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Please evaluate the following reactions and determine: a) is this a REDOX reaction? (Type: 1 for YES, 2 for NO) b) how many electrons are transferred in total? (Type 0 for no electrons being transferred) Indicate the reducing (c) and the oxidizing (d) agent. Reaction 1: CaCO3(s) + 2HCl → CaCl, + C02 + H20 e) is this a REDOX reaction? (Type: 1 for YES, 2 for NO) f) how many electrons are transferred in total? (Type 0 for no electrons being transferred) Indicate the reducing (g) and the oxidizing (h) agent. Reaction 2: Fe,03(s) + 3C0(g) → 2Fe(s)+3CO2(g) i) is this a REDOX reaction? (Type: 1 for YES, 2 for NO) j) how many electrons are transferred in total? (Type 0 for no electrons being transferred) Indicate the reducing (k) and the oxidizing (I) agent. Reaction 2: 2Mn0, + 8H + 61 → 2Mn02 + 4H20 + 3. For the "agents" type the answer with the entire molecule, charge included but no stoichiometric coefficient, and no physical state (some are in solid or gaseous state, indicated by (s) or (g)). For a non-REDOX type NONE for the agents. Example: write SO42- for sulfate ion listed in an equation as AB + 3 S0 (g) - XYZ a) : b) d) ; e) :f) h) i) ; k)

Please evaluate the following reactions and determine: a) is this a REDOX reaction? (Type: 1 for YES, 2 for NO) b) how many electrons are transferred in total? (Type 0 for no electrons being transferred) Indicate the reducing (c) and the oxidizing (d) agent. Reaction 1: CaCO3(s) + 2HCl → CaCl, + C02 + H20 e) is this a REDOX reaction? (Type: 1 for YES, 2 for NO) f) how many electrons are transferred in total? (Type 0 for no electrons being transferred) Indicate the reducing (g) and the oxidizing (h) agent. Reaction 2: Fe,03(s) + 3C0(g) → 2Fe(s)+3CO2(g) i) is this a REDOX reaction? (Type: 1 for YES, 2 for NO) j) how many electrons are transferred in total? (Type 0 for no electrons being transferred) Indicate the reducing (k) and the oxidizing (I) agent. Reaction 2: 2Mn0, + 8H + 61 → 2Mn02 + 4H20 + 3. For the "agents" type the answer with the entire molecule, charge included but no stoichiometric coefficient, and no physical state (some are in solid or gaseous state, indicated by (s) or (g)). For a non-REDOX type NONE for the agents. Example: write SO42- for sulfate ion listed in an equation as AB + 3 S0 (g) - XYZ a) : b) d) ; e) :f) h) i) ; k)

Chemistry: Principles and Reactions
Chemistry: Principles and Reactions
8th Edition
ISBN:9781305079373
Author:William L. Masterton, Cecile N. Hurley
Publisher:William L. Masterton, Cecile N. Hurley
Chapter4: Reactions In Aqueous Solution
Section: Chapter Questions
Problem 58QAP: The iron content of hemoglobin is determined by destroying the hemoglobin molecule and producing...
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Please evaluate the following reactions and determine: a) is this a RED0X reaction? (Type: 1 for YES, 2 for NO) b) how many electrons are transferred in total? (Type 0 for no electrons being transferred) Indicate the reducing (c) and the oxidizing (d) agent. Reaction 1: CaCO3 (s) + 2HCI CaCl2 + CO2 + H20 e) is this a REDOX reaction? (Type: 1 for YES, 2 for NO) f) how many electrons are transferred in total? (Type 0 for no electrons being transferred) Indicate the reducing (g) and the oxidizing (h) agent. Reaction 2: Fe,03(s) + 3C0(g) 2Fe(s)+ 3CO2(g) i) is this a REDOX reaction? (Type: 1 for YES, 2 for NO) i) how many electrons are transferred in total? (Type 0 for no electrons being transferred) Indicate the reducing (k) and the oxidizing (I) agent. Reaction 2: 2Mn0, + 8H + 61 → 2MN02 + 4H20 + 312 For the "agents" type the answer with the entire molecule, charge included but no stoichiometric coefficient, and no physical state (some are in solid or gaseous state, indicated by (s) or (g)). For a non-REDOX type NONE for the agents. Example: write S042- for sulfate ion listed in an equation as AB + 3 S0(g) →XYZ a) ; b) :c) d) ; e) ; f) :h) i) ; k) ; 1)
Transcribed Image Text:Please evaluate the following reactions and determine: a) is this a RED0X reaction? (Type: 1 for YES, 2 for NO) b) how many electrons are transferred in total? (Type 0 for no electrons being transferred) Indicate the reducing (c) and the oxidizing (d) agent. Reaction 1: CaCO3 (s) + 2HCI CaCl2 + CO2 + H20 e) is this a REDOX reaction? (Type: 1 for YES, 2 for NO) f) how many electrons are transferred in total? (Type 0 for no electrons being transferred) Indicate the reducing (g) and the oxidizing (h) agent. Reaction 2: Fe,03(s) + 3C0(g) 2Fe(s)+ 3CO2(g) i) is this a REDOX reaction? (Type: 1 for YES, 2 for NO) i) how many electrons are transferred in total? (Type 0 for no electrons being transferred) Indicate the reducing (k) and the oxidizing (I) agent. Reaction 2: 2Mn0, + 8H + 61 → 2MN02 + 4H20 + 312 For the "agents" type the answer with the entire molecule, charge included but no stoichiometric coefficient, and no physical state (some are in solid or gaseous state, indicated by (s) or (g)). For a non-REDOX type NONE for the agents. Example: write S042- for sulfate ion listed in an equation as AB + 3 S0(g) →XYZ a) ; b) :c) d) ; e) ; f) :h) i) ; k) ; 1)
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