Vishnupurana 2.8

PARÁŚARA.--Having thus described to you the system of the world in general, I will now explain to you the dimensions and situations of the sun and other luminaries.

The chariot of the sun is nine thousand leagues in length, and the pole is of twice that longitude; the axle is fifteen millions and seven hundred thousand leagues long; on which is fixed a wheel with three naves, five spokes, and six peripheries, consisting of the ever-during year; the whole constituting the circle or wheel of time. The chariot has another axle, which is forty-five thousand five hundred leagues long. The two halves of the yoke are of the same length respectively as the two axles (the longer and the shorter). The short axle, with the short yoke, are supported by the pole-star: the end of the longer axle, to which the wheel of the car is attached, moves on the Mánasa mountain. The seven horses of the sun's car are the metres of the Vedas, Gáyatrí, Vrihatí, Ushńih, Jayatí, Trisht́ubh, Anusht́ubh, and Pankti.

The chariot of the sun is nine thousand leagues in length, and the pole is of twice that longitude; the axle is fifteen millions and seven hundred thousand leagues long; on which is fixed a wheel with three naves, five spokes, and six peripheries, consisting of the ever-during year; the whole constituting the circle or wheel of time. The chariot has another axle, which is forty-five thousand five hundred leagues long. The two halves of the yoke are of the same length respectively as the two axles (the longer and the shorter). The short axle, with the short yoke, are supported by the pole-star: the end of the longer axle, to which the wheel of the car is attached, moves on the Mánasa mountain. The seven horses of the sun's car are the metres of the Vedas, Gáyatrí, Vrihatí, Ushńih, Jayatí, Trisht́ubh, Anusht́ubh, and Pankti.

The chariot of the sun is nine thousand leagues in length, and the pole is of twice that longitude; the axle is fifteen millions and seven hundred thousand leagues long; on which is fixed a wheel with three naves, five spokes, and six peripheries, consisting of the ever-during year; the whole constituting the circle or wheel of time. The chariot has another axle, which is forty-five thousand five hundred leagues long. The two halves of the yoke are of the same length respectively as the two axles (the longer and the shorter). The short axle, with the short yoke, are supported by the pole-star: the end of the longer axle, to which the wheel of the car is attached, moves on the Mánasa mountain. The seven horses of the sun's car are the metres of the Vedas, Gáyatrí, Vrihatí, Ushńih, Jayatí, Trisht́ubh, Anusht́ubh, and Pankti.

The chariot of the sun is nine thousand leagues in length, and the pole is of twice that longitude; the axle is fifteen millions and seven hundred thousand leagues long; on which is fixed a wheel with three naves, five spokes, and six peripheries, consisting of the ever-during year; the whole constituting the circle or wheel of time. The chariot has another axle, which is forty-five thousand five hundred leagues long. The two halves of the yoke are of the same length respectively as the two axles (the longer and the shorter). The short axle, with the short yoke, are supported by the pole-star: the end of the longer axle, to which the wheel of the car is attached, moves on the Mánasa mountain. The seven horses of the sun's car are the metres of the Vedas, Gáyatrí, Vrihatí, Ushńih, Jayatí, Trisht́ubh, Anusht́ubh, and Pankti.

The chariot of the sun is nine thousand leagues in length, and the pole is of twice that longitude; the axle is fifteen millions and seven hundred thousand leagues long; on which is fixed a wheel with three naves, five spokes, and six peripheries, consisting of the ever-during year; the whole constituting the circle or wheel of time. The chariot has another axle, which is forty-five thousand five hundred leagues long. The two halves of the yoke are of the same length respectively as the two axles (the longer and the shorter). The short axle, with the short yoke, are supported by the pole-star: the end of the longer axle, to which the wheel of the car is attached, moves on the Mánasa mountain. The seven horses of the sun's car are the metres of the Vedas, Gáyatrí, Vrihatí, Ushńih, Jayatí, Trisht́ubh, Anusht́ubh, and Pankti.

The chariot of the sun is nine thousand leagues in length, and the pole is of twice that longitude; the axle is fifteen millions and seven hundred thousand leagues long; on which is fixed a wheel with three naves, five spokes, and six peripheries, consisting of the ever-during year; the whole constituting the circle or wheel of time. The chariot has another axle, which is forty-five thousand five hundred leagues long. The two halves of the yoke are of the same length respectively as the two axles (the longer and the shorter). The short axle, with the short yoke, are supported by the pole-star: the end of the longer axle, to which the wheel of the car is attached, moves on the Mánasa mountain. The seven horses of the sun's car are the metres of the Vedas, Gáyatrí, Vrihatí, Ushńih, Jayatí, Trisht́ubh, Anusht́ubh, and Pankti.

The city of Indra is situated on the eastern side of the Mánasottara mountain; that of Yama on the southern face; that of Varuńa on the west; and that of Soma on the north: named severally Vaswokasárá, Samyamaní, Mukhyá, and Vibhávarí.

The city of Indra is situated on the eastern side of the Mánasottara mountain; that of Yama on the southern face; that of Varuńa on the west; and that of Soma on the north: named severally Vaswokasárá, Samyamaní, Mukhyá, and Vibhávarí.

The glorious sun, Maitreya, darts like an arrow on his southern course, attended by the constellations of the Zodiac. He causes the difference between day and night, and is the divine vehicle and path of the sages who have overcome the inflictions of the world. Whilst the sun, who is the discriminator of all hours, shines in one continent in midday, in the opposite Dwípas, Maitreya, it will be midnight: rising and setting are at all seasons, and are always (relatively) opposed in the different cardinal and intermediate points of the horizon. When the sun becomes visible to any people, to them he is said to rise; when he disappears from their view, that is called his setting. There is in truth neither rising nor setting of the sun, for he is always; and these terms merely imply his presence and his disappearance.

The glorious sun, Maitreya, darts like an arrow on his southern course, attended by the constellations of the Zodiac. He causes the difference between day and night, and is the divine vehicle and path of the sages who have overcome the inflictions of the world. Whilst the sun, who is the discriminator of all hours, shines in one continent in midday, in the opposite Dwípas, Maitreya, it will be midnight: rising and setting are at all seasons, and are always (relatively) opposed in the different cardinal and intermediate points of the horizon. When the sun becomes visible to any people, to them he is said to rise; when he disappears from their view, that is called his setting. There is in truth neither rising nor setting of the sun, for he is always; and these terms merely imply his presence and his disappearance.

The glorious sun, Maitreya, darts like an arrow on his southern course, attended by the constellations of the Zodiac. He causes the difference between day and night, and is the divine vehicle and path of the sages who have overcome the inflictions of the world. Whilst the sun, who is the discriminator of all hours, shines in one continent in midday, in the opposite Dwípas, Maitreya, it will be midnight: rising and setting are at all seasons, and are always (relatively) opposed in the different cardinal and intermediate points of the horizon. When the sun becomes visible to any people, to them he is said to rise; when he disappears from their view, that is called his setting. There is in truth neither rising nor setting of the sun, for he is always; and these terms merely imply his presence and his disappearance.

The glorious sun, Maitreya, darts like an arrow on his southern course, attended by the constellations of the Zodiac. He causes the difference between day and night, and is the divine vehicle and path of the sages who have overcome the inflictions of the world. Whilst the sun, who is the discriminator of all hours, shines in one continent in midday, in the opposite Dwípas, Maitreya, it will be midnight: rising and setting are at all seasons, and are always (relatively) opposed in the different cardinal and intermediate points of the horizon. When the sun becomes visible to any people, to them he is said to rise; when he disappears from their view, that is called his setting. There is in truth neither rising nor setting of the sun, for he is always; and these terms merely imply his presence and his disappearance.

The glorious sun, Maitreya, darts like an arrow on his southern course, attended by the constellations of the Zodiac. He causes the difference between day and night, and is the divine vehicle and path of the sages who have overcome the inflictions of the world. Whilst the sun, who is the discriminator of all hours, shines in one continent in midday, in the opposite Dwípas, Maitreya, it will be midnight: rising and setting are at all seasons, and are always (relatively) opposed in the different cardinal and intermediate points of the horizon. When the sun becomes visible to any people, to them he is said to rise; when he disappears from their view, that is called his setting. There is in truth neither rising nor setting of the sun, for he is always; and these terms merely imply his presence and his disappearance.

The glorious sun, Maitreya, darts like an arrow on his southern course, attended by the constellations of the Zodiac. He causes the difference between day and night, and is the divine vehicle and path of the sages who have overcome the inflictions of the world. Whilst the sun, who is the discriminator of all hours, shines in one continent in midday, in the opposite Dwípas, Maitreya, it will be midnight: rising and setting are at all seasons, and are always (relatively) opposed in the different cardinal and intermediate points of the horizon. When the sun becomes visible to any people, to them he is said to rise; when he disappears from their view, that is called his setting. There is in truth neither rising nor setting of the sun, for he is always; and these terms merely imply his presence and his disappearance.

When the sun (at midday) passes over either of the cities of the gods, on the Mánasottara mountain (at the cardinal points), his light extends to three cities and two intermediate points: when situated in an intermediate point, he illuminates two of the cities and three intermediate. points (in either case one hemisphere). From the period of his rise the sun moves with increasing rays until noon, when he proceeds towards his setting with rays diminishing (that is, his heat increases or diminishes in proportion as he advances to, or recedes from, the meridian of any place). The east and west quarters are so called from the sun's rising and setting there. As far as the sun shines in front, so far he shines behind and on either hand, illuminating all places except the summit of Meru, the mountain of the immortals; for when his rays reach the court of Brahmá, which is there situated, they are repelled and driven back by the overpowering radiance which there prevails: consequently there is always the alternation of day and night, according as the divisions of the continent lie in the northern (or southern) quarter, or inasmuch as they are situated north (or south) of Meru.

When the sun (at midday) passes over either of the cities of the gods, on the Mánasottara mountain (at the cardinal points), his light extends to three cities and two intermediate points: when situated in an intermediate point, he illuminates two of the cities and three intermediate. points (in either case one hemisphere). From the period of his rise the sun moves with increasing rays until noon, when he proceeds towards his setting with rays diminishing (that is, his heat increases or diminishes in proportion as he advances to, or recedes from, the meridian of any place). The east and west quarters are so called from the sun's rising and setting there. As far as the sun shines in front, so far he shines behind and on either hand, illuminating all places except the summit of Meru, the mountain of the immortals; for when his rays reach the court of Brahmá, which is there situated, they are repelled and driven back by the overpowering radiance which there prevails: consequently there is always the alternation of day and night, according as the divisions of the continent lie in the northern (or southern) quarter, or inasmuch as they are situated north (or south) of Meru.

When the sun (at midday) passes over either of the cities of the gods, on the Mánasottara mountain (at the cardinal points), his light extends to three cities and two intermediate points: when situated in an intermediate point, he illuminates two of the cities and three intermediate. points (in either case one hemisphere). From the period of his rise the sun moves with increasing rays until noon, when he proceeds towards his setting with rays diminishing (that is, his heat increases or diminishes in proportion as he advances to, or recedes from, the meridian of any place). The east and west quarters are so called from the sun's rising and setting there. As far as the sun shines in front, so far he shines behind and on either hand, illuminating all places except the summit of Meru, the mountain of the immortals; for when his rays reach the court of Brahmá, which is there situated, they are repelled and driven back by the overpowering radiance which there prevails: consequently there is always the alternation of day and night, according as the divisions of the continent lie in the northern (or southern) quarter, or inasmuch as they are situated north (or south) of Meru.

When the sun (at midday) passes over either of the cities of the gods, on the Mánasottara mountain (at the cardinal points), his light extends to three cities and two intermediate points: when situated in an intermediate point, he illuminates two of the cities and three intermediate. points (in either case one hemisphere). From the period of his rise the sun moves with increasing rays until noon, when he proceeds towards his setting with rays diminishing (that is, his heat increases or diminishes in proportion as he advances to, or recedes from, the meridian of any place). The east and west quarters are so called from the sun's rising and setting there. As far as the sun shines in front, so far he shines behind and on either hand, illuminating all places except the summit of Meru, the mountain of the immortals; for when his rays reach the court of Brahmá, which is there situated, they are repelled and driven back by the overpowering radiance which there prevails: consequently there is always the alternation of day and night, according as the divisions of the continent lie in the northern (or southern) quarter, or inasmuch as they are situated north (or south) of Meru.

When the sun (at midday) passes over either of the cities of the gods, on the Mánasottara mountain (at the cardinal points), his light extends to three cities and two intermediate points: when situated in an intermediate point, he illuminates two of the cities and three intermediate. points (in either case one hemisphere). From the period of his rise the sun moves with increasing rays until noon, when he proceeds towards his setting with rays diminishing (that is, his heat increases or diminishes in proportion as he advances to, or recedes from, the meridian of any place). The east and west quarters are so called from the sun's rising and setting there. As far as the sun shines in front, so far he shines behind and on either hand, illuminating all places except the summit of Meru, the mountain of the immortals; for when his rays reach the court of Brahmá, which is there situated, they are repelled and driven back by the overpowering radiance which there prevails: consequently there is always the alternation of day and night, according as the divisions of the continent lie in the northern (or southern) quarter, or inasmuch as they are situated north (or south) of Meru.

The radiance of the solar orb, when the sun has set, is accumulated in fire, and hence fire is visible at a greater distance by night than by day: during the latter a fourth of the rays of fire blend with those of the sun, and from their union the sun shines with greater intensity by day. Elemental light, and heat derived from the sun or from fire, blending with each other, mutually prevail in various proportions, both by day and night. When the sun is present either in the southern or the northern hemisphere, day or night retires into the waters, according as they are invaded by darkness or light: it is from this cause that the waters look dark by day, because night is within them; and they look white by night, because at the setting of the sun the light of day takes refuge in their bosom.

The radiance of the solar orb, when the sun has set, is accumulated in fire, and hence fire is visible at a greater distance by night than by day: during the latter a fourth of the rays of fire blend with those of the sun, and from their union the sun shines with greater intensity by day. Elemental light, and heat derived from the sun or from fire, blending with each other, mutually prevail in various proportions, both by day and night. When the sun is present either in the southern or the northern hemisphere, day or night retires into the waters, according as they are invaded by darkness or light: it is from this cause that the waters look dark by day, because night is within them; and they look white by night, because at the setting of the sun the light of day takes refuge in their bosom.

The radiance of the solar orb, when the sun has set, is accumulated in fire, and hence fire is visible at a greater distance by night than by day: during the latter a fourth of the rays of fire blend with those of the sun, and from their union the sun shines with greater intensity by day. Elemental light, and heat derived from the sun or from fire, blending with each other, mutually prevail in various proportions, both by day and night. When the sun is present either in the southern or the northern hemisphere, day or night retires into the waters, according as they are invaded by darkness or light: it is from this cause that the waters look dark by day, because night is within them; and they look white by night, because at the setting of the sun the light of day takes refuge in their bosom.

The radiance of the solar orb, when the sun has set, is accumulated in fire, and hence fire is visible at a greater distance by night than by day: during the latter a fourth of the rays of fire blend with those of the sun, and from their union the sun shines with greater intensity by day. Elemental light, and heat derived from the sun or from fire, blending with each other, mutually prevail in various proportions, both by day and night. When the sun is present either in the southern or the northern hemisphere, day or night retires into the waters, according as they are invaded by darkness or light: it is from this cause that the waters look dark by day, because night is within them; and they look white by night, because at the setting of the sun the light of day takes refuge in their bosom.

The radiance of the solar orb, when the sun has set, is accumulated in fire, and hence fire is visible at a greater distance by night than by day: during the latter a fourth of the rays of fire blend with those of the sun, and from their union the sun shines with greater intensity by day. Elemental light, and heat derived from the sun or from fire, blending with each other, mutually prevail in various proportions, both by day and night. When the sun is present either in the southern or the northern hemisphere, day or night retires into the waters, according as they are invaded by darkness or light: it is from this cause that the waters look dark by day, because night is within them; and they look white by night, because at the setting of the sun the light of day takes refuge in their bosom.

When the sun has travelled in the centre of Pushkara a thirtieth part of the circumference of the globe, his course is equal in time to one Muhúrtta; and whirling round like the circumference of the wheel of a potter, he distributes day and night upon the earth. In the commencement of his northern course, the sun passes to Capricornus, thence to Aquarius, thence to Pisces, going successively from one sign of the Zodiac to another. After he has passed through these, the sun attains his equinoctial movement (the vernal equinox), when he makes the day and night of equal duration. Thenceforward the length of the night decreases, and the day becomes longer, until the sun reaches the end of Gemini, when he pursues a different direction, and, entering Cancer, begins his declension to the south. As the circumference of a potter's wheel revolves most rapidly, so the sun travels rapidly on his southern journey: he flies along his path with the velocity of wind, and traverses a great distance in a short time. In twelve Muhúrttas he passes through thirteen lunar asterisms and a half during the day; and during the night he passes through the same distance, only in eighteen Muhúrttas. As the centre of the potter's wheel revolves more slowly than the circumference, so the sun in his northern path again revolves with less rapidity, and moves over a less space of the earth in a longer time, until, at the end of his northern route, the day is again eighteen Muhúrttas, and the night twelve; the sun passing through half the lunar mansions by day and by night in those periods respectively. As the lump of clay on the centre of the potter's wheel moves most slowly, so the polar-star, which is in the centre of the zodiacal wheel, revolves very tardily, and ever remains in the centre, as the clay continues in the centre of the wheel of the potter.

When the sun has travelled in the centre of Pushkara a thirtieth part of the circumference of the globe, his course is equal in time to one Muhúrtta; and whirling round like the circumference of the wheel of a potter, he distributes day and night upon the earth. In the commencement of his northern course, the sun passes to Capricornus, thence to Aquarius, thence to Pisces, going successively from one sign of the Zodiac to another. After he has passed through these, the sun attains his equinoctial movement (the vernal equinox), when he makes the day and night of equal duration. Thenceforward the length of the night decreases, and the day becomes longer, until the sun reaches the end of Gemini, when he pursues a different direction, and, entering Cancer, begins his declension to the south. As the circumference of a potter's wheel revolves most rapidly, so the sun travels rapidly on his southern journey: he flies along his path with the velocity of wind, and traverses a great distance in a short time. In twelve Muhúrttas he passes through thirteen lunar asterisms and a half during the day; and during the night he passes through the same distance, only in eighteen Muhúrttas. As the centre of the potter's wheel revolves more slowly than the circumference, so the sun in his northern path again revolves with less rapidity, and moves over a less space of the earth in a longer time, until, at the end of his northern route, the day is again eighteen Muhúrttas, and the night twelve; the sun passing through half the lunar mansions by day and by night in those periods respectively. As the lump of clay on the centre of the potter's wheel moves most slowly, so the polar-star, which is in the centre of the zodiacal wheel, revolves very tardily, and ever remains in the centre, as the clay continues in the centre of the wheel of the potter.

When the sun has travelled in the centre of Pushkara a thirtieth part of the circumference of the globe, his course is equal in time to one Muhúrtta; and whirling round like the circumference of the wheel of a potter, he distributes day and night upon the earth. In the commencement of his northern course, the sun passes to Capricornus, thence to Aquarius, thence to Pisces, going successively from one sign of the Zodiac to another. After he has passed through these, the sun attains his equinoctial movement (the vernal equinox), when he makes the day and night of equal duration. Thenceforward the length of the night decreases, and the day becomes longer, until the sun reaches the end of Gemini, when he pursues a different direction, and, entering Cancer, begins his declension to the south. As the circumference of a potter's wheel revolves most rapidly, so the sun travels rapidly on his southern journey: he flies along his path with the velocity of wind, and traverses a great distance in a short time. In twelve Muhúrttas he passes through thirteen lunar asterisms and a half during the day; and during the night he passes through the same distance, only in eighteen Muhúrttas. As the centre of the potter's wheel revolves more slowly than the circumference, so the sun in his northern path again revolves with less rapidity, and moves over a less space of the earth in a longer time, until, at the end of his northern route, the day is again eighteen Muhúrttas, and the night twelve; the sun passing through half the lunar mansions by day and by night in those periods respectively. As the lump of clay on the centre of the potter's wheel moves most slowly, so the polar-star, which is in the centre of the zodiacal wheel, revolves very tardily, and ever remains in the centre, as the clay continues in the centre of the wheel of the potter.

When the sun has travelled in the centre of Pushkara a thirtieth part of the circumference of the globe, his course is equal in time to one Muhúrtta; and whirling round like the circumference of the wheel of a potter, he distributes day and night upon the earth. In the commencement of his northern course, the sun passes to Capricornus, thence to Aquarius, thence to Pisces, going successively from one sign of the Zodiac to another. After he has passed through these, the sun attains his equinoctial movement (the vernal equinox), when he makes the day and night of equal duration. Thenceforward the length of the night decreases, and the day becomes longer, until the sun reaches the end of Gemini, when he pursues a different direction, and, entering Cancer, begins his declension to the south. As the circumference of a potter's wheel revolves most rapidly, so the sun travels rapidly on his southern journey: he flies along his path with the velocity of wind, and traverses a great distance in a short time. In twelve Muhúrttas he passes through thirteen lunar asterisms and a half during the day; and during the night he passes through the same distance, only in eighteen Muhúrttas. As the centre of the potter's wheel revolves more slowly than the circumference, so the sun in his northern path again revolves with less rapidity, and moves over a less space of the earth in a longer time, until, at the end of his northern route, the day is again eighteen Muhúrttas, and the night twelve; the sun passing through half the lunar mansions by day and by night in those periods respectively. As the lump of clay on the centre of the potter's wheel moves most slowly, so the polar-star, which is in the centre of the zodiacal wheel, revolves very tardily, and ever remains in the centre, as the clay continues in the centre of the wheel of the potter.

When the sun has travelled in the centre of Pushkara a thirtieth part of the circumference of the globe, his course is equal in time to one Muhúrtta; and whirling round like the circumference of the wheel of a potter, he distributes day and night upon the earth. In the commencement of his northern course, the sun passes to Capricornus, thence to Aquarius, thence to Pisces, going successively from one sign of the Zodiac to another. After he has passed through these, the sun attains his equinoctial movement (the vernal equinox), when he makes the day and night of equal duration. Thenceforward the length of the night decreases, and the day becomes longer, until the sun reaches the end of Gemini, when he pursues a different direction, and, entering Cancer, begins his declension to the south. As the circumference of a potter's wheel revolves most rapidly, so the sun travels rapidly on his southern journey: he flies along his path with the velocity of wind, and traverses a great distance in a short time. In twelve Muhúrttas he passes through thirteen lunar asterisms and a half during the day; and during the night he passes through the same distance, only in eighteen Muhúrttas. As the centre of the potter's wheel revolves more slowly than the circumference, so the sun in his northern path again revolves with less rapidity, and moves over a less space of the earth in a longer time, until, at the end of his northern route, the day is again eighteen Muhúrttas, and the night twelve; the sun passing through half the lunar mansions by day and by night in those periods respectively. As the lump of clay on the centre of the potter's wheel moves most slowly, so the polar-star, which is in the centre of the zodiacal wheel, revolves very tardily, and ever remains in the centre, as the clay continues in the centre of the wheel of the potter.

When the sun has travelled in the centre of Pushkara a thirtieth part of the circumference of the globe, his course is equal in time to one Muhúrtta; and whirling round like the circumference of the wheel of a potter, he distributes day and night upon the earth. In the commencement of his northern course, the sun passes to Capricornus, thence to Aquarius, thence to Pisces, going successively from one sign of the Zodiac to another. After he has passed through these, the sun attains his equinoctial movement (the vernal equinox), when he makes the day and night of equal duration. Thenceforward the length of the night decreases, and the day becomes longer, until the sun reaches the end of Gemini, when he pursues a different direction, and, entering Cancer, begins his declension to the south. As the circumference of a potter's wheel revolves most rapidly, so the sun travels rapidly on his southern journey: he flies along his path with the velocity of wind, and traverses a great distance in a short time. In twelve Muhúrttas he passes through thirteen lunar asterisms and a half during the day; and during the night he passes through the same distance, only in eighteen Muhúrttas. As the centre of the potter's wheel revolves more slowly than the circumference, so the sun in his northern path again revolves with less rapidity, and moves over a less space of the earth in a longer time, until, at the end of his northern route, the day is again eighteen Muhúrttas, and the night twelve; the sun passing through half the lunar mansions by day and by night in those periods respectively. As the lump of clay on the centre of the potter's wheel moves most slowly, so the polar-star, which is in the centre of the zodiacal wheel, revolves very tardily, and ever remains in the centre, as the clay continues in the centre of the wheel of the potter.

When the sun has travelled in the centre of Pushkara a thirtieth part of the circumference of the globe, his course is equal in time to one Muhúrtta; and whirling round like the circumference of the wheel of a potter, he distributes day and night upon the earth. In the commencement of his northern course, the sun passes to Capricornus, thence to Aquarius, thence to Pisces, going successively from one sign of the Zodiac to another. After he has passed through these, the sun attains his equinoctial movement (the vernal equinox), when he makes the day and night of equal duration. Thenceforward the length of the night decreases, and the day becomes longer, until the sun reaches the end of Gemini, when he pursues a different direction, and, entering Cancer, begins his declension to the south. As the circumference of a potter's wheel revolves most rapidly, so the sun travels rapidly on his southern journey: he flies along his path with the velocity of wind, and traverses a great distance in a short time. In twelve Muhúrttas he passes through thirteen lunar asterisms and a half during the day; and during the night he passes through the same distance, only in eighteen Muhúrttas. As the centre of the potter's wheel revolves more slowly than the circumference, so the sun in his northern path again revolves with less rapidity, and moves over a less space of the earth in a longer time, until, at the end of his northern route, the day is again eighteen Muhúrttas, and the night twelve; the sun passing through half the lunar mansions by day and by night in those periods respectively. As the lump of clay on the centre of the potter's wheel moves most slowly, so the polar-star, which is in the centre of the zodiacal wheel, revolves very tardily, and ever remains in the centre, as the clay continues in the centre of the wheel of the potter.

When the sun has travelled in the centre of Pushkara a thirtieth part of the circumference of the globe, his course is equal in time to one Muhúrtta; and whirling round like the circumference of the wheel of a potter, he distributes day and night upon the earth. In the commencement of his northern course, the sun passes to Capricornus, thence to Aquarius, thence to Pisces, going successively from one sign of the Zodiac to another. After he has passed through these, the sun attains his equinoctial movement (the vernal equinox), when he makes the day and night of equal duration. Thenceforward the length of the night decreases, and the day becomes longer, until the sun reaches the end of Gemini, when he pursues a different direction, and, entering Cancer, begins his declension to the south. As the circumference of a potter's wheel revolves most rapidly, so the sun travels rapidly on his southern journey: he flies along his path with the velocity of wind, and traverses a great distance in a short time. In twelve Muhúrttas he passes through thirteen lunar asterisms and a half during the day; and during the night he passes through the same distance, only in eighteen Muhúrttas. As the centre of the potter's wheel revolves more slowly than the circumference, so the sun in his northern path again revolves with less rapidity, and moves over a less space of the earth in a longer time, until, at the end of his northern route, the day is again eighteen Muhúrttas, and the night twelve; the sun passing through half the lunar mansions by day and by night in those periods respectively. As the lump of clay on the centre of the potter's wheel moves most slowly, so the polar-star, which is in the centre of the zodiacal wheel, revolves very tardily, and ever remains in the centre, as the clay continues in the centre of the wheel of the potter.

When the sun has travelled in the centre of Pushkara a thirtieth part of the circumference of the globe, his course is equal in time to one Muhúrtta; and whirling round like the circumference of the wheel of a potter, he distributes day and night upon the earth. In the commencement of his northern course, the sun passes to Capricornus, thence to Aquarius, thence to Pisces, going successively from one sign of the Zodiac to another. After he has passed through these, the sun attains his equinoctial movement (the vernal equinox), when he makes the day and night of equal duration. Thenceforward the length of the night decreases, and the day becomes longer, until the sun reaches the end of Gemini, when he pursues a different direction, and, entering Cancer, begins his declension to the south. As the circumference of a potter's wheel revolves most rapidly, so the sun travels rapidly on his southern journey: he flies along his path with the velocity of wind, and traverses a great distance in a short time. In twelve Muhúrttas he passes through thirteen lunar asterisms and a half during the day; and during the night he passes through the same distance, only in eighteen Muhúrttas. As the centre of the potter's wheel revolves more slowly than the circumference, so the sun in his northern path again revolves with less rapidity, and moves over a less space of the earth in a longer time, until, at the end of his northern route, the day is again eighteen Muhúrttas, and the night twelve; the sun passing through half the lunar mansions by day and by night in those periods respectively. As the lump of clay on the centre of the potter's wheel moves most slowly, so the polar-star, which is in the centre of the zodiacal wheel, revolves very tardily, and ever remains in the centre, as the clay continues in the centre of the wheel of the potter.

When the sun has travelled in the centre of Pushkara a thirtieth part of the circumference of the globe, his course is equal in time to one Muhúrtta; and whirling round like the circumference of the wheel of a potter, he distributes day and night upon the earth. In the commencement of his northern course, the sun passes to Capricornus, thence to Aquarius, thence to Pisces, going successively from one sign of the Zodiac to another. After he has passed through these, the sun attains his equinoctial movement (the vernal equinox), when he makes the day and night of equal duration. Thenceforward the length of the night decreases, and the day becomes longer, until the sun reaches the end of Gemini, when he pursues a different direction, and, entering Cancer, begins his declension to the south. As the circumference of a potter's wheel revolves most rapidly, so the sun travels rapidly on his southern journey: he flies along his path with the velocity of wind, and traverses a great distance in a short time. In twelve Muhúrttas he passes through thirteen lunar asterisms and a half during the day; and during the night he passes through the same distance, only in eighteen Muhúrttas. As the centre of the potter's wheel revolves more slowly than the circumference, so the sun in his northern path again revolves with less rapidity, and moves over a less space of the earth in a longer time, until, at the end of his northern route, the day is again eighteen Muhúrttas, and the night twelve; the sun passing through half the lunar mansions by day and by night in those periods respectively. As the lump of clay on the centre of the potter's wheel moves most slowly, so the polar-star, which is in the centre of the zodiacal wheel, revolves very tardily, and ever remains in the centre, as the clay continues in the centre of the wheel of the potter.

When the sun has travelled in the centre of Pushkara a thirtieth part of the circumference of the globe, his course is equal in time to one Muhúrtta; and whirling round like the circumference of the wheel of a potter, he distributes day and night upon the earth. In the commencement of his northern course, the sun passes to Capricornus, thence to Aquarius, thence to Pisces, going successively from one sign of the Zodiac to another. After he has passed through these, the sun attains his equinoctial movement (the vernal equinox), when he makes the day and night of equal duration. Thenceforward the length of the night decreases, and the day becomes longer, until the sun reaches the end of Gemini, when he pursues a different direction, and, entering Cancer, begins his declension to the south. As the circumference of a potter's wheel revolves most rapidly, so the sun travels rapidly on his southern journey: he flies along his path with the velocity of wind, and traverses a great distance in a short time. In twelve Muhúrttas he passes through thirteen lunar asterisms and a half during the day; and during the night he passes through the same distance, only in eighteen Muhúrttas. As the centre of the potter's wheel revolves more slowly than the circumference, so the sun in his northern path again revolves with less rapidity, and moves over a less space of the earth in a longer time, until, at the end of his northern route, the day is again eighteen Muhúrttas, and the night twelve; the sun passing through half the lunar mansions by day and by night in those periods respectively. As the lump of clay on the centre of the potter's wheel moves most slowly, so the polar-star, which is in the centre of the zodiacal wheel, revolves very tardily, and ever remains in the centre, as the clay continues in the centre of the wheel of the potter.

When the sun has travelled in the centre of Pushkara a thirtieth part of the circumference of the globe, his course is equal in time to one Muhúrtta; and whirling round like the circumference of the wheel of a potter, he distributes day and night upon the earth. In the commencement of his northern course, the sun passes to Capricornus, thence to Aquarius, thence to Pisces, going successively from one sign of the Zodiac to another. After he has passed through these, the sun attains his equinoctial movement (the vernal equinox), when he makes the day and night of equal duration. Thenceforward the length of the night decreases, and the day becomes longer, until the sun reaches the end of Gemini, when he pursues a different direction, and, entering Cancer, begins his declension to the south. As the circumference of a potter's wheel revolves most rapidly, so the sun travels rapidly on his southern journey: he flies along his path with the velocity of wind, and traverses a great distance in a short time. In twelve Muhúrttas he passes through thirteen lunar asterisms and a half during the day; and during the night he passes through the same distance, only in eighteen Muhúrttas. As the centre of the potter's wheel revolves more slowly than the circumference, so the sun in his northern path again revolves with less rapidity, and moves over a less space of the earth in a longer time, until, at the end of his northern route, the day is again eighteen Muhúrttas, and the night twelve; the sun passing through half the lunar mansions by day and by night in those periods respectively. As the lump of clay on the centre of the potter's wheel moves most slowly, so the polar-star, which is in the centre of the zodiacal wheel, revolves very tardily, and ever remains in the centre, as the clay continues in the centre of the wheel of the potter.

When the sun has travelled in the centre of Pushkara a thirtieth part of the circumference of the globe, his course is equal in time to one Muhúrtta; and whirling round like the circumference of the wheel of a potter, he distributes day and night upon the earth. In the commencement of his northern course, the sun passes to Capricornus, thence to Aquarius, thence to Pisces, going successively from one sign of the Zodiac to another. After he has passed through these, the sun attains his equinoctial movement (the vernal equinox), when he makes the day and night of equal duration. Thenceforward the length of the night decreases, and the day becomes longer, until the sun reaches the end of Gemini, when he pursues a different direction, and, entering Cancer, begins his declension to the south. As the circumference of a potter's wheel revolves most rapidly, so the sun travels rapidly on his southern journey: he flies along his path with the velocity of wind, and traverses a great distance in a short time. In twelve Muhúrttas he passes through thirteen lunar asterisms and a half during the day; and during the night he passes through the same distance, only in eighteen Muhúrttas. As the centre of the potter's wheel revolves more slowly than the circumference, so the sun in his northern path again revolves with less rapidity, and moves over a less space of the earth in a longer time, until, at the end of his northern route, the day is again eighteen Muhúrttas, and the night twelve; the sun passing through half the lunar mansions by day and by night in those periods respectively. As the lump of clay on the centre of the potter's wheel moves most slowly, so the polar-star, which is in the centre of the zodiacal wheel, revolves very tardily, and ever remains in the centre, as the clay continues in the centre of the wheel of the potter.

When the sun has travelled in the centre of Pushkara a thirtieth part of the circumference of the globe, his course is equal in time to one Muhúrtta; and whirling round like the circumference of the wheel of a potter, he distributes day and night upon the earth. In the commencement of his northern course, the sun passes to Capricornus, thence to Aquarius, thence to Pisces, going successively from one sign of the Zodiac to another. After he has passed through these, the sun attains his equinoctial movement (the vernal equinox), when he makes the day and night of equal duration. Thenceforward the length of the night decreases, and the day becomes longer, until the sun reaches the end of Gemini, when he pursues a different direction, and, entering Cancer, begins his declension to the south. As the circumference of a potter's wheel revolves most rapidly, so the sun travels rapidly on his southern journey: he flies along his path with the velocity of wind, and traverses a great distance in a short time. In twelve Muhúrttas he passes through thirteen lunar asterisms and a half during the day; and during the night he passes through the same distance, only in eighteen Muhúrttas. As the centre of the potter's wheel revolves more slowly than the circumference, so the sun in his northern path again revolves with less rapidity, and moves over a less space of the earth in a longer time, until, at the end of his northern route, the day is again eighteen Muhúrttas, and the night twelve; the sun passing through half the lunar mansions by day and by night in those periods respectively. As the lump of clay on the centre of the potter's wheel moves most slowly, so the polar-star, which is in the centre of the zodiacal wheel, revolves very tardily, and ever remains in the centre, as the clay continues in the centre of the wheel of the potter.