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The equation which represents the formation of hydrogen gas at the negative electrode during the electolysis of water is 2h₂o(l) + 2e⁻ → 2oh⁻(aq) + h₂(g) during electrolysis - 482 500 coulombs were passed through the solution. Calculate the amount - in moles - of hydrogen gas formed.

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1. The equation which represents the formation of hydrogen gas at the negative electrode during the electolysis of water is 2h₂o(l) + 2e⁻ → 2oh⁻(aq) + h₂(g) during electrolysis - 482 500 coulombs were passed through the solution. Calculate the amount - in moles - of hydrogen gas formed.





 
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