The Mathematical Principles of Natural Philosophy: Popular Books by Isaac Newton : All times Bestseller Demanding BooksBeyond Books Hub, 1 gen 2021 - 447 pagine Mathematical Principles of Natural Philosophy ('Philosophiae Naturalis Principia Mathematica'), is a work in three books by Sir Isaac Newton, first published on the 5th July 1687. The Principia states Newton's laws of motion, forming the foundation of classical mechanics, also Newton's law of universal gravitation, and a derivation of Kepler's laws of planetary motion. The Principia is justly regarded as one of the most important works in the history of science. |
Sommario
Of The Method Of First And Last Ratios Of Quantities By The Help | |
Of The Invention Of Centripetal Forces | |
Of The Motion Of Bodies In Eccentric Conic Sections | |
Of The Finding Of Elliptic Parabolic And Hyperbolic Orbits From | |
How The Orbits Are To Be Found When Neither Focus Is Given | |
Concerning The Rectilinear Ascent And Descent Of Bodies | |
Of The Invention Of Orbits Wherein Bodies Will Revolve Being Acted | |
Of The Motion Of Bodies In Given Superficies And Of The Reciprocal | |
Of The Motions Of Bodies Tending To Each Other With Centripetal | |
Of The Attractive Forces Of Sphaerical Bodies | |
Of The Attractive Forces Of Bodies Which Are Not Of A Sphaerical | |
Of The Motion Of Very Small Bodies When Agitated By Centripetal | |
Of The Motion Of Bodies That Are Resisted In The Ratio Of The Velocity | |
How The Motions Are To Be Found In Given Orbits | |
Altre edizioni - Visualizza tutto
The Mathematical Principles of Natural Philosophy: Popular Books by Isaac ... Isaac Newton Anteprima limitata - 2021 |
Parole e frasi comuni
accelerative altitude angle aphelions appulse apsis arising ascend attracted axis body centre of gravity centripetal force circle comet common centre conic section conjunctly corpuscle cycloid cylinder density descend described diameter difference diminished diurnal motion drawn duplicate proportion duplicate ratio earth ecliptic ellipsis equal equator feet figure fixed stars fluid force of gravity given ratio globe greater greatest Hence hyperbola inches infinitum inversely Jupiter latitude latus rectum LEMMA length less let fall magnitude mean motion medium moon moon's move nearly Newton nodes observations orbit oscillations parabola parallel particles pendulum perihelion perpendicular plane principal vertex Prop PROPOSITION quadratures quantity of matter radius reciprocally rectangle resistance revolution revolve right line satellites Saturn SCHOLIUM semi-diameter side sine space sphere square subducted subduplicate ratio sun's superficies suppose syzygies tail tangent thence THEOREM trajectory triangle uniformly velocity weight whole