The London, Edinburgh and Dublin Philosophical Magazine and Journal of ScienceTaylor & Francis, 1880 |
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Page 228
... direction of this pressure or tendency , as dependent on the direction of the current in the gold - leaf and the direction of the lines of magnetic force , the following statement may be made : If we regard an electric current as a ...
... direction of this pressure or tendency , as dependent on the direction of the current in the gold - leaf and the direction of the lines of magnetic force , the following statement may be made : If we regard an electric current as a ...
Page 429
... direction in a given time . But positive atoms moving in a negative direction , and nega- tive atoms moving in a positive direction , compensate for each other , and there remains only the excess of motion in each direction ; which ...
... direction in a given time . But positive atoms moving in a negative direction , and nega- tive atoms moving in a positive direction , compensate for each other , and there remains only the excess of motion in each direction ; which ...
Page 87
... direction of two waves , and the dotted lines show a similar coincidence in the other direction . The black spots show the ventral segments which move together , and the small circles those which move in the opposite directions . The ...
... direction of two waves , and the dotted lines show a similar coincidence in the other direction . The black spots show the ventral segments which move together , and the small circles those which move in the opposite directions . The ...
Contents
FIFTH SERIES | 1 |
Frederick Guthrie on certain Vibrations of Solids Plates II | 10 |
Prof Challis on Newtons Regula Tertia Philosophandi | 35 |
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acid action æther amount angle atoms axis C.G.S. units calculated calorimeter carbonic acid cell cent centimetres centims chemical chemical affinity circuit coils conductor constant copper corresponding crystals cubic centims Daniell cell deduced density determined diameter diffusion direction disk distance effect electric electrolytic electrolytic cell electrometer electromotive force equal equation experiments formula galvanometer gases given glacier glass gramme-degrees gramme-equivalent grammes grammes of water Hence hydrogen increase intensity Joule Joule's Joule's law Kater's pendulums length liquid magnetic means measured metal method millimetres millims molecular molecules motion observed obtained optical oxygen passing pendulum Phil physical plane plate Pogg position potential pressure prisms produced Prof quantity represent resistance rotation salt solution Sprengel pump string substance supposed surface temperature theory thickness tion torsion tube velocity vibration voltameter volume wire zinc