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300 | Demonstration of a Bernoullian theorem in which cycloids are ultimately produced from the evolution, continued to infinity, of any right-angled curve |
| 301 | De motu corporis ad duo centra virium fixa attracti |
| 302 | On the motion of vibrations in drums |
| 303 | Tentamen de sono campanarum |
| 304 | Considerationes de motu corporum coelestium |
| 305 | On the propagartion of sound |
| 306 | Supplement to the research on the propagation of sound |
| 307 | Continuation into the propagation of sound |
| 308 | Recherches sur le mouvement de rotation des corps celestes |
| 309 | Solution of a curious question which does not seem to have been subjected to any analysis |
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310 | New method to eliminate the unknown quantities in equations |
| 311 | Research into simple microscopes and the methods to perfect them |
| 312 | Research on microscopes with three lenses and the methods by which to make them |
| 313 | On the advantage to the banker in the game of Pharaon |
| 314 | Conjecture into the reasons why flat tones are generally heard in music |
| 315 | Concerning the true character of modern music |
| 316 | On three lens glasses which represent upright objects |
| 317 | Clarifications on the movement of vibrating strings |
| 318 | Research into the motion of unequally thick strings |
| 319 | Research into the integration of the equation (ddz/dt2)=aa(ddz/dx2)+(b/x)(dz/dx) + (c/xx)z |
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320 | Research into a new type of construction of six lens glasses and their improvement |
| 321 | Observations concerning the integrals of formulas ∫ xp-1dx(1-xn)q/n-1 setting x=1 after integration |
| 322 | The use of discontinued functions in analysis |
| 323 | Concerning the use of a new algorithm to solve the Pell problem |
| 324 | Properties of triangles for which certain angles have a ratio between themselves |
| 325 | Easy solutions to some difficult geometric problems |
| 326 | Analytical observations |
| 327 | On the rectilinear motion of three bodies mutually attracted to each other |
| 328 | On the motion of a body attracted to two fixed centers of forces |
| 329 | On the appearance of the heavens observed through transparent spherical segments |
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330 | Supplement on the shape of the teeth of wheels [gear teeth] |
| 331 | On the motion of fluids arising from different degrees of heat |
| 332 | Research concerning the flow of rivers |
| 333 | Research into the curvature of surfaces |
| 334 | General research on the mortality and the propagation of the human race |
| 335 | Concerning annuity incomes |
| 336 | On the motion of a rotating solid round a mobile axis |
| 337 | Problem: 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 |
| 338 | On the probability of series in the Genoese lottery |
| 339 | On the motion of a string which at the start has only been struck only in one area |
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340 | Detailed clarifications concerning the generation and propagation of sound and on the formation of echo |
| 341 | Report concerning a new method for the propagation of grain |
| 342 | Foundations of Differential Calculus, with Applications to Finite Analysis and Series, Volume 2 |
| 343 | Letters to a German Princess on various topics in physics and philosophy |
| 344 | Letters to a German Princess on various topics in physics and philosophy |
| 345 | On integrated equations of the type dx/√(A+Bx+Cx2+Dx3+Ex4) = dy/√(A+By+Cy2+Dy3+Ey4) |
| 346 | De arcubus curvarum aeque amplis earumque comparatione |
| 347 | More general development of formulas serving for the comparison of curves |
| 348 | Methodus facilis motus corporum coelestium utcunque perturbatos ad rationem calculi astronomici revocandi |
| 349 | Disquisition on the true law of refraction of rays of different colors |
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350 | On a new type of microscope composed of six lenses |
| 351 | On a telescope made from four lenses and its perfection |
| 352 | Remarks on a beautiful relation between direct as well as reciprocal power series |
| 353 | Research into the confusion which exists in dioptic lenses caused by their aperture |
| 354 | Research into the methods to diminish or reduce the confusion caused by the opening of the lenses |
| 355 | New method to improve the objective lenses for glasses |
| 356 | Determination of the apparent field that is discovered by telescopes as well as by microscopes |
| 357 | General rules for the construction of telescopes and of microscopes |
| 358 | On the perfection of astronomic glasses which represent inverted objects |
| 359 | The manufacture of lenses composed of two different types of glass which does not present any confusion |
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360 | The correct way to manufacture composes lenses which will reduce all confusion in the glasses |
| 361 | Reflections on the ways in which to examine the refraction of glass by the way of prisms |
| 362 | The necessary corrections to the theory of the magnetic declination which was proposed in Volume XIII of the Memoires |
| 363 | Notebook concerning a general theory of dioptrics |
| 364 | Letter written to the Royal Academy of Sciences in Berlin |
| 365 | Extracts from some letters by Euler to d'Alembert |
| 366 | Foundations of Differential Calculus, with Applications to Finite Analysis and Series, Volume 3 |
| 367 | Optics, part 1 |
| 368 | On a hyperbolic curve expressed by this equation y = 1*2*3*...*x |
| 369 | How very large numbers are to be tested for whether they are prime or not |
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370 | A new criteria for acquiring the imaginary roots of equations |
| 371 | Considerations on completing the theory of the motion of the moon and especially of its variation |
| 372 | Note of certain precautions to be taken in the investigation of the inequalities by which the heavenly bodies are perturbed in their motion |
| 373 | More accurate investigation of the phenomena which can be produced in the diurnal motion of the earth by celestial forces |
| 374 | On the equilibrium and motion of bodies connected by flexible curves |
| 375 | First section on the state of equilibrium of fluids |
| 376 | Considerations on the difficulties that one encounters during the manufacture of objective lenses |
| 377 | Research into reflective telescopes and their perfection |
| 378 | Research on another construction of reflecting telescopes |
| 379 | Concerning the confusion which exists in dioptical instruments due to the diverse refrangibility of light rays |
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380 | Concerning the new English glasses of Mr. Dolland and on the principle on which it is based |
| 381 | On the advantages of telescopic glasses built with two lenses |
| 382 | Remarks on the effect of friction on equilibrium |
| 383 | Methods to apply for improving the degree of perfection in the manufacture of telescopic lenses |
| 384 | Research on the inequalities of Jupiter and Saturn |
| 385 | Foundations of Integral Calculus, volume 3 |
| 386 | Optics, part 2 |
| 387 | Complete instruction in algebra, book 1 |
| 388 | Complete instruction in algebra, book 2 |
| 389 | Research and calculations on the true elliptical orbit of the comet of the year 1769 and its periodic time |
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390 | (Considerations of orthogonal trajectories) |
| 391 | On double integral formulas |
| 392 | Development of a notable paradox concerning the equality of surfaces |
| 393 | On the sum of series involving the Bernoulli numbers |
| 394 | On the partition of numbers into a number of parts of a given type |
| 395 | On finding however many mean proportionals without regard to extraction of roots |
| 396 | Section two of Principles of Fluid Motion |
| 397 | Exposition of methods, not only for determining the parallax of the sun from an observed transit of Venus across the sun, but also for finding longitudes of places on the earth from observations of eclipses of the sun, together with calculations and conclusions deduced therefrom |
| 398 | New method to determine the perturbations during the motion of heavenly bodies caused by their mutual attraction |
| 399 | Reflections on the different ways that one can describe the movement of the moon |