* goes from countless multiplications to infinite multiplications, as the sutra says. Therefore, by the nature of the remainder, the lowest place is *Rishyanka*.
Because the lowest place is *Grushtanka*, therefore, infinite multiplication is not possible in the first six places. In the remaining places, the first place has infinite multiplication, therefore, all six increases are possible in the remaining six places, but in the first six places, there are only five increases.
**Doubt:** What is the measure of the *Kandaka*?
**Solution:** The measure of the *Kandaka* is a countless part of an *angula*. What is the divisor of that (angula)? Due to the lack of specific instruction, its knowledge is not available.
The *Kandaka* measure of infinite divisions goes to the place of countless divisions. || 215 || 3 The square of the *Kandaka* of infinite divisions and one *Kandaka* go to the place of countable divisions. || 220 || * If the *Kandaka* measure is infinite divisions below one countless division, then how many (infinite divisions) will there be below one more *Kandaka* measure of countless divisions? In this way, by multiplying the desired result by the measure [(*Kandaka*) x (*Kandaka* + 1)], there are *Kandaka* square measure infinite divisions including the *Kandaka*. In terms of numbers, *Kandaka* - 4 x (4+1) - [(4 x 4) + 4] - so many infinite divisions cannot be produced without countable divisions.
**Doubt:** Below countable divisions, there are *Kandaka* measure countless divisions. How is it appropriate to produce one more *Kandaka* infinite division place by using the rule of three?
**Solution:** This is not a fault, because below countable divisions, there are *Kandaka* measure countless divisions, but by reaching the subject (place) of another countless division, countable division is produced in the *Grdhvana* suitable for countable division, not countless division. Therefore, the above statement does not have a fault.
The square of the *Kandaka* of countless divisions and one *Kandaka* go to the place of (16+4) countable multiplications. || 221 || If the *Kandaka* measure is countless divisions below one countable division,
1. Gaval Pu. 12 p. 130-131. 2. Gaval Pu. 12 p. 163. 3. Gaval Pu. 12 p. 163. 4. Gaval Pu. 12 p. 126. 5. Gaval Pu. 12 p. 166-167. 6. Gaval Pu. 12 p. 167.