The sky on November 2, 1929 — as it really was
That day the Sun stood in Libra, while the horoscope says "Scorpio". The gap is 22.9° of precession.
Bodies on the ecliptic (noon UTC)
- ☉︎ Sun — 219.6° · sign Scorpio · constellation Libra
- ☽︎ Moon — 231.3° · sign Scorpio · constellation Libra
- ☿︎ Mercury — 204.8° · sign Libra · constellation Virgo
- ♀︎ Venus — 196.5° · sign Libra · constellation Virgo
- ♂︎ Mars — 228.6° · sign Scorpio · constellation Libra
- ♃︎ Jupiter — 75.1° · sign Gemini · constellation Taurus
- ♄︎ Saturn — 267.1° · sign Sagittarius · constellation Sagittarius
- ☽︎ Moon 1% illuminated
astronomy-engine ephemerides (VSOP87/ELP), IAU 1930 constellation boundaries. Positions accurate to a fraction of a degree.
The day’s dossier, from real data
Checkable facts with a tag and a source; the classical reading is in the chart.
- The Moon that day [EXACT]
new moon, 1% lit; the Moon was 393,492 km away.
astronomy-engine - How far Earth has travelled since [EXACT]
96.9 orbits of the Sun — 91,089 million km, that is 118,482 return trips to the Moon; 35,402 rotations of Earth; with the Sun — 703.5 billion km around the Galactic centre, 27.2 light-days.
29.78 km/s along the orbit; 230 km/s around the Galactic centre - Mars then and now [EXACT]
On that day Mars was 375 million km away; today it is 243 million km (closer by 1.5×).
astronomy-engine; checked against JPL Horizons for 2026-09-14 - When the sky repeats [EXACT]
Mars returns to that day’s point of its orbit on August 23, 2027; Jupiter — in 2036; a full moon exactly on this date — November 2, 2028
sidereal periods: Mars 686.98 d, Jupiter 11.862 yr - How far the sky has drifted since [EXACT]
The vernal point has shifted 4,860″ since that day; the real constellations now sit 22.9° away from the astrologers’ “signs”.
precession 50.29″/yr
Other dates
Computed from the date only; nothing about you is stored.