"Science Literacy Library Science Canon Series" (a set of 3 volumes * * *) includes the motion of an object on an eccentric conic curve, the orbits of an ellipse, a parabola and a hyperbola starting from a known focus, how to find the orbit when the focus is unknown, how to find the motion on a known orbit, the linear rise or fall of an object, the determination of the orbit of an object when it is subjected to any kind of centripetal force, and the motion of the object along the motion orbit. Regression point movement, etc.
Catalogue of mathematical principles of natural philosophy;
order
Introduction to Mathematical Principles of Natural Philosophy
Preface to Mathematical Principles of Natural Philosophy
definition
Axiom or law of motion
The first part of the movement of objects
Chapter 65438 +0 The ratio method of initial quantity and final quantity can prove the following proposition.
Chapter II Determination of Centripetal Force
Chapter III Motion of Objects on Eccentric Conic Curves
In chapter 4, the orbit of ellipse, parabola and hyperbola is found from the known focus.
Chapter 5 How to Find the Orbit when the Focus is Unknown
Chapter VI How to Seek Motion in a Known Orbit
Chapter VII Straight-line Ascension or Descent of Objects
Chapter VIII Determination of Orbit of Objects Subjected to Arbitrary Centripetal Force
Chapter 9 The motion of an object along the trajectory; Regression point motion
Chapter 10 Motion of an object on a given surface; The swing of an object
Chapter 1 1 Mutual attraction motion of objects affected by centripetal force
Chapter 12 attraction of sphere
Chapter 13 Attraction of Aspherical Objects
Chapter 14 The motion of a tiny object pointing to various parts of a huge object driven by centripetal force.
The second part is the motion of the object (in the blocking medium)
Chapter 65438 +0 The motion of an object is affected by the resistance proportional to the speed.
Chapter II The motion of an object is affected by the resistance proportional to the square of velocity.
Chapter 3: The motion of an object when it is subjected to resistance. The resistance is partly proportional to the speed and partly proportional to the square of the speed.
Chapter IV Circular Motion of Objects in Blocking Media
Chapter V Fluid Density and Pressure; hydrostatics
Chapter VI Movement and Resistance of Pendulum
Chapter seven: the motion of fluid and its resistance to projectile.
Chapter VIII Movement Spreading through Fluid
Chapter 9 Circular Motion of Fluid
The third part of the universe system (using mathematics)
Inference rules in philosophy
phenomenon
proposition
The motion of the rendezvous point of the moon
General interpretation
postscript