1880,] ioy [Chase. 



cosmogony ; consequent estimate of Sun's mass, from Maxwell's 

 magnetic data. June 18, 1875, P. xiv, 607-9. 

 93. Planetary Illustrations of the Creative Fiat. Aug. 20, 1875, P. xiv, 

 609-12. 



93. Yearly rainfall in the United States, from observations of the Signal 



Service Bureau. Aug. 20, 1875, P. xiv, 613-4. 



94. The Beginnings of Development ; planetary linkages ; the velocity of 



light is the limit between the living forces of association and dissocia- 

 tion j variety of rhj'thmical relations; successive steps of nebular 

 condensation. Sept. 17, 1875, P. xiv, 622-31. 



95. Further Dynamic Coordinations ; mathematical deduction of the ratio 



between the mean vis viva of gaseous volume {heat under constant 

 volume) and the vis viva of uniform velocity (heat uivder constant 

 pressure) ; harmonies of products and powers of mass and distance. 

 Dec. 3, 1875, P. xiv, 651-8. 



96. Nebular action in the solar system ; confirmations of Herschel's theory 



of "subsidence ;" electrical conductivity of selenium, illustrating 

 the ratio of velocities between solar waves originating at Sun's sur- 

 face and in Earth's orbit (Bell, Tainter). April 21, 1876, P. xvi, 

 184-92. 



97. On some fundamental propositions of central force ; nucleal radius 



varying as the | power of the atmospheric radius ; oscillatory formu- 

 las of cyclical motion ; views of various investigators ; universal 

 correlations. July 21, 1876, P. xvi, 298-310. 



98. Aethereal influences in the solar system ; evidence of 58 accordances. 



Jan. 5, 1877, P. xvi, 496-505. 



99. Chemical atoms, molecules and volumes ; laws of Boyle, Charles, and 



Avogadro. Feb. 2, 1877, P. xvi, 505-8. 



100. Further illustrations of central force ; increase of velocity through 



"subsidence" should produce rupture in the periphery of a station- 



■?' ■ — 



ary nebula at - when n=2 -v- (^ — 2 ]/ 2) ; this influence shown 



by various planetary belts and positions; "subsidence" tending to 



3r 

 form confocal elliptic orbits, with major axes of - and minor axes 



2 



2?- 

 \/ 2 r, and belts, on account of collision, at — ; influence of the 



o 



modulus of light and various ratios in positing planetary belts. July 

 20, 1877, P. xvii, 98-100. 



101. Harmonies of solar spectrum ; identity of law in luminous and plane- 



tary nodes. August 24, 1877, P. xvii, 109-12. 



102. Results of wave interference ; symmetrical formula, introducing masses 



of Sun and Jupiter, Sun's equatorial radius, Jupiter's projectile 

 radius, and the velocity of light ; significance of Earth's position 

 and density ; cosmical and molecular wave lengths : confirmation of 

 "subsidence" and of harmonic undulations, by the moons of Earth, 

 Mars, Jupiter, Saturn, and Uranus ; Alexander' s adoption and conflr- 



