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Oxidation reduction (b) Electrolysis of water is another method of producing hydrogen, as represented in the following reaction: H20(1) → Hz((8) + O2(g) (i) Which element is oxidized and which element is reduced? (ii) Balance the redox equation using method of change in oxidation states.

Oxidation reduction (b) Electrolysis of water is another method of producing hydrogen, as represented in the following reaction: H20(1) → Hz((8) + O2(g) (i) Which element is oxidized and which element is reduced? (ii) Balance the redox equation using method of change in oxidation states.

Chemistry: Principles and Reactions
Chemistry: Principles and Reactions
8th Edition
ISBN:9781305079373
Author:William L. Masterton, Cecile N. Hurley
Publisher:William L. Masterton, Cecile N. Hurley
Chapter20: Chemistry Of The Metals
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Oxidation reduction (b) Electrolysis of water is another method of producing hydrogen, as represented in the following reaction: H20(1) → Hz(g) + Oz(g) (i) Which element is oxidized and which element is reduced? (ii) Balance the redox equation using method of change in oxidation states. Gas laws: (c) (i) During electrolysis of water, 5.34 moles of H2 is produced at 25°C and occupied a volume of 1.5 L. calculate the H2 gas pressure. (iii) What will be the pressure of the gas if the temperature increases to 50 °C.
Transcribed Image Text:Oxidation reduction (b) Electrolysis of water is another method of producing hydrogen, as represented in the following reaction: H20(1) → Hz(g) + Oz(g) (i) Which element is oxidized and which element is reduced? (ii) Balance the redox equation using method of change in oxidation states. Gas laws: (c) (i) During electrolysis of water, 5.34 moles of H2 is produced at 25°C and occupied a volume of 1.5 L. calculate the H2 gas pressure. (iii) What will be the pressure of the gas if the temperature increases to 50 °C.
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