110 THEORY OF THE PULVERSISER 26. When the residue of the revolution is given in terms 01 signs, degrees, etc राश्यादावुद्दिष्टे राश्यादेर्भागहारसंगुणितात् राश्यादिमानलब्ध स्याच्छेषं मण्डलादीनाम ।। १४ ।। ]
- ८., “When the residue (of the revolution) is given in terms
of signs, etc., multiply those signs, etc., by the divisor and divide (the product) by the number of signs, etc., in a revolution : the quotient obtained is the residue of the revolution.” Suppose, for example, that the residue of thoc given to be 4 signs, 28 degrees, and 20 minutes. । Since 4 signs, 28 degrees, and 20 minutes=8900', therefore we multiply 8900 by 210389 (the divisor in this case)* and divide by 21600 (the number of minutes in a revolution). In this way we get 8688 as the quotient. This 576 ४-86688 To find the days and the revolutions performed by the Sun we will now have to solve the pulveriser 210389 revolution of the Sun is 2-7. When the residue of the the residue of the revolution : Following the above method we can also obtain the residue if it be given in terms of degrees, minutes, etc.
- The formula for the Sun's
5764/210389 यच्छेषं युतहीनं तज्जातीयं सदा भवति भाज्यम् । इति राश्यादेः शेषे भाज्यो राश्यादिमानहतः ॥ १५ ॥ राश्याद्याहतभाज्यो हारेण यो भवत्यदृढ़रूपः । तत्रेष्टाभ्यां ताभ्यां शेषवशात्कर्म कर्तव्यम् ।। १६ ॥ । if this case, sign, etc., is given, and revolutions corresponding of the sign not to 4 days is
