IUcrtify all uf the folbu iry staicmert teal are true reqanting cell pvemtiale. Cell potentials are a measure of the rel

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answerhappygod
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IUcrtify all uf the folbu iry staicmert teal are true reqanting cell pvemtiale. Cell potentials are a measure of the rel

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Iucrtify All Uf The Folbu Iry Staicmert Teal Are True Reqanting Cell Pvemtiale Cell Potentials Are A Measure Of The Rel 1
Iucrtify All Uf The Folbu Iry Staicmert Teal Are True Reqanting Cell Pvemtiale Cell Potentials Are A Measure Of The Rel 1 (38.29 KiB) Viewed 39 times
Please help and explain! Be mindful that theres more than 1right answer for 1,2,3. Thank you and ill upvote!
IUcrtify all uf the folbu iry staicmert teal are true reqanting cell pvemtiale. Cell potentials are a measure of the relative tendencies of the reactants to underga reduction. Cell potentials are NOT dependent on temperature. A positive cell patential indicates the reaction is non-spontaneous. Cell potentials depend on concentration af reactants and products in the aqueous and gas phases. Voltaic cells must have positive cell poteritials. Question 2 (0.25 points) When writing cell notation for electrochemical cells, which of the following statements are true? A double vertical line represents a salt bridge The axidation half-reaction is listed first (non the left) and the reduction halfreacticn is on the right. A single vertical line represents the presence of an inert (passive) electrode. Question 3{0.25 points\} Cu24+2e−→Cu(s)Femad​−+0.34 V Sn21+2e−→Sn(x)F′ned​−−0.14 V The cupper halfectl will erve a the ande. Cu24 will be raluecal. Sn (a) will he the rahucing agent. Question 4[0.25 points\}] Using the table of reduction patentiols below, which redoos resction listed can be used to make a valtaic cell with the largest standard cell patentiol. Cr31+3Fe21→3Fe5t+Cr(a) 3Fe20+2Cr→2Cr3t+3Fe 2Fe31+Sn21→Sn41+Fe21 3Sn41​+2Cr→2Cr3t+3Sn2t
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