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Chemistry
Electrochemistry
Faraday's Law
0.222g Of A Divalent Metal Is Deposited When A Current Of 0.45 Amperes Is Passed Through A Solution Of It's Salt For 25 Minutes Using Appropriate Electrodes. Calculate The Relative Atomic Mass Of The Metal. (1 Faraday =96500c/mol)
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0.222g of a divalent metal is deposited when a current of 0.45ampere is passed through a solution of salt for 25min. Calculate
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0.222g of a divalent metal is deposited when a current of 0.45ampere is passed through a solution of its salt for 25min using
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solution for the equation 0.222g of a divalent metal is deposited when a current of 0.45 ampere is passed through a solution of
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4 volts
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0.222g of a divalent motal is deposited when g current of 0.45A is passed through a solution of its salt for 25 minutes.
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0.222g of a divalent metal is deposited when a current of 0.45A is pass through a solution of it's salt for 25 minutes calculate
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To calculate the relative atomic mass of the metal, we need to use Faraday's law of electrolysis.
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