2) a-) When the iron rod was dipped into 5 % CuSO4 solution, indicate the changes that will occur and the related reaction. b-) The zinc rod was immersed into 10% HCl solution, indicate the changes that will occur and the related reaction. c-) The copper rod was immersed into 10% HCl solution, indicate the changes that will occur and the related reaction. d-) The copper rod was immersed in the AgNO3 solution, indicate the changes that will occur and the related reaction. Fe 2* (aq)+ 2e Fe (k) E= -0,440 Cu (aq) + 2e Cu (k) E=+0,340 Zn* (aq)+ 2e - Zn(k) E=-0,763 2H" (aq) +2e → →H:(g) E= 0,00 Ag (aq) +e Ag(k) E=+0,800 Fe 3+ (ag+e Fe2*(aq) E=+0,771

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2) a-) When the iron rod was dipped into 5 % CUSO4 solution, indicate the changes that will occur and the related
reaction.
b-) The zinc rod was immersed into 10% HCl solution, indicate the changes that will occur and the related reaction.
c-) The copper rod was immersed into 10% HCl solution, indicate the changes that will occur and the related reaction.
d-) The copper rod was immersed in the AgNO3 solution, indicate the changes that will occur and the related reaction.
2+
Fe " (aq)+ 2e →
Fe (k)
E= -0,440
Cu (aq) + 2e → Cu (k)
E=+0,340
Zn2+
(aq)+ 2e→
→ Zn(k)
E=-0,763
2H" (aq) +2e →
H2(g)
E= 0,00
Ag" (aq) + e
→Ag(k)
E=+0,800
Fe (aqte"Fe2" (aq)
3+
E=+0,771
Transcribed Image Text:2) a-) When the iron rod was dipped into 5 % CUSO4 solution, indicate the changes that will occur and the related reaction. b-) The zinc rod was immersed into 10% HCl solution, indicate the changes that will occur and the related reaction. c-) The copper rod was immersed into 10% HCl solution, indicate the changes that will occur and the related reaction. d-) The copper rod was immersed in the AgNO3 solution, indicate the changes that will occur and the related reaction. 2+ Fe " (aq)+ 2e → Fe (k) E= -0,440 Cu (aq) + 2e → Cu (k) E=+0,340 Zn2+ (aq)+ 2e→ → Zn(k) E=-0,763 2H" (aq) +2e → H2(g) E= 0,00 Ag" (aq) + e →Ag(k) E=+0,800 Fe (aqte"Fe2" (aq) 3+ E=+0,771
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