Mémoires de l`Académie des Sciences et des Belles-Lettres de Berlin

Original Titles
English Titles

82Percussion and its true measurement
83On several properties of the conic sections which intersect with an infinity of other curved lines
103Physical Investigations on the tail of comets, the northern lights, and the zodiacal light
104Memoir on the effect of the successive propagation of light in the appearance of the planets as well as the comets
105Memoir on the Grand Equation of the Planets
112Studies on the movement of celestial bodies in general
113Method for finding the true moments of both the new and the full moon
114Method of finding the true geocenter of the moon by the obsertvation of the occulation of a fixed star
115Method of determining the longitude of the observation site by observation of the occulations of fixed stars by the moon
116Memoir on the force of oars
117Reflections on the last eclipse of the sun from July 25, 1748
118On the perfection of objective lenses of telescopes
140On the vibration of strings
141On the agreement of the latest eclipses of the sun and moon with my tables, to find the true times of full and new moons
142On the atmosphere of the moon as proved by the last ringed eclipse of the sun
143On the friction of solid bodies
144On the reduction of the resistance of friction
145Research into the largest and the smallest which are found in the action of forces
146Reflection on some general laws of nature which are observed in the effects of random forces
147On the apparent contradiction in the rule of curved lines
148Proof concerning the number on points where two lines of ordinary order can intersect
149Reflections on space and time
168On the controversy between Messrs Leibniz and Bernoulli concerning the logarithms of negative and imaginary numbers
169On the cuspidal points of the second kind of Monsieur le Marquis de l'Hopital
170Research on imaginary roots of equations
171Research on the precession of the equinoxes and on the nutation of the earth's axis
172On the parallax of the moon, with respect to its elevation and azimuth, under the hypothesis of a spherical earth
177Discovery of a new principle in Mechanics
178Reflections of the different degrees of sunlight on other celestial bodies
179Research concerning the effects of a hydraulic machine proposed by M. Segner, professor at Gottingen
180Notice on the subject of Research on the precession of the equinoxes
181Research on the origin of forces
182Letter of Mr. Euler to M. Merian
197Harmony existing between the general principles of rest and movement by M. de Maupertuis
198On the principle of least action
199Examination of the dissertation of Professor Koenig inserted into the Acts of Leipzig for the month of March 1751
200Essay concerning a metaphysical demonstration on the general principle of equilibrium
201Calculation of the probability in the game of Rencontre
202On the application of the hydraulic machine of Mr. Segner to all sorts of situations and its advantages over the other hydraulic machines which one typically uses
203Research on a new method to raise water proposed by M. Mour
206On the motion of water in conduits
207In depth explanation concerning different methods in which to raise water through pumps with the greatest effectiveness
208Maxims for the most advantageous arrangement of machines that raise water by use of pumps.
209Essay concerning the physical explanation of colors which are issued from extremely thin surfaces
213Remarks on the preceeding memories of M. Bernoulli
214Principles of spherical trigonometry taken from the method of the maxima and minima
215Elements of spheroidal trigonometry taken from the method of the maxima and minima
216Examination of a controversy on the law of refraction of rays of different colors with respect to the different transparent media through which they pass
217Examination of the true curve that bodies which are airborne or in any other fluid
219Concerning the refraction of light while passing through the atmosphere and the different degrees dependent on heat as to the elaticity of the air
220Reflections on a problem of geometry dealt with by certain geometers which nevertheless is impossible
221Research into the physics of the different refrangibilities of light rays
222A more complete theory of machines which are activated by their reaction to water
223Concerning the variation of latitude of fixed stars and the obliquity of the ecliptic
225General principles concerning the state of the equilibrium of fluids
226General principles concerning the motion of fluids
227Continuation into the research on the theory of the motion of fluids
233Refined studies into the effect of windmills
234Experiments to determine the refraction of all types of transparent liquors
235On the action of saws
236Explanation of certain paradoxes in integral calculus
237Research concerning the declination of the magnetized needle
238Concerning the strength of columns
239General rules for the construction of telescopes and microscopes, using some general number of lenses.
240Research into glasses with three lenses which represent inverted objects
291Research into the science of mechanical bodies
292On the movement of rotation of solid bodies around a variable axis
293General remarks on the daily motion of the planets
305On the propagartion of sound
306Supplement to the research on the propagation of sound
307Continuation into the propagation of sound
308Recherches sur le mouvement de rotation des corps celestes
309Solution of a curious question which does not seem to have been subjected to any analysis
310New method to eliminate the unknown quantities in equations
311Research into simple microscopes and the methods to perfect them
312Research on microscopes with three lenses and the methods by which to make them
313On the advantage to the banker in the game of Pharaon
314Conjecture into the reasons why flat tones are generally heard in music
315Concerning the true character of modern music
316On three lens glasses which represent upright objects
332Research concerning the flow of rivers
333Research into the curvature of surfaces
334General research on the mortality and the propagation of the human race
335Concerning annuity incomes
336On the motion of a rotating solid round a mobile axis
337Problem: A body is attracted by reason of the reciprocal square of the distance towards two given fixed points, find the case where the described curve by this body will be algebraic, solved by Mr. Euler
338On the probability of series in the Genoese lottery
339On the motion of a string which at the start has only been struck only in one area
340Detailed clarifications concerning the generation and propagation of sound and on the formation of echo
352Remarks on a beautiful relation between direct as well as reciprocal power series
353Research into the confusion which exists in dioptic lenses caused by their aperture
354Research into the methods to diminish or reduce the confusion caused by the opening of the lenses
355New method to improve the objective lenses for glasses
356Determination of the apparent field that is discovered by telescopes as well as by microscopes
357General rules for the construction of telescopes and of microscopes
358On the perfection of astronomic glasses which represent inverted objects
359The manufacture of lenses composed of two different types of glass which does not present any confusion
360The correct way to manufacture composes lenses which will reduce all confusion in the glasses
361Reflections on the ways in which to examine the refraction of glass by the way of prisms
362The necessary corrections to the theory of the magnetic declination which was proposed in Volume XIII of the Memoires
376Considerations on the difficulties that one encounters during the manufacture of objective lenses
377Research into reflective telescopes and their perfection
378Research on another construction of reflecting telescopes
379Concerning the confusion which exists in dioptical instruments due to the diverse refrangibility of light rays
380Concerning the new English glasses of Mr. Dolland and on the principle on which it is based
381On the advantages of telescopic glasses built with two lenses
382Remarks on the effect of friction on equilibrium
383Methods to apply for improving the degree of perfection in the manufacture of telescopic lenses
398New method to determine the perturbations during the motion of heavenly bodies caused by their mutual attraction
399Reflections on the different ways that one can describe the movement of the moon
400Thoughts on the three body problem
401A new way to compare the observations of the moon with the theory
402On the movement of the apsides of the moons of Jupiter
412Solution to a very difficult question in the calculus of probabilities