A Philosophy of Science"Dealing with the philosophical aspects of the sciences" - Preface. |
From inside the book
Results 1-3 of 83
Page 166
... defined by the cut ( C1 , C2 ) , we add m to all numbers of C1 and to all numbers of C2 . Because of the monotonic law for addition , a new cut ( C ' , C2 ' ) results , and this cut is the sum of m and a . In a similar manner we obtain ...
... defined by the cut ( C1 , C2 ) , we add m to all numbers of C1 and to all numbers of C2 . Because of the monotonic law for addition , a new cut ( C ' , C2 ' ) results , and this cut is the sum of m and a . In a similar manner we obtain ...
Page 463
... definition , however , is always and necessarily given for an " ideal " case only . Strictly speaking , therefore , the laws are valid only for ideal cases which we ourselves have defined.42 But to the extent to which any concretely ...
... definition , however , is always and necessarily given for an " ideal " case only . Strictly speaking , therefore , the laws are valid only for ideal cases which we ourselves have defined.42 But to the extent to which any concretely ...
Page 522
... defined and introduced for the sole reason of using them as means for the integration of observational facts . The ... defined without regard to " life " ; but a definition of “ life ” must of necessity involve also a reference to ...
... defined and introduced for the sole reason of using them as means for the integration of observational facts . The ... defined without regard to " life " ; but a definition of “ life ” must of necessity involve also a reference to ...
Contents
and Empirical Elements in Experience | 21 |
THE DISPUTES OVER SPACE AND TIME | 49 |
THE WORLD ABOUT US AND ITS INTERPRETATION | 77 |
Copyright | |
10 other sections not shown
Other editions - View all
Common terms and phrases
absolute space action analysis argument atoms basic blastomere body causal cell chemical chemistry classical mechanics complete concepts defined definite derived Descartes determined doctrine Driesch earth Einstein's electrons elements equation equivalent classes evolution example existence experimental fact factors first-person experience fuer functional fundamental Galileo geometry gravitation Ibid idea implies infinite integration interpretation involved language laws Leibniz light linguistic logical mathematical matrix mechanics matter means metaphysical mind molecules motion nature Newton's objects observed orbits organism P. A. M. Dirac particles perceptions personality phase waves phenomena philosophy photons physical point of view possible postulates principle principle of relativity problem psychology quantity quantum mechanics reality regarded relations relative result sense sequence spatial specific structure substances T. H. Morgan theory theory of relativity things tion true Ueber velocity wave wave mechanics whole words