The tenth part of a Mahayuga, multiplied by 4, 3, 2, 1, gives the lengths of the four ages respectively.
Modern Technical Commentary:
Calculates the specific lengths of the Yugas: Satya (1,728,000y), Treta (1,296,000y), Dvapara (864,000y), and Kali (432,000y) based on a 4:3:2:1 ratio.
The tenth part of a Mahayuga, multiplied by 4, 3, 2, 1, gives the lengths of the four ages respectively.
Modern Technical Commentary:
Calculates the specific lengths of the Yugas: Satya (1,728,000y), Treta (1,296,000y), Dvapara (864,000y), and Kali (432,000y) based on a 4:3:2:1 ratio.
Corresponds to Midnight (Ujjain Meridian) on Friday,
February 18, 3102 BCE (Julian). At this epoch, the mean positions of
all planets are scripturally defined as being exactly at 0° (Revati).
Siddhantic Epoch (Kali Yuga).
[Ch. I, v.17, 21]
Siddhantic Proof: Madhyama (Mean Motions) v.17
Sanskrit (Devanagari):
युगस्य दशमो भागश्चतुस्त्रिद्व्येकसंगुणः । क्रमात्कृतयुगादीनां षष्ठांशः सन्ध्ययो स्वकः ॥
Translation (Burgess):
The tenth part of a Mahayuga, multiplied by 4, 3, 2, 1, gives the lengths of the four ages respectively.
Modern Technical Commentary:
Calculates the specific lengths of the Yugas: Satya (1,728,000y), Treta (1,296,000y), Dvapara (864,000y), and Kali (432,000y) based on a 4:3:2:1 ratio.
Siddhantic Proof: Madhyama (Mean Motions) v.17
Sanskrit (Devanagari):
युगस्य दशमो भागश्चतुस्त्रिद्व्येकसंगुणः । क्रमात्कृतयुगादीनां षष्ठांशः सन्ध्ययो स्वकः ॥
Translation (Burgess):
The tenth part of a Mahayuga, multiplied by 4, 3, 2, 1, gives the lengths of the four ages respectively.
Modern Technical Commentary:
Calculates the specific lengths of the Yugas: Satya (1,728,000y), Treta (1,296,000y), Dvapara (864,000y), and Kali (432,000y) based on a 4:3:2:1 ratio.