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... Results of Meteorological Observations Made ... - Page 1by Radcliffe Observatory - 1865Full view - About this book
| Radcliffe Observatory - 1877 - 436 pages
...from the solution of Bessel's interpolation equations for expressing in the usual periodical formulai the readings of the barometer, thermometers, &c. at...noon, in terms of the mean value and the hour of the day. In the case of twelve values of a function observed at equal intervals of time, the solution is... | |
| British Association for the Advancement of Science - 1899 - 1456 pages
...compared with Bessel's Interpolation Equation for expressing in the usual periodic formulre the reading at any hour of the day, reckoned from noon, in terms of the mean value and the hour of the day. Supposing the general expression for the value of the measured ordinates at the hour _**_ after... | |
| 1899 - 504 pages
...compared with BesseFs Interpolation Equation for expressing in the usual periodic formulae 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... | |
| 1899 - 514 pages
...compared with BesseFs Interpolation 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... | |
| 1899 - 528 pages
...Interpolation Equation for expressing in the usual periodic formula) the reading at any hour of the clay 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... | |
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