Electro-chemistry, Parte1Longmans, Green and Company, 1908 |
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... electricity and quantity of chemical action ; the other and more recent part forms the pendant to the first by giving the relation between electromotive force and intensity of chemical action . These subjects are dealt with in Chapters ...
... electricity and quantity of chemical action ; the other and more recent part forms the pendant to the first by giving the relation between electromotive force and intensity of chemical action . These subjects are dealt with in Chapters ...
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... Electricity 2 . Mechanism of Electrolysis 3. Phenomena at the Electrodes 4. Migration of Ions 5. Conductivity of Electrolytes · • 6. Equivalent and Ionic Conductivities 7 . Arrhenius ' Theory of Dissociation 8. The Law of Dilution 9 ...
... Electricity 2 . Mechanism of Electrolysis 3. Phenomena at the Electrodes 4. Migration of Ions 5. Conductivity of Electrolytes · • 6. Equivalent and Ionic Conductivities 7 . Arrhenius ' Theory of Dissociation 8. The Law of Dilution 9 ...
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... ratio of anion ( see p . 35 ) . y = Degree of Ionisation ( see p . 71 ) . n = Concentration ( gram - equivalents per c.c. ) . * = Electric conductivity . ELECTRO - CHEMISTRY CHAPTER I MECHANISM OF CONDUCTION IN ELECTROLYTES.
... ratio of anion ( see p . 35 ) . y = Degree of Ionisation ( see p . 71 ) . n = Concentration ( gram - equivalents per c.c. ) . * = Electric conductivity . ELECTRO - CHEMISTRY CHAPTER I MECHANISM OF CONDUCTION IN ELECTROLYTES.
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... ELECTRICITY THERE is a group of substances which , when an electric current is passed through them , suffer chemical decomposition . These substances are called electrolytes ; the process of decom- position electrolysis ; and reactions ...
... ELECTRICITY THERE is a group of substances which , when an electric current is passed through them , suffer chemical decomposition . These substances are called electrolytes ; the process of decom- position electrolysis ; and reactions ...
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... electricity which flows through the electrolyte . ( ii . ) The amounts of different substances deposited by the same quantity of electricity are proportional to their chemical equivalent weights . What is implied by the first of these ...
... electricity which flows through the electrolyte . ( ii . ) The amounts of different substances deposited by the same quantity of electricity are proportional to their chemical equivalent weights . What is implied by the first of these ...
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according accumulator amalgam amount ampere anion anode atom cadmium cadmium cell calculated calomel carboxyl groups cathode cation cent centimetre Chem chemical chlorine Clark cell coils complex ions compounds concentration constant coulombs cubic centimetre Daniell cell degree of ionisation deposited dilute solutions discharge dissociation dissolved effect electro-affinity electrode potential electrolytic cell electromotive force equation equiv equivalent conductivity faraday free energy gases give gram-equivalent greater heat of reaction Hence hydrogen ions hydroxyl ionic ionisation ionisation-constant joules K₁ Kohlrausch latent heat law of dilution liquid litres measured mercury metal migration ratio mobility molecules normal ohms osmotic pressure Ostwald oxygen phys platinum plates polarisation positive potassium potential difference potential gradient quantity of electricity resistance reversible salts saturated silver sodium substance substitution succinic acid sulphuric acid temperature coefficient theory tion tube velocity volt voltage voltaic cell voltameter volts wire zinc