Oxldation reduction (b) Electrolysis of water is another method of producing hydrogen, as represented in the following reaction: H2O(1) H2((g) + O2(8) (i) Which element is oxidized and which element is reduced? (ii) Balance the redox equation using method of change in oxidation states. Sas laws: (c) (i) During electrolysis of water, 5.34 moles of H2 is produced at 25°C and occupied a volume of 1.5L. calculate the Hz gas pressure. (iii) What will be the pressure of the gas if the temperature increases to 50 °C.

Chemistry: The Molecular Science
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Chapter19: The Chemistry Of The Main-group Elements
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Oxldatlon reduction
(b) Electrolysis of water is another method of producing hydrogen, as represented in the following
reaction: H20(1) → H2((g) + Oz(g)
() 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 willI be the pressure of the gas if the temperature increases to 50 °C.
Atomic structure:
(d) What is the type of intermolecular bonding in the following molecules?
i) H2 (g)
ii) H20 (I)
(e) Write the electron configuration of sulfur 165
Transcribed Image Text:Oxldatlon reduction (b) Electrolysis of water is another method of producing hydrogen, as represented in the following reaction: H20(1) → H2((g) + Oz(g) () 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 willI be the pressure of the gas if the temperature increases to 50 °C. Atomic structure: (d) What is the type of intermolecular bonding in the following molecules? i) H2 (g) ii) H20 (I) (e) Write the electron configuration of sulfur 165
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