. The American ephemeris and nautical almanac . 43 I 6 25 I 7 33 III 17 03 II 18 26 II 19 56 II 21 19 II 26 0 47 I 3 46 I 21 56 I 22 36 I 27 0 14 I 0 55 I 11 17 II 15 34 II 19 17 T 22 14 I 28 15 10 III 16 26 I 17 05 I 17 48 III 18 44 I 18 47 III 19 23 I 21 27 III 29 6 27 II 7 44 II 9 20 II. 10 36 II. 13 47 I. 16 43 I. 30 10 56 I. 11 33 I. 13 14 I. 13 52 I. ,
. The American ephemeris and nautical almanac . 43 I 6 25 I 7 33 III 17 03 II 18 26 II 19 56 II 21 19 II 26 0 47 I 3 46 I 21 56 I 22 36 I 27 0 14 I 0 55 I 11 17 II 15 34 II 19 17 T 22 14 I 28 15 10 III 16 26 I 17 05 I 17 48 III 18 44 I 18 47 III 19 23 I 21 27 III 29 6 27 II 7 44 II 9 20 II. 10 36 II. 13 47 I. 16 43 I. 30 10 56 I. 11 33 I. 13 14 I. 13 52 I. , I. June 15 X2=+, 2/2= II. June 16 X2 = + , J/2 = III. June 10 xi =+,X2=+, 2/i=++ IV. June 23 xi=+, 2/i=++, 2/2=+ Note.—I. denotes ingress; E., egress; D., disappearance; R., reappearance; Ec, eclipse; Oc, occultation; Tr., transit of thesatellite; Sh., transit of the shadow. SATELLITES OF JUPITER, 1967 CONTIGURATIONS OF SATELLITES I-FV FOR JUNE UNITERSAL TIME 3ol V-rat. !«.• IW E w E W 352 SATELLITES OF JUPITER, 1967 UNIVERSAL TIME OF GEOCENTRIC PHENOMENA JULY b m 0 42 4 52 8 17 11 12 11 19 15 59 16 59 21 44 5 27 5 28 6 03 7 44 8 20 11 32 I. I. I. I. h m 19 51 21 02 22 43 23 54 2 47 5 40 23 57 0 31 2 15 2 50 14 07 18 10 21 18 II. I. I. I. I. h m 0 09 18 27 19 00 19 35 20 45 21 18 21 47 23 13 1 26 9 15 10 19 12 07 13 11 15 48 I. I. h m 18 37 12 57 13 28 15 15 15 47 3 32 7 29 10 18 13 06 I. I. I. I. I. II. II. I. I. By reason of the proximity of Jupiter to the Sun the phenomena of the satellitesare not given fro
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