Homework Answers
You need to take into consideration the colors of the Fe2+ and Fe3+ solutions. In addition you need to know wich compound will be formed with each of the coloured reactants, those are used to identify the resultant form of Fe.
But in all of these cases, the first table will indicate the colour of the compound with the Fe3+ formed, because it is being treated with oxidation agents, and the second table will indicate the colour of the compound with the Fe2+ formed, because there is a reducting agent involved. Normally the first solution will have one colour and then, the other form of Fe will result in another coloured solution.
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do these color changes indicate reduction or oxidation reaction?
Data Table A. Reactions of Iron(II)...
Ner Reactions of Oridation Reduction Reactions: 1. CuSO. +_ 20,-- UUUUUUUUUUUUUU Observations Oxidation Half Reaction Reduction...
Ner Reactions of Oridation Reduction Reactions: 1. CuSO. +_ 20,-- UUUUUUUUUUUUUU Observations Oxidation Half Reaction Reduction Half Reaction Net Reaction Oxidizing Agent Reducing Agent 2. HC+Zn -- Observations Oxidation Half Reaction Reduction Half Reaction Net Reaction Reducing Agent Oxidizing Agent NETTONIC AND REDUCTION OXIDATION REACTIONS pg. 187 FeSoin an acidic solution producing Manganese (11) and iron (1) ions * KMnO, Observations Oxidation Half Reaction Reduction Half Reaction LLL Net Reaction Oxidizing Agent Reducing Agent 4. KMnO, +K.CO in an acidic...
B. Net Reactions of 0xidation Reduction Reactions: 4. KM nO4 + K2C20: in an acidic solution...
B. Net Reactions of 0xidation Reduction Reactions: 4. KM nO4 + K2C20: in an acidic solution producing Manganese(II) ions and CO2 gas Observations Oxidation Half Reaction: Reduction Half Reaction Net Reaction Oxidizing Agent Reducing Agent 5. KMnO4 + H2Oz in an acidic solution producing Manganese(II) ions and oxygen gas Observations Oxidation Half Reaction: Reduction Half Reaction Net Reaction Oxidizing Agent Reducing Agent
Oxidation reduction reaction 4. Substances A, B, C can all act as oxidizing agents. In solution,...
Oxidation reduction reaction
4. Substances A, B, C can all act as oxidizing agents. In solution, A is green, B is red, and C is yellow. I C ions, al ions, the color remains red. n the reactions in which they participate, they are reduced to A, B, and Il of which are colorless. When solution B is mixed with one containing C Which species is oxidized? Which species is reduced? When a solution of B is mixed with a...
Write a complete reaction,using half reactions, for oxidation of Iron(II)with nitrate as the electron acceptor.
Write a complete reaction,using half reactions, for oxidation of Iron(II)with nitrate as the electron acceptor.
Data Activity 1 Data Table 1 Fe2+ (FeSO) No. of Reactions Metal Tested Mg2+ (MgSO4) Mg(s)...
Data Activity 1 Data Table 1 Fe2+ (FeSO) No. of Reactions Metal Tested Mg2+ (MgSO4) Mg(s) Fe(s) Cu(s) Cu2+ (Cusos) 3 T 3 toleast most 1. Use the number of reactions in Data Table 1 to list the metals copper, iron, reactive and magnesium in order from most reactive to least reactive. 2. Summarize the redox reactions that you observed in this investigation. List the reactions in descending order of activity, referring to Data Table 1. For each reaction in...
Precipitating Reactions Results: Precipitation Reaction Table Compounds Lead Lead II Copper II nitrate sulfate Iron III...
Precipitating Reactions Results: Precipitation Reaction Table Compounds Lead Lead II Copper II nitrate sulfate Iron III chloride Magnesium sulfate Iron III chloride Potassium bromide Sodium hydroxide Sodium Carbonate Sodium Phosphate
Chemical equations of reduction–oxidation (redox) reactions can be quite nontrivial to balance. To do so, you...
Chemical equations of reduction–oxidation (redox) reactions can be quite nontrivial to balance. To do so, you begin with balancing the number of electrons some particles lose in oxidation and other particles gain in reduction. Consider a reaction between potassium permanganateKMnO4 andhydrochloricacidHCl(aq), which can be used in a lab to produce chlorine gas Cl2. In this reaction, a MnO− 4 ion is reduced to a Mn2+ ion by getting electrons from Cl− and losing its oxygen atoms to bind with H+...
How do I balance the following reduction-oxidation reaction using half reactions H2O2 + ClO2 + OH...
How do I balance the following reduction-oxidation reaction using half reactions H2O2 + ClO2 + OH ---> ClO2 + O2 + H2O
Lets look at simplified version of the oxidation/reduction reaction that caused the destruction of the Oklahoma...
Lets look at simplified version of the oxidation/reduction reaction that caused the destruction of the Oklahoma City Federal Building in 1995: 3NH4NO3(s) + C10H22(l) + 14O2(g) → 3N2(g) + 17 H2O(g) + 10 CO2(g) + heat Oxidizing agents and reducing agents are dangerous for several reasons some of which include the promotion of combustion in other materials; oxidizers have excess oxygen which can provide excess oxygen in a reaction; often oxidation/reduction reactions result in the generation of excess heat and/or...
O CAL REACTIONS Identifying addizing and reducing agents Decide whether each chemical reaction in the table...
O CAL REACTIONS Identifying addizing and reducing agents Decide whether each chemical reaction in the table below is an oxidation-reduction ("redox") reaction. If the reaction is a redox reaction, write down the formula of the reducing agent and the formula of the oxidizing agent. yes no Cao(s) + CO.) → C.CO,6) reducing 0 ? redox reaction? 30(NO), (v) +2010) -- 366) + 2A(NO). ) edung 0 de reaction? 2Na(s) +0,6) - 2006)
Ner Reactions of Oridation Reduction Reactions: 1. CuSO. +_ 20,-- UUUUUUUUUUUUUU Observations Oxidation Half Reaction Reduction Half Reaction Net Reaction Oxidizing Agent Reducing Agent 2. HC+Zn -- Observations Oxidation Half Reaction Reduction Half Reaction Net Reaction Reducing Agent Oxidizing Agent NETTONIC AND REDUCTION OXIDATION REACTIONS pg. 187 FeSoin an acidic solution producing Manganese (11) and iron (1) ions * KMnO, Observations Oxidation Half Reaction Reduction Half Reaction LLL Net Reaction Oxidizing Agent Reducing Agent 4. KMnO, +K.CO in an acidic...
B. Net Reactions of 0xidation Reduction Reactions: 4. KM nO4 + K2C20: in an acidic solution producing Manganese(II) ions and CO2 gas Observations Oxidation Half Reaction: Reduction Half Reaction Net Reaction Oxidizing Agent Reducing Agent 5. KMnO4 + H2Oz in an acidic solution producing Manganese(II) ions and oxygen gas Observations Oxidation Half Reaction: Reduction Half Reaction Net Reaction Oxidizing Agent Reducing Agent
Oxidation reduction reaction
4. Substances A, B, C can all act as oxidizing agents. In solution, A is green, B is red, and C is yellow. I C ions, al ions, the color remains red. n the reactions in which they participate, they are reduced to A, B, and Il of which are colorless. When solution B is mixed with one containing C Which species is oxidized? Which species is reduced? When a solution of B is mixed with a...
Data Activity 1 Data Table 1 Fe2+ (FeSO) No. of Reactions Metal Tested Mg2+ (MgSO4) Mg(s) Fe(s) Cu(s) Cu2+ (Cusos) 3 T 3 toleast most 1. Use the number of reactions in Data Table 1 to list the metals copper, iron, reactive and magnesium in order from most reactive to least reactive. 2. Summarize the redox reactions that you observed in this investigation. List the reactions in descending order of activity, referring to Data Table 1. For each reaction in...
Precipitating Reactions Results: Precipitation Reaction Table Compounds Lead Lead II Copper II nitrate sulfate Iron III chloride Magnesium sulfate Iron III chloride Potassium bromide Sodium hydroxide Sodium Carbonate Sodium Phosphate
O CAL REACTIONS Identifying addizing and reducing agents Decide whether each chemical reaction in the table below is an oxidation-reduction ("redox") reaction. If the reaction is a redox reaction, write down the formula of the reducing agent and the formula of the oxidizing agent. yes no Cao(s) + CO.) → C.CO,6) reducing 0 ? redox reaction? 30(NO), (v) +2010) -- 366) + 2A(NO). ) edung 0 de reaction? 2Na(s) +0,6) - 2006)
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