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Title: If an electrolysis plant operates its electrolytic cells at a total current of 1.2 106 amp, how ... Post by: Franceswwx on Mar 21, 2021 If an electrolysis plant operates its electrolytic cells at a total current of 1.2 × 106 amp, how long will it take to produce one metric ton (one million grams) of Mg(s) from seawater containing Mg2+? (1 faraday = 96,485 coulombs) ▸ 1.8 h ▸ 1.8 days ▸ 55 min ▸ 0.92 h ▸ 0.46 year Title: If an electrolysis plant operates its electrolytic cells at a total current of 1.2 106 amp, how ... Post by: rnwannabe on Mar 21, 2021 Content hidden
Title: Re: If an electrolysis plant operates its electrolytic cells at a total current of 1.2 106 amp, how ... Post by: tjoshie77 on Mar 23, 2022 If an electrolysis plant operates its electrolytic cells at a total current of 1.0 x 106 amp, how long will it take to produce one metric ton (one million grams) of Mg(s) from seawater containing Mg2+?
Title: Re: If an electrolysis plant operates its electrolytic cells at a total current of 1.2 106 amp, how Post by: bio_man on Mar 23, 2022 If an electrolysis plant operates its electrolytic cells at a total current of 1.0 x 106 amp, how long will it take to produce one metric ton (one million grams) of Mg(s) from seawater containing Mg2+? |