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ÉCLIPSE DE SOLEIL
Deuxième Tableau.
Résultats particuliers à la ville de Montpellier.
Latitude corrigée
Longitude en degrés
Longit. en temps
![{\displaystyle {\begin{array}{|l|r|r|r|r|}\hline \quad {\text{Temps vrai.}}&1^{h}.\ 6^{m}.\,10^{s}.&2^{h}.\ 6^{m}.\,10^{s}.&3^{h}.\ 6^{m}.\,10^{s}.&4^{h}.\ 6^{m}.\,10^{s}.\\\hline {\text{Asc. dr.mil.du ciel}}&182^{\circ }.30'.15''&197^{\circ }.32'.30''&212^{\circ }.34'.45''&227^{\circ }.37'.6''\,\ \\{\text{Long. du nonag.}}&161\ .21\,.59\,\ \ \ &173\ .59.\,\ 6\,\ \ \ &187\ .54.12\,\ \ \ &204\ .\ \ 2.\ 6\,\ \ \ \\{\text{Haut. du nonag.}}&49\ .57\,.30\,\ \ \ &44\ .\,\ 7.50\,\ \ \ &38\ .\,\ 9.25\,\ \ \ &32\ .24.47\,\ \ \ \\{\text{Parall. de long.}}&0\ .\,\ 2\,.\,\ 7{,}5&-0\ .\,\ 6.\,\ 2{,}4&-0\ .12.52{,}5&-0\ .17.56{,}4\\{\text{Parall. de lat.}}&0\ .34\,.22{,}6&0\ .38.27{,}7&0\ .42.12{,}8&0\ .45.21{,}6\\{\text{Long. app. ☾}}&164\ .19\,.51{,}6&164\ .41.\,\ 8{,}8&165\ .\,\ 3.45{,}8&165\ .28.\,\ 9{,}0\\{\text{Latit. app. ☾}}&0\ .13\,.\,\ 1{,}6&0\ .\,\ 6.11{,}7&-0\ .\,\ 0.12{,}3&-0\ .\,\ 6.\,\ 2{,}9\\{\text{Long (☾-☉)}}&-0\ .25\,.21{,}2&-0\ .\,\ 6.29{,}8&0\ .13.41{,}4&0\ .35.38{,}8\\{\text{Dist. des centres}}&0\ .28\,.30{,}2&0\ .\,\ 9.\,\ 0{,}7&0\ .13.41{,}5&0\ .36.\,\ 9{,}4\\{\text{Demi-diam. ☾}}&0\ .14\,.51{,}9&0\ .14.50{,}8&0\ .14.49{,}1&0\ .14.47{,}1\\\hline \end{array}}}](https://wikimedia.org/api/rest_v1/media/math/render/svg/312cdb471c524da00e050b065f8784697b010107)
![{\displaystyle {\begin{array}{|r|r|r|r|r|}\hline {\text{Temps vrai.}}\quad &{\text{Long. (☾-☉)}}&{\text{Latit. ☾}}\ \ &{\text{Dist. des cent.}}&{\text{Demi-diam.}}\\\hline {\text{Com.}}^{t}\ \ 0^{h}.59^{m}.8^{s}&\ldots &\ldots &30'.46''{,}8&30'.46''{,}8\\0\ .59\,\ .10\ &-27'.29''{,}2&13'.49''{,}6&30\,.46\,\ {,}1&\ldots \\1\ .\,\ 0\,\ .10\ &-27\,.10\,\ {,}9&13\,.42\,\ {,}7&30\,.26\,\ {,}7&\ldots \\2\ .29\,\ .10\ &1\,.\,\ 3\,\ {,}8&3\,.43\,\ {,}2&\ldots &\ldots \\{\text{Pl.g.ph.}}2\ .29\,\ .34\ &1\,.11\,\ {,}8&3\,.40\,\ {,}6&3\,.52\,\ {,}0&30\,.44\ {,}9\\2\ .30\,\ .10\ &1\,.23\,\ {,}8&3\,.36\,\ {,}7&\ldots &\ldots \\3\ .51\,\ .10\ &29\,.58\,\ {,}4&-4\,.38\,\ {,}5&30\,.19\,\ {,}9&\ldots \\{\text{Fin.}}\quad 3\ .52\,\ .\,\ 8\ &\ldots &\ldots &30\,.42\,\ {,}4&30\,.42\ {,}4\\3\ .52\,\ .10\ &30\,.21\,\ {,}1&-4\,.44\,\ {,}1&30\,.43\,\ {,}2&\ldots \\\hline \end{array}}}](https://wikimedia.org/api/rest_v1/media/math/render/svg/d77042b8e5dac6ba097635088bd5ca81c81132f9)
Plus grande phase de
dans la partie boréale du soleil.
La première impression du disque lunaire aura lieu vers
à droite
de l’extrémité supérieure du diamètre vertical du soleil.