Hayanaratna 8.63

Now, finding the bhujantara (time correction for the Sun's uneven motion). There, the mean Sun is 2.23.3.37. With its own manda uchcha (high point) 2.17.20, the apogee less the Sun is 11.24.16.23. This becomes the mandakendra (the Sun's distance from its high point). It is more than nine, so it is taken from the circle: 0.5.43.37. This becomes the arc. The result below the arc's degrees, in degrees and so on, is 0.11.37. The remainder is 43.37. Multiplied by the difference between the cells, 2.19, and divided by sixty, it gives minutes and so on: 1.41. Joined with the cell result 0.11.37, it is 0.13.18. This is the Sun's manda result, in degrees and so on. Because the anomaly begins with Libra, it is minus from the mean Sun 2.23.3.37. The true Sun, roughly, is 2.22.50.19. Now the cell result for the motion is 2.17. Because the anomaly begins with Capricorn, it is minus from the mean motion 59.8: 56.50. This is the Sun's true motion in minutes and so on. Now the manda result is 00.13.18. Multiplied by ten (10), and carried up by sixty each time, it gives the Sun's seconds: the bhujantara 0.2.13. The manda result is minus, so it is minus.

Simple meaning: Worked example: the manda result is 0.13.18, minus, so the true Sun is 2.22.50.19. The true motion is 56.50 and the time correction is 0.2.13, minus.