69 (d}}!ti) (cycles, thereaffer), 1he increase in 7r.-10-44' (wi5vaikar८arld). 10. (To get the Dhruva for) the remaining cycles, multiply the same by 3 (g०), getting thereby degrees, by 4 (wi), getting thereby in the case of minutes, and by 7 (51), getting thereby seconds ; seconds, however, reduce them by 1( /23 of the number of the said cycles) (The 11 . when a11 the Diruv८s have been calculated (as instructed in 9-10) and so also the Diruva-kalas (as instructed in 8), arrange them In (the ascending) order , so that the smallest (Dhruwakola) comes as the first and the largest as the last It 12. Alongside each (of the Diruwakala.s), chart the corres ponding Dl॥ruvas with their respective Walkyasaiklyds. Chart also the Phala.s which enabled the calculation (of the above), for use (later) in the computation. of the Mean Sun rom 13-14. Here (in the chart of verses 11-12, above), there will be apparent a natural order, irrespective of (the two) sides of the day, wi2., day and might, as in climbing a bamboo tree (wherein the branches will be found edually distributed on its two sides). Thus, the has to be a manner that their Dhruy८ added to the D:121)८ of the Kh८१८ 15,02,008, and not be carried forward to seconds. 69 (dht) is the least number of anomalistic cycles for which, too, the which Chart) (69) + wis.waikarmatha (7r.10-4'). remembered, the 22 in 2ero-correction this also. Therefore 5105 (१101१८lana) cycles sbuld be reduced from the Agrim८phala only once, even if it is possible to reduce it by 5105 more than once. For further reductions, 69 (d;ti) and its Dr५८ alone should be made use of completed 1 circle could Diruva for 1 cycle 31 connection, be is 69 dropped. that the [0714y a
