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A current of 3amp was passed through nickel sulphate solution for five hours, using a square strip of platinum of 4 cm side as cathode. The current efficiency is 60% for the deposition of nickel. Then, thevolume of O2 and H2 (if the rest of 40% of current is utilised for hydrogen evolution) released at STP are (a) 3.13 lit, 2.51 lit(b) 1.88 lit, 2.51 lit (c) 3.13 lit, 1.88 lit (d) 3.13 lit, 6.26 lit? for JEE 2024 is part of JEE preparation. The Question and answers have been prepared according to the JEE exam syllabus. Information about A current of 3amp was passed through nickel sulphate solution for five hours, using a square strip of platinum of 4 cm side as cathode. The current efficiency is 60% for the deposition of nickel. Then, thevolume of O2 and H2 (if the rest of 40% of current is utilised for hydrogen evolution) released at STP are (a) 3.13 lit, 2.51 lit(b) 1.88 lit, 2.51 lit (c) 3.13 lit, 1.88 lit (d) 3.13 lit, 6.26 lit? covers all topics & solutions for JEE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A current of 3amp was passed through nickel sulphate solution for five hours, using a square strip of platinum of 4 cm side as cathode. The current efficiency is 60% for the deposition of nickel. Then, thevolume of O2 and H2 (if the rest of 40% of current is utilised for hydrogen evolution) released at STP are (a) 3.13 lit, 2.51 lit(b) 1.88 lit, 2.51 lit (c) 3.13 lit, 1.88 lit (d) 3.13 lit, 6.26 lit?.

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Here you can find the meaning of A current of 3amp was passed through nickel sulphate solution for five hours, using a square strip of platinum of 4 cm side as cathode. The current efficiency is 60% for the deposition of nickel. Then, thevolume of O2 and H2 (if the rest of 40% of current is utilised for hydrogen evolution) released at STP are (a) 3.13 lit, 2.51 lit(b) 1.88 lit, 2.51 lit (c) 3.13 lit, 1.88 lit (d) 3.13 lit, 6.26 lit? defined & explained in the simplest way possible. Besides giving the explanation of A current of 3amp was passed through nickel sulphate solution for five hours, using a square strip of platinum of 4 cm side as cathode. The current efficiency is 60% for the deposition of nickel. Then, thevolume of O2 and H2 (if the rest of 40% of current is utilised for hydrogen evolution) released at STP are (a) 3.13 lit, 2.51 lit(b) 1.88 lit, 2.51 lit (c) 3.13 lit, 1.88 lit (d) 3.13 lit, 6.26 lit?, a detailed solution for A current of 3amp was passed through nickel sulphate solution for five hours, using a square strip of platinum of 4 cm side as cathode. The current efficiency is 60% for the deposition of nickel. Then, thevolume of O2 and H2 (if the rest of 40% of current is utilised for hydrogen evolution) released at STP are (a) 3.13 lit, 2.51 lit(b) 1.88 lit, 2.51 lit (c) 3.13 lit, 1.88 lit (d) 3.13 lit, 6.26 lit? has been provided alongside types of A current of 3amp was passed through nickel sulphate solution for five hours, using a square strip of platinum of 4 cm side as cathode. The current efficiency is 60% for the deposition of nickel. Then, thevolume of O2 and H2 (if the rest of 40% of current is utilised for hydrogen evolution) released at STP are (a) 3.13 lit, 2.51 lit(b) 1.88 lit, 2.51 lit (c) 3.13 lit, 1.88 lit (d) 3.13 lit, 6.26 lit? theory, EduRev gives you an ample number of questions to practice A current of 3amp was passed through nickel sulphate solution for five hours, using a square strip of platinum of 4 cm side as cathode. The current efficiency is 60% for the deposition of nickel. Then, thevolume of O2 and H2 (if the rest of 40% of current is utilised for hydrogen evolution) released at STP are (a) 3.13 lit, 2.51 lit(b) 1.88 lit, 2.51 lit (c) 3.13 lit, 1.88 lit (d) 3.13 lit, 6.26 lit? tests, examples and also practice JEE tests.