Terrestrial Atmospheric Absorption of the Photographic Rays of Light
Terrestrial Atmospheric Absorption of the Photographic Rays of Light
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90 1. 10 0. 75 1. 40 19 52 4 11 52. 6 0. 80 1. 20 1. 28 + 0. 06 0. 95 L25 0. 75 1. 40 21 15 2 48 36 . 1 0. 85 1. 30 1. 32 0. 02 0. 95 1. 25 0. 75 1. 40 22 37 1 26 20. 0 0. 85 1. 30 1. 35 0. 05 1. 00 1. 35 Equations of Condition.
a 0. 92 /3 = 0. 80 a 0. 59 /?= 1. 17 a 0. 35/5=1. 28 a 0. 16/3=1. 32 a 0. 05 /S=1. 35 Normal Equations.
5. 00 2. 07 ytf=5. 92 2. 07 a 1. 35/3 = 2. 16 Solution of Normals.
a = 1. 429 yff = 0. 592 (146) (147) (148) TJie Photographic Rays of Light, 65 U. S. N. O. Telescope.... August 13, 1890.
a. Andromedae. TABLE XLY.
Plate No. 5.
r T c d 2 4 8 Q Mean Q o c 60 0. 80 17" 38" 625 m 77 . 7 65 0. 70 0. 75 0. 00 65 1. 00 18 41 5 22 66. 2 70 0. 85 0. 92 + 0. 01 80 0. 90 65 1. 00 19 55 4 8 51. 8 75 1. 00 1. 03 -0. 02 90 L10 21 20 2 43 35 . 1 70 80 1. 20 1. 20 1. 17 + 0. 02 90 1. 10 70 1. 20 22 39 1 24 19. 7 80 1. 20 1. 17 0. 03 90 1. 10 Equations of Condition.
a 0. 90/5 = 0. 75 a 0. 59/5 = 0. 92 a 0. 34, 5 = 1. 03 a 0. 15/5=1. 17 tf 0. 05/5=1. 17 Normal Equations.
5. 00 a 2.
What to read after Terrestrial Atmospheric Absorption of the Photographic Rays of Light?
You can find similar books in the "Read Also" column, or choose other free books by John Martin Schaeberle to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
90 1. 10 0. 75 1. 40 19 52 4 11 52. 6 0. 80 1. 20 1. 28 + 0. 06 0. 95 L25 0. 75 1. 40 21 15 2 48 36 . 1 0. 85 1. 30 1. 32 0. 02 0. 95 1. 25 0. 75 1. 40 22 37 1 26 20. 0 0. 85 1. 30 1. 35 0. 05 1. 00 1. 35 Equations of Condition.
a 0. 92 /3 = 0. 80 a 0. 59 /?= 1. 17 a 0. 35/5=1. 28 a 0. 16/3=1. 32 a 0. 05 /S=1. 35 Normal Equations.
5. 00 2. 07 ytf=5. 92 2. 07 a 1. 35/3 = 2. 16 Solution of Normals.
a = 1. 429 yff = 0. 592 (146) (147) (148) TJie Photographic Rays of Light, 65 U. S. N. O. Telescope.... August 13, 1890.
a. Andromedae. TABLE XLY.
Plate No. 5.
r T c d 2 4 8 Q Mean Q o c 60 0. 80 17" 38" 625 m 77 . 7 65 0. 70 0. 75 0. 00 65 1. 00 18 41 5 22 66. 2 70 0. 85 0. 92 + 0. 01 80 0. 90 65 1. 00 19 55 4 8 51. 8 75 1. 00 1. 03 -0. 02 90 L10 21 20 2 43 35 . 1 70 80 1. 20 1. 20 1. 17 + 0. 02 90 1. 10 70 1. 20 22 39 1 24 19. 7 80 1. 20 1. 17 0. 03 90 1. 10 Equations of Condition.
a 0. 90/5 = 0. 75 a 0. 59/5 = 0. 92 a 0. 34, 5 = 1. 03 a 0. 15/5=1. 17 tf 0. 05/5=1. 17 Normal Equations.
5. 00 a 2.
What to read after Terrestrial Atmospheric Absorption of the Photographic Rays of Light?
You can find similar books in the "Read Also" column, or choose other free books by John Martin Schaeberle to read onlineMoreLess
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