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Assign Oxidation States To All Elements: 0 Mg(s) Cuo 22 0 + 0₂ (8) 0 0 + → Cu (s) H₂ (8) (s) + +3-2 Fe₂O3(s) + 3 CO +1+5-2 AgNO3 (09) +2-2 (g) 0 Li + +2-2 → MgO (s) (s) +1-2 H₂0 (1) ➜ LINO3(aq) + Classify The Equation +4 -2 0 single ➜ 3 CO₂ (4+ 2 Fe (s) displacement 0 Ag (s) combustion synthesis reaction single displacement reaction Singe displacement reaction Identify The OXIDIZED Element HALF REACTION: Mg--> Mg2+ +2e- HALF REACTION: Cu2+ +2e- ==> Cu HALF REACTION: CO--> CO2+2e- HALF REACTION: Li--> Li+ +0- Identify The REDUCED Element HALF REACTION: 02+2e---> 02- HALF REACTION: H2+20---> 2H- HALF REACTION: Fe3+ +3e---> Fe HALF REACTION: Ag-+--- Ag Identify The OXIDIZING Agent 02 Cuo Fe203 (s) AgNO3(aq) Identify The REDUCING Agent Mg H2 3 CO (g) Li (s)

Assign Oxidation States To All Elements: 0 Mg(s) Cuo 22 0 + 0₂ (8) 0 0 + → Cu (s) H₂ (8) (s) + +3-2 Fe₂O3(s) + 3 CO +1+5-2 AgNO3 (09) +2-2 (g) 0 Li + +2-2 → MgO (s) (s) +1-2 H₂0 (1) ➜ LINO3(aq) + Classify The Equation +4 -2 0 single ➜ 3 CO₂ (4+ 2 Fe (s) displacement 0 Ag (s) combustion synthesis reaction single displacement reaction Singe displacement reaction Identify The OXIDIZED Element HALF REACTION: Mg--> Mg2+ +2e- HALF REACTION: Cu2+ +2e- ==> Cu HALF REACTION: CO--> CO2+2e- HALF REACTION: Li--> Li+ +0- Identify The REDUCED Element HALF REACTION: 02+2e---> 02- HALF REACTION: H2+20---> 2H- HALF REACTION: Fe3+ +3e---> Fe HALF REACTION: Ag-+--- Ag Identify The OXIDIZING Agent 02 Cuo Fe203 (s) AgNO3(aq) Identify The REDUCING Agent Mg H2 3 CO (g) Li (s)

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
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Assign Oxidation States To All Elements: 0 Mg (s) 22 Cuo (s) + +1+5-2 AgNO3(aq) o + 0₂ (8) 0 H₂ (8) +2 -2 Fe₂O3(s) + 3 CO (g) 0 Li + (s) +2-2 → MgO (s) 0 → Cu (s) + +1-2 H₂0 (1) → LINO3(aq) + Classify The Equation +4-2 0 single ➜ 3 CO₂ (4+ 2 Fe (s) displacement 0 Ag (s) combustion synthesis reaction single displacement reaction Singe displacement reaction Identify The OXIDIZED Element HALF REACTION: Mg--> Mg2+ +2e- HALF REACTION: Cu2+ +2e- ==> Cu HALF REACTION: CO--> CO2+2e- HALF REACTION: Li --> Li+ +0- Identify The REDUCED Element HALF REACTION: 02+2e---> 02- HALF REACTION: H2+20---> 2H- HALF REACTION: Fe3+ +3e---> Fe HALF REACTION: Ag-+--- Ag Identify The OXIDIZING Agent 02 Cuo Fe203 (s) AgNO3(aq) Identify The REDUCING Agent Mg H2 3 CO (g) Li (s)
Transcribed Image Text:Assign Oxidation States To All Elements: 0 Mg (s) 22 Cuo (s) + +1+5-2 AgNO3(aq) o + 0₂ (8) 0 H₂ (8) +2 -2 Fe₂O3(s) + 3 CO (g) 0 Li + (s) +2-2 → MgO (s) 0 → Cu (s) + +1-2 H₂0 (1) → LINO3(aq) + Classify The Equation +4-2 0 single ➜ 3 CO₂ (4+ 2 Fe (s) displacement 0 Ag (s) combustion synthesis reaction single displacement reaction Singe displacement reaction Identify The OXIDIZED Element HALF REACTION: Mg--> Mg2+ +2e- HALF REACTION: Cu2+ +2e- ==> Cu HALF REACTION: CO--> CO2+2e- HALF REACTION: Li --> Li+ +0- Identify The REDUCED Element HALF REACTION: 02+2e---> 02- HALF REACTION: H2+20---> 2H- HALF REACTION: Fe3+ +3e---> Fe HALF REACTION: Ag-+--- Ag Identify The OXIDIZING Agent 02 Cuo Fe203 (s) AgNO3(aq) Identify The REDUCING Agent Mg H2 3 CO (g) Li (s)
Cu(SO4) (aq) + +2 Cu 0 Fe → Cu Fe → Fe d +2 (S) Cu Moke all your decisions about redox based on changes in oxidation state. (s) +2 Fe(50₂) (aq) + (SO4) half-rea oundation and redu that, taken togethe all electron r de doman BladKEN H Owerk M LEO Goes GER F6 42 P Lose Electrons Oxidized Gain Electrons = Reduced
Transcribed Image Text:Cu(SO4) (aq) + +2 Cu 0 Fe → Cu Fe → Fe d +2 (S) Cu Moke all your decisions about redox based on changes in oxidation state. (s) +2 Fe(50₂) (aq) + (SO4) half-rea oundation and redu that, taken togethe all electron r de doman BladKEN H Owerk M LEO Goes GER F6 42 P Lose Electrons Oxidized Gain Electrons = Reduced
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Electrochemistry is branch of chemistry in which we deal with Oxidation and reduction reaction. Oxidation means loss of electrons and reduction means gain of electrons.

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