एतत् पृष्ठम् अपरिष्कृतम् अस्ति
46 b = Solving (3), we get a 8833, B 640000, 931. Hence the ahargana for the Sun is 8833, and that for Mars 931. The equations (1) now reduce to 210389 x 8833 == 131493125 y + 640000, i.e, A PLANETARY PULVERISEER whence we get the pulveriser Hence A - - 210389 x 631167 131493125 The minimum solution of (5) is evidently X = 628, y = 1. 24; and solving (4), we get x 3 625 132133125. (5) - The ahargana conforming to the two residues a 8833) and b ( 640000) is therefore equal to 132133125.
