2010 Energy 



Entropy of Newtonian system in stable motion. 

 Betti, E. Em. E. Ac. Line. Ed. 4 ' x 



(Sem. 2) 113-, 195-. 

 Equation, corresponding to I - = 0. Clausius, 



E. C. E. 78 (1874) 461-. 

 Equations of dynamics, general. Padova, E. 



Em. E. Ac. Line. Ed. 7 (1891) (Sem. 1) 



197-. 

 Equilibrium experiment of Galileo. (Water 



pouring from one vessel to another in one 



pan of balance.) Cantoni, G. Mil. I. Lomb. 



Ed. 8 (1875) 916-. 



and initial and steady motions, general 

 theorems. Eayleigh, (Lord). Ph. Mg. 49 

 (1875) 218- . 



motion of material systems, theorems. 



Lucas, F. C. E. 74 (1872) 1176- ; Par. Mm. 



Sav. Etr. 22 (1876) No. 4, 44 pp. 

 systems, general theory. Poinsot, 



L. Par. EC. Pol. J. 13" cah. (1806) 206-. 

 Force function, determination in certain cases. 



Suslow, G. K. Fschr. Ps. (1890) (Ab. 1) 



260-. 

 , given integrals. Ermakov, V. P. 



Eec. Mth. (Moscou) 15 (1891) 611- ; Fschr. 



Mth. (1890) 888-. 



^(xX + yY+zZ). Schweins, (Dr) . 

 Crelle J. 38 (1849) 77-. 



Forces (P, P') and motions (Q, Q')> reciprocal 



theorem. Seiliger, N. C. E. 117 (1893) 



578-. 

 , systems admitting force functions. Morera, 



G. Palermo Cir. Mt. Ed. 5 (1891) 100-. 

 , unity, necessary limitation of theory. 



Martin, B. N. N. Y. Lyceum A. 10 (1873) 



211-. 

 , and transformations. Perard, L. 



Cuyper Ev. Un. 21 (1867) 219-. 



varying with velocities, extension of mechani- 

 cal principles. Simony, 0. Wien Ak. Sb. 

 81 (1880) (Ab. 2) 399-. 



Identity 2 {a t xfl ^ = 2 (a^tf + 2a a k (x t - xtf, 

 application to dynamics and physics. Slugi- 

 nov, N. P. (xn) Es. Ps.-C. S. J. 15 (Ps., 

 Ft. 1) (1883) 75- ; 15 (Ps., Ft. 2) (1883) 48 ; 

 J. de Ps. 3 (1884) 458-. 



Kinetic energy, equivalent. Weber, W. E. 

 A. Ps. C. (Jubelbd.) (1874) 199-. 



and impulse. Thomson, (Sir) W. Edinb. 



E. S. P. 5 (1863) 113-. 



s loss by shock. Duhamel, J. M. C. Par. 



EC. Pol. J. cah. 24 (1835) 1-. 



of systems having a potential and in 

 stable motion. Donnini, P. N. Cim. 26 

 (1889) 30-. 



potential, conditions for existence. Mayer, 

 A. Leip. Mth. Ps. B. 48 (1896) 519-. 



, . Boehm, K. Crelle J. Mth. 



121 (1900) 124-. 



, generalised, conditions for existence. 

 Hinch, A. Mth. A. 50 (1898) 429-. 



potentials, general. Koenigsberger, L. 

 Crelle J. Mth. 121 (1900) 141-. 



Lagrange's " Mecanique analytique," note in. 

 Sokolov, I. D. (xn) Eec. Mth. (Moscou) 

 3 (1868) (Pt. 1) 113-. 



Virial 2010 



Least constraint. Ellis, R. L. QJ. Mth. 13 



(1875) 375-. 

 -- , Gauss's principle. Minding, E. F. A. 



Epm. Ps. 5 (1844) 1-. 

 -- , path. Gauss, C. F. Crelle J. 4 (1829) 



232-. 

 Motion of system of particles. Liouville, J. 



Liouv. J. Mth. 3 (1858) 1-. 

 Partition of energy among colliding spheres. 



Tait, . Edinb. E. S. P. 13 (1886) 537-. 

 --- of rotary motion among molecules of 



gas. Stankevic, B. V. Bee. Mth. (Moscou) 



13 (1886) 129-. 

 Potential energy. Provenzali, F. S. Em. N. 



Line. Mm. 4 (1888) 3-. 

 -- , apparent, that is really kinetic, mechani- 



cal illustration. Merritt, E. Ps. Ev. 7 



(1898) 106-. 

 -- , and definitions of physical quantities. 



Rankine, W. J. M. Ph. Mg. 33 (1867) 88-. 

 forces, internal, of system of moving particles. 



Mayer, A.C.G. Leip. Mth. Ps. B. 29 (1877) 



86-. 

 Potentials of different forces. Bock, J. W. 



Hamb. Mth. Gs. Mt. 1 (1889) 119-. 

 Principle of energy. Levy, M. N. A. Mth. 



6 (1887) 505-. 

 --- , analytical application in mechanics. 



Helm, G. Z. Mth. Ps. 35 (1890) 307-. 

 Principles of mechanics, demonstration of 



second law of thermodynamics from. Michell- 



son, V. A. Eec. Mth. (Moscou) 13 (1886) 229-. 

 Quantity analogous to potential, theorem. 



Yvon-Villarceau, A. C. E. 75 (1872) 232-, 



377-, 990-. 

 ---- , (Yvon-Villarceau). Gilbert, 



L. P. C. E. 85 (1877) 1280- ; 86 (1878) 



42-. 

 ---- , (Yvon-Villarceau). Lemoyne, 



G. C. E. 86 (1878) 301-. 

 Translation of energy, outline of general theory. 



Mie, G. Wien Ak. Sb. 107 (1898) (Ab. 2a) 



1113-. 

 Translational and virbrational energies of vi- 



brators. Kelvin, (Lord). Nt. 52 (1895) 533. 



VIRIAL. 



Clausius, R. C. E. 70 (1870) 1314-. 



case. Clausius, R. C. E. 78 (1874) 1731-. 



of Clausius. Combescure, E. [1869] Mntp. 



Mm. Ac. Sect. Sc. 7 (1867-71) 418-. 

 -- . Lucas, F. C. E. 79 (1874) 103-. 

 -- . Basevi, C. E. Nt. 52 (1895) 413-. 

 -- . Burbury, S. H. Nt. 52 (1895) 568. 

 -- . Gray, A. Nt. 52 (1895) 568. 

 -- . Baynes, R. E. Nt. 52 (1895) 569. 

 complete equation. Grinwis, C. H. C. Amst. 



Ak. Vs. M. 1 (1885) 19-; Arch. Neerl. 19 



(1884) 461-. 



equation ^m 



Mantel, W. N. Arch. Wisk. 18 (1891) 127-. 

 equations and Clausius. Kool, C. J. Laus. 



S. Vd. Bll. 28 (1892) 87-. 

 forms. Clausius, R. A. Ps. C. (Jubelbd.) 



(1874) 411-. 



153 



