Steve Moshier's Ephemeris Program - Output BC588-05-02
Content last updated: 4th April 2022 20:05 (UTC)
Steve Moshier's Ephemeris Program v5.6
Planetary and lunar positions approximate DE404.
Terrestrial east longitude 44.4200 deg
geocentric latitude 32.3657 deg
Earth radius 0.99905
temperature 15.0 C
pressure 1010 mb
Input time is UT.
Enter starting date of tabulation
Calendar date: Year (1986) ? -588
Month (1-12) (1) ? 5
Day.fraction (1.000000) ? 2
Julian Calendar assumed.
Time: Hours (0) ? 15
Minutes (0) ? 36
Seconds (0.000000) ?
588 B.C. May 2 Monday 20h 49m 12.667s TDT
588 B.C. May 2 Monday 15h 36m 00.000s UT
Julian day 1506778.1500000, delta T = 18792.67 s
Enter interval between tabulations in days (1.000000) ?
Number of tabulations to display (1) ?
Planet number 0-9 or 88 to read star, 99 to read orbit (0) ? 3
The Moon
JD 1506778.15, 588 B.C. May 2 Monday 20h 49m 12.667s TDT
588 B.C. May 2 Monday 15h 36m 00.000s UT
nutation dRA -1.036s dDec -7.42"
Geometric lon 42.609 deg, lat -4.777 deg, rad 2.5577e-03 au
Apparent geocentric longitude 42.604 deg latitude -4.777 deg
Distance 59.991 Earth-radii
Horizontal parallax 0d 57' 18.44" Semidiameter 0d 15' 36.85"
Elongation from sun 9.17 deg, Illuminated fraction 0.01
Phase 0.63 days past New Moon
Apparent: R.A. 2h 46m 20.975s Declination 11d 16' 52.89"
Local apparent sidereal time 8h 48m 42.208s
diurnal aberration dRA -0.000s dDec 0.05"
diurnal parallax dRA -197.183s dDec -1815.89"
atmospheric refraction 0.168 deg dRA 34.660s dDec 322.36"
Topocentric: Altitude 4.768 deg, Azimuth 279.857 deg
Topocentric: R.A. 2h 43m 38.451s Dec. 10d 51' 59.41"
local meridian transit 588 B.C. May 2 Monday 9h 21m 18.654s UT
rises 588 B.C. May 2 Monday 2h 46m 08.438s UT
sets 588 B.C. May 2 Monday 16h 03m 23.790s UT
Visible hours 13.2876
Enter starting date of tabulation
Calendar date: Year (-588) ?
Month (1-12) (5) ?
Day.fraction (2.000000) ?
Julian Calendar assumed.
Time: Hours (15) ?
Minutes (36) ?
Seconds (0.000000) ?
588 B.C. May 2 Monday 20h 49m 12.667s TDT
588 B.C. May 2 Monday 15h 36m 00.000s UT
Julian day 1506778.1500000, delta T = 18792.67 s
Enter interval between tabulations in days (1.000000) ?
Number of tabulations to display (1) ?
Planet number 0-9 or 88 to read star, 99 to read orbit (3) ? 0
The Sun
JD 1506778.15, 588 B.C. May 2 Monday 20h 49m 12.667s TDT
588 B.C. May 2 Monday 15h 36m 00.000s UT
ecliptic long 34d 46' 11.86" lat - 0d 00' 00.44" rad 1.016137E+00
light time 8.4509m, aberration dRA 1.439s dDec 2.91"
nutation dRA -1.021s dDec -7.60"
Tau Tauri. Apparent: R.A. 2h 09m 41.025s Dec. 13d 16' 57.86"
Apparent longitude 34.759 deg
Local apparent sidereal time 8h 48m 42.208s
diurnal aberration dRA -0.003s dDec 0.06"
diurnal parallax dRA -0.493s dDec -4.79"
atmospheric refraction 0.617 deg dRA 126.660s dDec 1234.42"
Topocentric: Altitude -0.269 deg, Azimuth 286.405 deg
Topocentric: R.A. 2h 11m 47.188s Dec. 13d 37' 27.55"
local meridian transit 588 B.C. May 2 Monday 8h 57m 03.049s UT
rises 588 B.C. May 2 Monday 2h 18m 50.912s UT
sets 588 B.C. May 2 Monday 15h 35m 44.902s UT
Visible hours 13.2817
Enter starting date of tabulation
Calendar date: Year (-588) ?
Month (1-12) (5) ?
Day.fraction (2.000000) ?
Julian Calendar assumed.
Time: Hours (15) ? 16
Minutes (36) ? 0
Seconds (0.000000) ?
588 B.C. May 2 Monday 21h 13m 12.666s TDT
588 B.C. May 2 Monday 16h 00m 00.000s UT
Julian day 1506778.1666667, delta T = 18792.67 s
Enter interval between tabulations in days (1.000000) ?
Number of tabulations to display (1) ?
Planet number 0-9 or 88 to read star, 99 to read orbit (0) ?
The Sun
JD 1506778.17, 588 B.C. May 2 Monday 21h 13m 12.666s TDT
588 B.C. May 2 Monday 16h 00m 00.000s UT
ecliptic long 34d 47' 09.15" lat - 0d 00' 00.44" rad 1.016139E+00
light time 8.4510m, aberration dRA 1.439s dDec 2.91"
nutation dRA -1.021s dDec -7.60"
Tau Tauri. Apparent: R.A. 2h 09m 44.715s Dec. 13d 17' 17.35"
Apparent longitude 34.775 deg
Local apparent sidereal time 9h 12m 46.150s
diurnal aberration dRA -0.005s dDec 0.06"
diurnal parallax dRA -0.481s dDec -4.96"
atmospheric refraction 0.000 deg dRA -0.000s dDec 0.00"
Topocentric: Altitude -5.693 deg, Azimuth 289.729 deg
Topocentric: R.A. 2h 09m 44.229s Dec. 13d 17' 12.45"
local meridian transit 588 B.C. May 2 Monday 8h 57m 03.049s UT
rises 588 B.C. May 2 Monday 2h 18m 50.912s UT
sets 588 B.C. May 2 Monday 15h 35m 44.902s UT
Visible hours 13.2817
Enter starting date of tabulation
Calendar date: Year (-588) ?
Month (1-12) (5) ?
Day.fraction (2.000000) ?
Julian Calendar assumed.
Time: Hours (16) ?
Minutes (0) ?
Seconds (0.000000) ?
588 B.C. May 2 Monday 21h 13m 12.666s TDT
588 B.C. May 2 Monday 16h 00m 00.000s UT
Julian day 1506778.1666667, delta T = 18792.67 s
Enter interval between tabulations in days (1.000000) ?
Number of tabulations to display (1) ?
Planet number 0-9 or 88 to read star, 99 to read orbit (0) ? 3
The Moon
JD 1506778.17, 588 B.C. May 2 Monday 21h 13m 12.666s TDT
588 B.C. May 2 Monday 16h 00m 00.000s UT
nutation dRA -1.036s dDec -7.42"
Geometric lon 42.832 deg, lat -4.771 deg, rad 2.5582e-03 au
Apparent geocentric longitude 42.827 deg latitude -4.771 deg
Distance 60.002 Earth-radii
Horizontal parallax 0d 57' 17.81" Semidiameter 0d 15' 36.68"
Elongation from sun 9.34 deg, Illuminated fraction 0.01
Phase 0.65 days past New Moon
Apparent: R.A. 2h 47m 12.378s Declination 11d 21' 15.00"
Local apparent sidereal time 9h 12m 46.150s
diurnal aberration dRA -0.002s dDec 0.05"
diurnal parallax dRA -195.699s dDec -1870.31"
atmospheric refraction 0.494 deg dRA 101.071s dDec 974.04"
Topocentric: Altitude 0.336 deg, Azimuth 282.987 deg
Topocentric: R.A. 2h 45m 37.747s Dec. 11d 06' 18.79"
local meridian transit 588 B.C. May 2 Monday 9h 21m 18.654s UT
rises 588 B.C. May 2 Monday 2h 46m 08.438s UT
sets 588 B.C. May 2 Monday 16h 03m 23.790s UT
Visible hours 13.2876
Planetary and lunar positions approximate DE404.
Terrestrial east longitude 44.4200 deg
geocentric latitude 32.3657 deg
Earth radius 0.99905
temperature 15.0 C
pressure 1010 mb
Input time is UT.
Enter starting date of tabulation
Calendar date: Year (1986) ? -588
Month (1-12) (1) ? 5
Day.fraction (1.000000) ? 2
Julian Calendar assumed.
Time: Hours (0) ? 15
Minutes (0) ? 36
Seconds (0.000000) ?
588 B.C. May 2 Monday 20h 49m 12.667s TDT
588 B.C. May 2 Monday 15h 36m 00.000s UT
Julian day 1506778.1500000, delta T = 18792.67 s
Enter interval between tabulations in days (1.000000) ?
Number of tabulations to display (1) ?
Planet number 0-9 or 88 to read star, 99 to read orbit (0) ? 3
The Moon
JD 1506778.15, 588 B.C. May 2 Monday 20h 49m 12.667s TDT
588 B.C. May 2 Monday 15h 36m 00.000s UT
nutation dRA -1.036s dDec -7.42"
Geometric lon 42.609 deg, lat -4.777 deg, rad 2.5577e-03 au
Apparent geocentric longitude 42.604 deg latitude -4.777 deg
Distance 59.991 Earth-radii
Horizontal parallax 0d 57' 18.44" Semidiameter 0d 15' 36.85"
Elongation from sun 9.17 deg, Illuminated fraction 0.01
Phase 0.63 days past New Moon
Apparent: R.A. 2h 46m 20.975s Declination 11d 16' 52.89"
Local apparent sidereal time 8h 48m 42.208s
diurnal aberration dRA -0.000s dDec 0.05"
diurnal parallax dRA -197.183s dDec -1815.89"
atmospheric refraction 0.168 deg dRA 34.660s dDec 322.36"
Topocentric: Altitude 4.768 deg, Azimuth 279.857 deg
Topocentric: R.A. 2h 43m 38.451s Dec. 10d 51' 59.41"
local meridian transit 588 B.C. May 2 Monday 9h 21m 18.654s UT
rises 588 B.C. May 2 Monday 2h 46m 08.438s UT
sets 588 B.C. May 2 Monday 16h 03m 23.790s UT
Visible hours 13.2876
Enter starting date of tabulation
Calendar date: Year (-588) ?
Month (1-12) (5) ?
Day.fraction (2.000000) ?
Julian Calendar assumed.
Time: Hours (15) ?
Minutes (36) ?
Seconds (0.000000) ?
588 B.C. May 2 Monday 20h 49m 12.667s TDT
588 B.C. May 2 Monday 15h 36m 00.000s UT
Julian day 1506778.1500000, delta T = 18792.67 s
Enter interval between tabulations in days (1.000000) ?
Number of tabulations to display (1) ?
Planet number 0-9 or 88 to read star, 99 to read orbit (3) ? 0
The Sun
JD 1506778.15, 588 B.C. May 2 Monday 20h 49m 12.667s TDT
588 B.C. May 2 Monday 15h 36m 00.000s UT
ecliptic long 34d 46' 11.86" lat - 0d 00' 00.44" rad 1.016137E+00
light time 8.4509m, aberration dRA 1.439s dDec 2.91"
nutation dRA -1.021s dDec -7.60"
Tau Tauri. Apparent: R.A. 2h 09m 41.025s Dec. 13d 16' 57.86"
Apparent longitude 34.759 deg
Local apparent sidereal time 8h 48m 42.208s
diurnal aberration dRA -0.003s dDec 0.06"
diurnal parallax dRA -0.493s dDec -4.79"
atmospheric refraction 0.617 deg dRA 126.660s dDec 1234.42"
Topocentric: Altitude -0.269 deg, Azimuth 286.405 deg
Topocentric: R.A. 2h 11m 47.188s Dec. 13d 37' 27.55"
local meridian transit 588 B.C. May 2 Monday 8h 57m 03.049s UT
rises 588 B.C. May 2 Monday 2h 18m 50.912s UT
sets 588 B.C. May 2 Monday 15h 35m 44.902s UT
Visible hours 13.2817
Enter starting date of tabulation
Calendar date: Year (-588) ?
Month (1-12) (5) ?
Day.fraction (2.000000) ?
Julian Calendar assumed.
Time: Hours (15) ? 16
Minutes (36) ? 0
Seconds (0.000000) ?
588 B.C. May 2 Monday 21h 13m 12.666s TDT
588 B.C. May 2 Monday 16h 00m 00.000s UT
Julian day 1506778.1666667, delta T = 18792.67 s
Enter interval between tabulations in days (1.000000) ?
Number of tabulations to display (1) ?
Planet number 0-9 or 88 to read star, 99 to read orbit (0) ?
The Sun
JD 1506778.17, 588 B.C. May 2 Monday 21h 13m 12.666s TDT
588 B.C. May 2 Monday 16h 00m 00.000s UT
ecliptic long 34d 47' 09.15" lat - 0d 00' 00.44" rad 1.016139E+00
light time 8.4510m, aberration dRA 1.439s dDec 2.91"
nutation dRA -1.021s dDec -7.60"
Tau Tauri. Apparent: R.A. 2h 09m 44.715s Dec. 13d 17' 17.35"
Apparent longitude 34.775 deg
Local apparent sidereal time 9h 12m 46.150s
diurnal aberration dRA -0.005s dDec 0.06"
diurnal parallax dRA -0.481s dDec -4.96"
atmospheric refraction 0.000 deg dRA -0.000s dDec 0.00"
Topocentric: Altitude -5.693 deg, Azimuth 289.729 deg
Topocentric: R.A. 2h 09m 44.229s Dec. 13d 17' 12.45"
local meridian transit 588 B.C. May 2 Monday 8h 57m 03.049s UT
rises 588 B.C. May 2 Monday 2h 18m 50.912s UT
sets 588 B.C. May 2 Monday 15h 35m 44.902s UT
Visible hours 13.2817
Enter starting date of tabulation
Calendar date: Year (-588) ?
Month (1-12) (5) ?
Day.fraction (2.000000) ?
Julian Calendar assumed.
Time: Hours (16) ?
Minutes (0) ?
Seconds (0.000000) ?
588 B.C. May 2 Monday 21h 13m 12.666s TDT
588 B.C. May 2 Monday 16h 00m 00.000s UT
Julian day 1506778.1666667, delta T = 18792.67 s
Enter interval between tabulations in days (1.000000) ?
Number of tabulations to display (1) ?
Planet number 0-9 or 88 to read star, 99 to read orbit (0) ? 3
The Moon
JD 1506778.17, 588 B.C. May 2 Monday 21h 13m 12.666s TDT
588 B.C. May 2 Monday 16h 00m 00.000s UT
nutation dRA -1.036s dDec -7.42"
Geometric lon 42.832 deg, lat -4.771 deg, rad 2.5582e-03 au
Apparent geocentric longitude 42.827 deg latitude -4.771 deg
Distance 60.002 Earth-radii
Horizontal parallax 0d 57' 17.81" Semidiameter 0d 15' 36.68"
Elongation from sun 9.34 deg, Illuminated fraction 0.01
Phase 0.65 days past New Moon
Apparent: R.A. 2h 47m 12.378s Declination 11d 21' 15.00"
Local apparent sidereal time 9h 12m 46.150s
diurnal aberration dRA -0.002s dDec 0.05"
diurnal parallax dRA -195.699s dDec -1870.31"
atmospheric refraction 0.494 deg dRA 101.071s dDec 974.04"
Topocentric: Altitude 0.336 deg, Azimuth 282.987 deg
Topocentric: R.A. 2h 45m 37.747s Dec. 11d 06' 18.79"
local meridian transit 588 B.C. May 2 Monday 9h 21m 18.654s UT
rises 588 B.C. May 2 Monday 2h 46m 08.438s UT
sets 588 B.C. May 2 Monday 16h 03m 23.790s UT
Visible hours 13.2876
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