Dancer & actress
Ann Miller
Kiss Me Kate and On the Town, and five hundred taps a minute.
Ann Miller was an American actress and dancer. She was widely known for her work in the classical Hollywood cinema musicals of the 1940s and 1950s, including her roles in Room Service with the Marx Brothers and Frank Capra's You Can't Take It with You, both released in 1938. She later starred in the musical classics Easter Parade (1948), On the Town (1949), and Kiss Me Kate (1953). Her final film role was in Mulholland Drive (2001).
- Born
- 1923-04-12, Houston, USAA Thursday
- Died
- 2004-01-22, Los Angeles, USAA Thursday, aged 80
- At birth
- Sun in Aries, Moon in Pisces
- Nationality
- United States
- Birth-time source
- No birth time on record: Rodden X
Birth Chart
1923-04-12, Houston, USA · time unknown, noon chart
America/Chicagothe zone used then
The chart
| Body | Sign | Degree | Motion |
|---|---|---|---|
| Sun | Aries | 21°48′ | Direct |
| Moon | Pisces | 13°36′ | Direct |
| Mercury | Aries | 26°14′ | Direct |
| Venus | Pisces | 13°35′ | Direct |
| Mars | Taurus | 27°41′ | Direct |
| Jupiter | Scorpio | 16°48′ | Retrograde |
| Saturn | Libra | 16°22′ | Retrograde |
| Uranus | Pisces | 15°38′ | Direct |
| Neptune | Leo | 15°26′ | Retrograde |
| Pluto | Cancer | 9°09′ | Direct |
Death Chart
2004-01-22, Los Angeles, USA · time unknown, noon chart
America/Los_Angelesthe zone used then
The chart
| Body | Sign | Degree | Motion |
|---|---|---|---|
| Sun | Aquarius | 2°08′ | Direct |
| Moon | Aquarius | 14°59′ | Direct |
| Mercury | Capricorn | 8°50′ | Direct |
| Venus | Pisces | 9°50′ | Direct |
| Mars | Aries | 22°40′ | Direct |
| Jupiter | Virgo | 18°20′ | Retrograde |
| Saturn | Cancer | 8°01′ | Retrograde |
| Uranus | Pisces | 1°05′ | Direct |
| Neptune | Aquarius | 12°28′ | Direct |
| Pluto | Sagittarius | 21°14′ | Direct |
Their Astrocartography
Where each planet sat on one of the four angles at the moment Ann Miller was born. Tap a line to read what the tradition associates with it.
Cast for noon, as the birth time is unknown, so the longitudes are approximate.
