The London, Edinburgh and Dublin Philosophical Magazine and Journal of ScienceTaylor & Francis, 1901 - English periodicals |
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Results 1-5 of 100
Page 16
... axes through the inertial centre ; and 3j vibrational free- doms . Hence we have P and we find k - 1 = = j j + 2 ' 1 3 ( 1 + j ) The values of k 1 thus calculated for a triatomic and tetra- tomic gas , and calculated as above in Ex . 3 ...
... axes through the inertial centre ; and 3j vibrational free- doms . Hence we have P and we find k - 1 = = j j + 2 ' 1 3 ( 1 + j ) The values of k 1 thus calculated for a triatomic and tetra- tomic gas , and calculated as above in Ex . 3 ...
Page 20
... axes is illustrated by fig . 1 , a diagram showing for the extreme case in which the shortest axis is zero , the exact construction of a geodetic through U which is a focus of the ellipse shown in the diagram . U , C , U , being ...
... axes is illustrated by fig . 1 , a diagram showing for the extreme case in which the shortest axis is zero , the exact construction of a geodetic through U which is a focus of the ellipse shown in the diagram . U , C , U , being ...
Page 21
... axis zero , is illustrated by the path IQQ'Q " Q " " ' Q " Q " in fig . 2 . §32 . If now , on the other hand , we commence a geodetic through any point J between U , and U ,, or between U , and U3 , it will never cut the principal ...
... axis zero , is illustrated by the path IQQ'Q " Q " " ' Q " Q " in fig . 2 . §32 . If now , on the other hand , we commence a geodetic through any point J between U , and U ,, or between U , and U3 , it will never cut the principal ...
Page 25
... axes at right angles to each other , corresponding respectively to maximum and minimum . kinetic energies , we find ... axis of minimum energy ; and the excess of the time - integral of the energy of component velocity parallel to LL ...
... axes at right angles to each other , corresponding respectively to maximum and minimum . kinetic energies , we find ... axis of minimum energy ; and the excess of the time - integral of the energy of component velocity parallel to LL ...
Page 28
... axes of maximum or minimum kinetic energy must be in the direction of the middle line of the length of the figure and ... axis of the marlin - spike . $ 40 . The most difficult and seriously trouble- some statistical investigation in ...
... axes of maximum or minimum kinetic energy must be in the direction of the middle line of the length of the figure and ... axis of the marlin - spike . $ 40 . The most difficult and seriously trouble- some statistical investigation in ...
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æther apparatus atom bismuth calculated carbon cathode centim centre charge coil component condenser condensing-plates constant corresponding Crémieu crystal Crystallographic Axis curve cyanogen deflexion density diameter dielectric direction discharge disk distance effect electric electrodes electrometer electromotive force element equal equation equilibrium experiments field force formula frequency function galvanometer gases given gives harmonic heat Hence hydrogen increase ionization ions J. J. Thomson kilometres per second kinetic energy length light lines liquid magnetic mean measured metal method millimetres molecules motion needle negative ions observed obtained paper particles period Phil phosphorus plane plate positive potential pressure produced quaternions radiation radius ratio resistance reversed rotation sectors space spectra spectrum spheres suppose surface TABLE temperature theory tube vary velocity vibrations volts volume Voss machine wave-length waves wire zero