Rejected at 9:01 p.m. Feb, 09, 2025 ] by Brian_BH
Author: m_idso
Related Note: 1554154676040
Rationale for change

#AK_MCAT_v2::#UWorld::402713
The overall reaction for the electrolysis of molten sodium chloride,  Mathjax can be expressed as two separate, simultaneous redox processes (Reactions 1 and 2):
Reaction 1:  Mathjax 
Reaction 2:   Mathjax 
Given that the reduction of 2 moles of NaCl(l) requires 2 moles of electrons (a 1:1 ratio), what is the amount of electric charge required to produce 0.80 mol of Na(l) during the electrolysis? 0.8 faradays (55%)


An electrolytic cell can be conceptualized as a galvanic (voltaic) cell that is operating in reverse. In an electrolytic cell, electric current from an external source (such as a battery) is supplied to drive a nonspontaneous, endergonic chemical reaction (ΔG > 0). The operation of an electrolytic cell causes electrolysis, which is the electrochemical decomposition of a compound.
During electrolysis, electron-rich species (such as anions) are oxidized at the electron-deficient anode. For example, in the electrolysis of molten NaCl, Cl− is oxidized to Cl2 gas (Rea

Rejection reason

Please feel free to suggest with an appropriate supporting rationale. More information can be found here: https://community.ankihub.net/t/anking-mcat-deck-submission-guidelines/384726

Please let me know if you have any other questions. :-)

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#AK_MCAT_v2::#UWorld::402713
#AK_MCAT_v2::#AAMC::Concepts::C/P::Foundational_Concept_04::4C-Electrochemistry_and_Circuits #AK_MCAT_v2::#KhanAcademy::GenChem::Constants #AK_MCAT_v2::AK_Original_Decks::MileDown::All_MCAT_Equations #AK_MCAT_v2::AK_Original_Decks::MileDown::General_Chemistry::Electrochemistry #AK_MCAT_v2::$Errata::V2 #AK_MCAT_v2::#Kaplan::General_Chemistry::Ch-12-Electrochemistry #AK_MCAT_v2::#UWorld_Books::Biochemistry::Ch-03-Nonenzymatic_Protein_Activity AnkiHub_Subdeck::AnKing-MCAT::Essential-Equations !AK_UpdateTags::^temporary::ImageFix_MCAT::03::done #AK_MCAT_v2::#UWorld_Books::General_Chemistry::Ch-09-Redox_Reactions_and_Electrochemistry #AK_MCAT_v2::AK_Original_Decks::MileDown::General_Chemistry::Constants #AK_MCAT_v2::#KhanAcademy::GenChem::Electrochemistry