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An electrochemical cell is made from the electrode systems shown by these half-equations. Ag (aq) + e = Ag(s) E° = +0.80V VO;(aq) + 2H'(aq) + e = vo"(aq) + H,O() E° = +1.00V The apparatus used to measure the value for E under standard conditions is shown. voltmeter silver platinum 1 mol dm Agʻ(aq) electrolyte salt bridge (a) Which silver compound could be used as the electrolyte in the left-hand half-cell? O A silver nitrate O B silver hydroxide I C silver chloride O D silver carbonate (b) The electrolyte in the right-hand half-cell is prepared using equal volumes of O A 1 moldmacidified VO (aq) and 1 mol dm' acidified Vo"(aq) O B 2moldmacidified VO; (aq) and 2 mol dm acidified Vo²"(aq) C ImoldmVo;(aq) and 1 mol dm3 HCl(aq) 1 mol dmvo"(aq) and 1 mol dm HCl(aq)

An electrochemical cell is made from the electrode systems shown by these half-equations. Ag (aq) + e = Ag(s) E° = +0.80V VO;(aq) + 2H'(aq) + e = vo"(aq) + H,O() E° = +1.00V The apparatus used to measure the value for E under standard conditions is shown. voltmeter silver platinum 1 mol dm Agʻ(aq) electrolyte salt bridge (a) Which silver compound could be used as the electrolyte in the left-hand half-cell? O A silver nitrate O B silver hydroxide I C silver chloride O D silver carbonate (b) The electrolyte in the right-hand half-cell is prepared using equal volumes of O A 1 moldmacidified VO (aq) and 1 mol dm' acidified Vo"(aq) O B 2moldmacidified VO; (aq) and 2 mol dm acidified Vo²"(aq) C ImoldmVo;(aq) and 1 mol dm3 HCl(aq) 1 mol dmvo"(aq) and 1 mol dm HCl(aq)

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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An electrochemical cell is made from the electrode systems shown by these half-equations. Ag (aq) + e = Ag(s) E° = +0.80V VO;(aq) + 2H*(aq) + e¯ = vo²(aq) + H,O(1) E° = +1.00V The apparatus used to measure the value for E under standard conditions is shown. voltmeter silver platinum 1 mol dm3 Ag'(aq) electrolyte salt bridge (a) Which silver compound could be used as the electrolyte in the left-hand half-cell? O A silver nitrate I B silver hydroxide O C silver chloride D silver carbonate (b) The electrolyte in the right-hand half-cell is prepared using equal volumes of O A 1moldmacidified VO; (aq) and 1 mol dm acidified vo (aq) O B 2moldm acidified VO (aq) and 2 mol dm acidified vo*"(aq) O C 1 moldmVo(aq) and 1 mol dm³HCl(aq) O D 1moldmvo*"(aq) and 1 mol dm³ HCl(aq)
Transcribed Image Text:An electrochemical cell is made from the electrode systems shown by these half-equations. Ag (aq) + e = Ag(s) E° = +0.80V VO;(aq) + 2H*(aq) + e¯ = vo²(aq) + H,O(1) E° = +1.00V The apparatus used to measure the value for E under standard conditions is shown. voltmeter silver platinum 1 mol dm3 Ag'(aq) electrolyte salt bridge (a) Which silver compound could be used as the electrolyte in the left-hand half-cell? O A silver nitrate I B silver hydroxide O C silver chloride D silver carbonate (b) The electrolyte in the right-hand half-cell is prepared using equal volumes of O A 1moldmacidified VO; (aq) and 1 mol dm acidified vo (aq) O B 2moldm acidified VO (aq) and 2 mol dm acidified vo*"(aq) O C 1 moldmVo(aq) and 1 mol dm³HCl(aq) O D 1moldmvo*"(aq) and 1 mol dm³ HCl(aq)
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