Celestial Projection,

Adapted to the Nuremberg Meridian,

by which both times and phases

of the individual digits of the moon

are exhibited.

Detected from this, among other things
Total duration . . . . . . . 3 h. 34' 50''
Delay . . . . . . . . . . . . 1 h. 25' 30''
Time of incidence . . . . 1 h. 5' 10''
Quantity . . . . . . . . . . . 10 Digits 28'

Geometric diagram showing the "Path of the center of the shadow" and various phases labeled: "Start VIII," "Total immersion," "Total emersion," "Ecliptic end." Specific points are marked: "Point of initial eastern contact," "Point of total loss," "Point of total emergence," "Point of final western contact."

TOTAL LUNAR ECLIPSE

WITH DELAY

Year 1750, June 19th, in the evening,

Presented in a dual schematic.

Calculation moments.	h.	'	''
True time of the plenilunium full moon at Nuremberg, year 1750, June 19, in the afternoon	8	58	21
True place of the Sun	28	32	36 Gemini
True place of the Moon in orbit	28	16	52 Sagittarius
True longitude of the Moon	28	16	52 Sagittarius
True southern latitude of the Moon, decreasing	0	12	11
Semidiameter of the Sun		15	50
Horizontal semidiameter of the Moon		15	24
Horizontal parallax of the Moon		56	4
Parallax of the Sun			9
Semidiameter of the Earth's shadow		41	16
Hourly movement of the Sun		2	23
True hourly movement of the Moon in orbit		31	14
Hourly movement of the Moon from the Sun		28	51
Inclination of the path of the Moon's orbit to the ecliptic		5	8
Northern declination of the Sun	23	28	13

Times for different meridians.

	Wittenberg	Paris	Berlin	London	Gdansk	Bologna
Beginning	7h 26' 28''	6h 34' 15''	7h 23' 5''	6h 24' 15''	7h 44' 35''	7h 7' 5''
Immersion	8h 31' 38''	7h 39' 25''	8h 28' 15''	7h 29' 25''	8h 49' 45''	8h 12' 15''
Delay	9h 14' 23''	8h 22' 10''	9h 11' 0''	8h 12' 10''	9h 32' 30''	8h 54' 50''
Emersion	9h 57' 8''	9h 4' 55''	9h 53' 45''	8h 54' 55''	10h 15' 15''	9h 37' 45''
End	11h 2' 18''	10h 10' 5''	10h 58' 55''	10h 0' 5''	11h 20' 25''	10h 42' 55''
Quantity	20 4/5 dig.	everywhere

Times of the principal phases from the projection for the Nuremberg Meridian.

	Dig.	Time	Features		Dig.	Time	Features
In	1.	7. 21. 30	Aristarchus	Ex	1.	10. 10. 30	Grimaldi
	2.	7. 26. 15	Grimaldi		2.	10. 13. 5	Aristarchus
	3.	7. 32. 0	Mareotis Sea		3.	10. 16. 25	Kepler
	4.	7. 38. 50	Helicon		4.	10. 19. 40	Porphyrites Sea
	5.	7. 43. 30	Island of Error and Sinai Sea		5.	10. 25. 10	Gassendi
	6.	7. 52. 40	Sinai Sea		6.	10. 29. 25	Sinai Sea
	7.	8. 1. 20	Lebanon Sea		7.	10. 36. 35	Sinai Sea
	8.	8. 10. 30	Lip. Major Sea		8.	10. 43. 40	Copernicus
	9.	8. 14. 0	Astronomers' Promontory		9.	10. 48. 10	Tycho
	10.	8. 20. 20	Tycho		10.	10. 53. 5	Carpathus Sea
	11.	8. 23. 15	Plato		11.	10. 57. 30	Etna Sea
	12.	8. 26. 45	Etna Sea		12.	11. 1. 10	Menelaus

Scales for the celestial projection.

Semidiameter of the Earth's shadow . . . . 41'. 16''.
Hourly movement of Moon from Sun in orbit . . . . 28. 51.

Scale of the whole degree or sixty individual minutes

Ecliptic digits
North

General diagram of this lunar defect.

A circular diagram representing the Earth's shadow ("Earth's shadow") with the moon's path crossing it. The moon is shown at the point of "Beginning" (start) on the right and "End" (end) on the left. The celestial coordinates are marked: "North," "South," "East," "West." The "Ecliptic" line passes through the shadow.