Results of Meteorological Observations Made ..., Volume 22 |
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Results 1-5 of 29
Page
... Aquarii should follow a Cephei . Object . Column . 78 385 41 Virginis Secs . of N.P.D. for 29 " 6 read 49 " 6 . read 9 " 1 . Secs . of N.P.D. for 10 " 9 Secs . of N.P.D. for 14 ′′ 4 read 16 ′′ 9 . 84 567 85 621 140 19 Object for 1 ...
... Aquarii should follow a Cephei . Object . Column . 78 385 41 Virginis Secs . of N.P.D. for 29 " 6 read 49 " 6 . read 9 " 1 . Secs . of N.P.D. for 10 " 9 Secs . of N.P.D. for 14 ′′ 4 read 16 ′′ 9 . 84 567 85 621 140 19 Object for 1 ...
Page xi
... Aquarii . 21 58 4167 Groomb . 3820 22 23 45'94 90 59 Greenwh List . 4 35 R. O. , vol . xvi . a Ophiuchi 17 28 3178 77 20 19 7 Aquarii 22 28 15.81 90 50 Greenwh List . y Draconis γ Piscium 23 10 0.68 87 28 3 27 R. O. , vol . xvi . 17 53 ...
... Aquarii . 21 58 4167 Groomb . 3820 22 23 45'94 90 59 Greenwh List . 4 35 R. O. , vol . xvi . a Ophiuchi 17 28 3178 77 20 19 7 Aquarii 22 28 15.81 90 50 Greenwh List . y Draconis γ Piscium 23 10 0.68 87 28 3 27 R. O. , vol . xvi . 17 53 ...
Page xv
... Aquarii & Radcliffe 2507 S.P .. -9'348 Ursa Minoris S.P. & Sirius . - 2:48 No determining stars 13 Q -0 ° 21 + 9'71 15 L -0.728.77 - 8:47 39 No determining stars Polaris S.P. & & Ursa Minoris Sept. 16 made at the Radcliffe Observatory ...
... Aquarii & Radcliffe 2507 S.P .. -9'348 Ursa Minoris S.P. & Sirius . - 2:48 No determining stars 13 Q -0 ° 21 + 9'71 15 L -0.728.77 - 8:47 39 No determining stars Polaris S.P. & & Ursa Minoris Sept. 16 made at the Radcliffe Observatory ...
Page xvi
... Aquarii , & Polaris .. A Ursa Minoris & Radcliffe 2218 S.P. Polaris , above and below Pole . " " No determining stars 33 Polaris , above and below Pole 16 Q +1 : 04 + 9'74 -5.18 17 L +0 : 30 + 9:28 - 4.26 18 L +0.27 + 8.86 -4'39 19 L + ...
... Aquarii , & Polaris .. A Ursa Minoris & Radcliffe 2218 S.P. Polaris , above and below Pole . " " No determining stars 33 Polaris , above and below Pole 16 Q +1 : 04 + 9'74 -5.18 17 L +0 : 30 + 9:28 - 4.26 18 L +0.27 + 8.86 -4'39 19 L + ...
Page xxi
... Aquarii 21 58 4167 y Aquilæ 19 39 41'92 +0.07 ɩ Pegasi . 22 • 35'28 a Aquilæ 19 44 2'97 + 0.04 0 Aquarii 22 9 32'93 B Aquila 19 48 32.03 + 0.05 y Aquarii 22 14 31.64 c Sagittarii ... 19 54 10'04 σ Aquarii 22 23 20:48 0 Aquilæ 20 4 10.98 η ...
... Aquarii 21 58 4167 y Aquilæ 19 39 41'92 +0.07 ɩ Pegasi . 22 • 35'28 a Aquilæ 19 44 2'97 + 0.04 0 Aquarii 22 9 32'93 B Aquila 19 48 32.03 + 0.05 y Aquarii 22 14 31.64 c Sagittarii ... 19 54 10'04 σ Aquarii 22 23 20:48 0 Aquilæ 20 4 10.98 η ...
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Common terms and phrases
Amount Angles of Position Apparent Error applied Aquarii Aquilæ Assumed Assumed value Assumed zero average Barom bluish Boötis Capricorni Centre Cephei cession Ceti Circle Cloudy Comet Concluded Scale Readings corrections determining Diameter direction Distances from Zero Equat feet fell Fraction given gives grass greater Groombr Groombridge halos Herculis Highest hour Inches July July 14 July 21 June June 23 Leonis Light Lowest Mags March Mean Mean Monthly Measures in Arc Miles month MOON'S Motion North Number of Obs Object observations Observatory Obsr Ophiuchi Overcast Pegasi Piazzi Piscium placed Polaris Quarter Radcliffe RADCLIFFE OBSERVATIONS Rain Readings reduce Scale Scale Divisions Seconds Self-Registering Sept Showers Sidereal Solar standard stars Table Tabular Tauri Transit unsteady Ursa Minoris Virginis Wind wires yellow Zero in Scale zero of position-circle
Popular passages
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Page iv - Ocean, the first thing which strikes us is, that, the north-east and south-east monsoons, which are found the one on the north and the other on...
Page 1 - Equation for expressing in the usual periodic formulas the reading at any hour of the day reckoned from noon, in terms of the mean value and the hour of the day. The principal maximum values, both positive and negative, for each month as derived from the forementioned equation are as follows : — Month.
Page xli - A weighted arithmetic mean is obtained by multiplying each value by some non-negative weight before summation and then dividing the sum of the products by the sum of the weights.
Page xxvii - HUBBAKD has given a very simple table by which the values of log A, log B, log C, and log D as given in the Tab.
Page 95 - Right Ascensions and North Polar Distances of the Centre of the Sun. Oxford Mean Solar Time of Transit of Centre. RA Seconds of Tabular RA Apparent Error of Tabular RA N-.FD Seconds of Tabular NF D. Apparent Error of Tabular NI