The London, Edinburgh and Dublin Philosophical Magazine and Journal of ScienceTaylor & Francis, 1928 - English periodicals |
From inside the book
Results 1-5 of 99
Page 4
... potential difference of one volt between the quadrants the deflexion produced would be 140 cm . on the lamp scale . The capacity of the system , the electrometer , and the bulb in series was very nearly 100 cm . Owing to a slight ...
... potential difference of one volt between the quadrants the deflexion produced would be 140 cm . on the lamp scale . The capacity of the system , the electrometer , and the bulb in series was very nearly 100 cm . Owing to a slight ...
Page 7
... Potential Potential Deflexion . Deflexion . Difference . Difference . Volts . cm . Volts . cm . 12 3.6 60 9.8 24 6.0 72 9.9 36 8.0 84 10.2 48 9.1 96 10.2 temperature varied over a range of less than 10 ° C. , when the largest filament ...
... Potential Potential Deflexion . Deflexion . Difference . Difference . Volts . cm . Volts . cm . 12 3.6 60 9.8 24 6.0 72 9.9 36 8.0 84 10.2 48 9.1 96 10.2 temperature varied over a range of less than 10 ° C. , when the largest filament ...
Page 36
... potential ( elastic energy content analogously of the flexed slit wall or reed ) , and E , is the maximum energy content , kinetic plus potential , which for any given frequency is conservatively a constant . Thus we have that AP + 8π2m ...
... potential ( elastic energy content analogously of the flexed slit wall or reed ) , and E , is the maximum energy content , kinetic plus potential , which for any given frequency is conservatively a constant . Thus we have that AP + 8π2m ...
Page 49
... potential of the stream . It is found that the reed or organ - pipe when excited gives a relationship between the velocity of the vibrating reed or slit wall and the mean velocity of the stream . In this way , also , a relationship is ...
... potential of the stream . It is found that the reed or organ - pipe when excited gives a relationship between the velocity of the vibrating reed or slit wall and the mean velocity of the stream . In this way , also , a relationship is ...
Page 107
... potential difference and amount of flux associated with the problem figure are finite , the upper half of the plane is transformed into a finite portion of the uniform x plane as indicated in fig . 1 . X Το preserve similarity between ...
... potential difference and amount of flux associated with the problem figure are finite , the upper half of the plane is transformed into a finite portion of the uniform x plane as indicated in fig . 1 . X Το preserve similarity between ...
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Common terms and phrases
absorption aluminium apparatus approximately atomic number atomic weight axis B₁ Balmer series bands beam calculated calorimeter carbon cathode cent chamber coefficient coil colour corresponding cosh crystal curve d₁ deflexion determined diamagnetic diffusion discharge doublet effect electric electrolytes electrometer electrons electroscope energy equation excited experimental experiments fibre filter finite flux-density forbidden line formula fraction frequency function galvanometer gases given gives glass heat hydrogen increase indicated intensity ionization ionization chamber ions K₁ layer liquid magnetic maximum measurements mercury metal method molecules nitrogen observed obtained oscillator particles Phil photo-electric Phys plane plate potassium potential pressure problem Proc radiation radon ratio reflexion resistance salts satellites Schwarz theorem sensitivity shows sinh slit slot sn² solution spectrum surface Table temperature theory tube values vapour variation velocity viscosity voltage volts wave-length width X-ray y-rays zero