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a. (1) There is a triad anupurvi (sequence) and a single particle ananupurvi (non-sequence), (2) There is a triad anupurvi (sequence) and many single particle ananupurvis (non-sequences), (3) There are many triad anupurvis (sequences) and a single particle ananupurvi (nonsequence), (4) There are many triad anupurvis (sequences) and many single particle ananupurvis (non-sequences). (4) (a total of 10 divisions or bhangs)
b. (1) There is a triad anupurvi (sequence) and a biunialaggregate avaktavya (inexpressible), (2) There is a triad anupurvi (sequence) and many biunial-aggregate avaktavyas (inexpressibles), (3) There are many triad anupurvis (sequences) and a biunial-aggregate avaktavya (inexpressible), (4) There are many triad anupurvis (sequences) and many biunial-aggregate avaktavyas inexpressibles). (4) (a total of 14 divisions or bhangs)
c. (1) There is a single particle ananupurvi (non-sequence) and a biunial-aggregate avaktavya (inexpressible), (2) There is a single particle ananupurvi (non-sequence) and many biunial-aggregate avaktavyas (inexpressibles), (3) There are many single particle ananupurvis (non-sequences) and a biunial-aggregate avaktavya (inexpressible), (4) There are many single particle ananupurvis (non-sequences) and many biunial-aggregate avaktavyas (inexpressibles). (4) (a total of 18 divisions or bhangs)
d. (1) There is a triad anupurvi (sequence), single particle ananupurvi (non-sequence), and a biunial-aggregate avaktavya inexpressible), (2) There is a triad anupurvi (sequence), single particle ananupurvi (non-sequence), and many biunial-aggregate avaktavyas inexpressibles), (3) There is a triad anupurvi (sequence), many single अनुयोगद्वार सूत्र
(PER) Illustrated Anuyogadvar Sutra
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