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72 Redox Reactions Part B- Activity Series Reactants Produets Observations Colaless Cder less Bubble frmahon Noy...
Redox Reactions Part B - Activity Series Boulance Products Observations it Reactants Cusly FeSO4 | Zn...
Redox Reactions Part B - Activity Series Boulance Products Observations it Reactants Cusly FeSO4 | Zn soy Zn so4 FeSO4 zn h 504 mg it sou Fe H₂SO4 ZnSO4 Fe No reaction Slow Bubbles light yellow color change (cloudy I Fizzing No reaction Mg Soy resou En soy Fizzing No reaction fizzing I bubbles No reaction MSO4 In Na so, Mg No reaction Light bubbles - turned blue No reaction No reaction Cusou H, Sou bubbles turned cloudy IFeJo4 Mg
Part B. Determining an Activity Series for a Set of Metals Analysis Products Reactants H.SO FeSO Znso, MgSO Na so D...
Part B. Determining an Activity Series for a Set of Metals Analysis Products Reactants H.SO FeSO Znso, MgSO Na so Data Observations - No Reaction Sleight Change in No Reactius No Revesien No Recaction Color Cuso, H.SO ZnSO, MgSO Na, SO No No No No No Reacua Reacts Recesses Recuara Reason Cuso H.SO FeSO MgSO Na, SO Zine turned blom Za Bubblying Same shape Rust fans off za No Reaclia No Reactica Cuso Slight bubble H.SO fizzes į dissolved FeSO...
part A&B Redox Reactions and Batteries Observe the reactions given below. Classify the reactants based on...
part A&B
Redox Reactions and Batteries Observe the reactions given below. Classify the reactants based on whether they are oxidized or reduced Zn(s) + Cu?+ (aq) +Zn2+ (aq) + Cu(s) 3Fe(s) + 4H2O(g) +FeO3(s) + 4H2(g) Drag each item to the appropriate bin. View Available Hint(s) Reset Help Reduced Oxidized DELL actions and Batteries ew Available Hint(s) Reset H Oxidation Anode Sait bndge Reduction 2MnO46) +H.0020-M06) 2H000 Carbon rod Zn(s) + 2OH( 2n )HO ()24- DELL
Activity Series for Metals following redox reactions, which take place in a basic solution. 3. Balance...
Activity Series for Metals following redox reactions, which take place in a basic solution. 3. Balance the Bromine water was added dropwise to test tubes containing aqueous solutions of bromide, chloride, and iodide. Iodide was oxidized to iodine; bromide and chloride gave no reaction. Arrange Br2, Cl2.12 in order of their strength as an oxidizing agent. 4. Strongest oxidizing agent: 5. (optional) Consider the following redox equation: 2K1 + Cl2 → 12 + 2KCI Identify the reactant undergoing: (a) oxidation...
Section Advance Study Assignment - Chemistry 180 The Activity Series: Redox Reactions 1. Write balanced chemical...
Section Advance Study Assignment - Chemistry 180 The Activity Series: Redox Reactions 1. Write balanced chemical half-reactions for the oxidation of copper, aluminum, and nickel. 1. Aluminum metal reacts with solutions of nickel(II)ion and copper(II)ion. Copper metal reacts with neither aluminum ion nor nickel(II)ion. Nickel metal only reacts with copper(II)ion. a. When aluminum metal reacts with nickel(II), which is oxidized? Which is reduced? b. When aluminum metal reacts with copper(II)ion, which is oxidized? Which is reduced? c. When nickel metal...
Using the activity series, select all REDOX REACTIONS that should occur A) Mn(s) + Ni2+(aq) -->...
Using the activity series, select all REDOX REACTIONS that
should occur
A) Mn(s) + Ni2+(aq) --> Ni(s) + Mn2 (aq) B) 2Ag(s)+ Fe2+(aq) --> Fe(s) + 2Ag (aq) C) Ni(s) + Mn2t(aq) --> Mn(s) + Ni2 (aq) D) Sn(s) + Fe2+(aq) --> Fe(s) + Sn2 (aq) E) Zn(s) + Cu2 (aq)-> Cu(s) + Zn2 (aq) F) Fe(s)+Sn2 (aq) --> Sn(s) + Fe2 (aq)
Part B: Basic Conditions Using the half-reaction method, balance the following redox reactions under basic conditions...
Part B: Basic Conditions Using the half-reaction method, balance the following redox reactions under basic conditions and identify which of the reactants is being reduced and which is being oxidized. 7. SO32- + Cu(OH)2 → S022- + Cu(OH) a. Oxidized: b. Reduced: c. Balanced Equation: 8. O2 + Mn(OH)2 → MnO2 a. Oxidized: b. Reduced: c. Balanced Equation: 9. NO;' + H2 → NO a. Oxidized: b. Reduced: c. Balanced Equation:
Chemical Reactions a. From your observations, arrange e Cu. Ag. Ph, Zn, and Mg in order of their ...
Fill in all the blanks. the table 9.13 helps to answer
questions a-c.
Chemical Reactions a. From your observations, arrange e Cu. Ag. Ph, Zn, and Mg in order of their activities, lst- ing the most active first. Explain how you determined this order using your e tal data b. Where would H' fit in the activity series you developed in question 1 (use your experi- mental data)? Can you conclusively determine its position? Why or why not? If not...
Instructions for Part B: Use the activity series at the right to determine which reactions will...
Instructions for Part B: Use the activity series at the right to determine which reactions will occur. For those reactions that will occur, identify the oxidizing and reducing agents, and write a balanced molecular equation and net ionic equation. Magnesium ribbon is combined with aqueous copper (II) chloride. Ox agent: Red agent: Balanced molecular equation: Strength as reducing agent Li к Ba Can displace H2 from water Са Na Mg AI Mn Zn Can displace H2 from steam Cr Fe...
Hello, these are part of one question, please show work. Data Sheet Chemical Reactions 2. Obtain a...
Hello, these are part of one question, please show work.
Data Sheet Chemical Reactions 2. Obtain and clean with sandpaper to expose the surface: 3 pieces of zine, 2 pieces of copper and 1 piece of lead. Place 6 test tubes in a rack and label each appropriately. Observe the contents of each of the test tubes for evidence of a reaction. Record your observations in the tables below TABLE 55 Observations Tube I: Copper strip and approximately 1 mL...
Redox Reactions Part B - Activity Series Boulance Products Observations it Reactants Cusly FeSO4 | Zn soy Zn so4 FeSO4 zn h 504 mg it sou Fe H₂SO4 ZnSO4 Fe No reaction Slow Bubbles light yellow color change (cloudy I Fizzing No reaction Mg Soy resou En soy Fizzing No reaction fizzing I bubbles No reaction MSO4 In Na so, Mg No reaction Light bubbles - turned blue No reaction No reaction Cusou H, Sou bubbles turned cloudy IFeJo4 Mg
Part B. Determining an Activity Series for a Set of Metals Analysis Products Reactants H.SO FeSO Znso, MgSO Na so Data Observations - No Reaction Sleight Change in No Reactius No Revesien No Recaction Color Cuso, H.SO ZnSO, MgSO Na, SO No No No No No Reacua Reacts Recesses Recuara Reason Cuso H.SO FeSO MgSO Na, SO Zine turned blom Za Bubblying Same shape Rust fans off za No Reaclia No Reactica Cuso Slight bubble H.SO fizzes į dissolved FeSO...
part A&B
Redox Reactions and Batteries Observe the reactions given below. Classify the reactants based on whether they are oxidized or reduced Zn(s) + Cu?+ (aq) +Zn2+ (aq) + Cu(s) 3Fe(s) + 4H2O(g) +FeO3(s) + 4H2(g) Drag each item to the appropriate bin. View Available Hint(s) Reset Help Reduced Oxidized DELL actions and Batteries ew Available Hint(s) Reset H Oxidation Anode Sait bndge Reduction 2MnO46) +H.0020-M06) 2H000 Carbon rod Zn(s) + 2OH( 2n )HO ()24- DELL
Activity Series for Metals following redox reactions, which take place in a basic solution. 3. Balance the Bromine water was added dropwise to test tubes containing aqueous solutions of bromide, chloride, and iodide. Iodide was oxidized to iodine; bromide and chloride gave no reaction. Arrange Br2, Cl2.12 in order of their strength as an oxidizing agent. 4. Strongest oxidizing agent: 5. (optional) Consider the following redox equation: 2K1 + Cl2 → 12 + 2KCI Identify the reactant undergoing: (a) oxidation...
Section Advance Study Assignment - Chemistry 180 The Activity Series: Redox Reactions 1. Write balanced chemical half-reactions for the oxidation of copper, aluminum, and nickel. 1. Aluminum metal reacts with solutions of nickel(II)ion and copper(II)ion. Copper metal reacts with neither aluminum ion nor nickel(II)ion. Nickel metal only reacts with copper(II)ion. a. When aluminum metal reacts with nickel(II), which is oxidized? Which is reduced? b. When aluminum metal reacts with copper(II)ion, which is oxidized? Which is reduced? c. When nickel metal...
Using the activity series, select all REDOX REACTIONS that
should occur
A) Mn(s) + Ni2+(aq) --> Ni(s) + Mn2 (aq) B) 2Ag(s)+ Fe2+(aq) --> Fe(s) + 2Ag (aq) C) Ni(s) + Mn2t(aq) --> Mn(s) + Ni2 (aq) D) Sn(s) + Fe2+(aq) --> Fe(s) + Sn2 (aq) E) Zn(s) + Cu2 (aq)-> Cu(s) + Zn2 (aq) F) Fe(s)+Sn2 (aq) --> Sn(s) + Fe2 (aq)
Part B: Basic Conditions Using the half-reaction method, balance the following redox reactions under basic conditions and identify which of the reactants is being reduced and which is being oxidized. 7. SO32- + Cu(OH)2 → S022- + Cu(OH) a. Oxidized: b. Reduced: c. Balanced Equation: 8. O2 + Mn(OH)2 → MnO2 a. Oxidized: b. Reduced: c. Balanced Equation: 9. NO;' + H2 → NO a. Oxidized: b. Reduced: c. Balanced Equation:
Fill in all the blanks. the table 9.13 helps to answer
questions a-c.
Chemical Reactions a. From your observations, arrange e Cu. Ag. Ph, Zn, and Mg in order of their activities, lst- ing the most active first. Explain how you determined this order using your e tal data b. Where would H' fit in the activity series you developed in question 1 (use your experi- mental data)? Can you conclusively determine its position? Why or why not? If not...
Instructions for Part B: Use the activity series at the right to determine which reactions will occur. For those reactions that will occur, identify the oxidizing and reducing agents, and write a balanced molecular equation and net ionic equation. Magnesium ribbon is combined with aqueous copper (II) chloride. Ox agent: Red agent: Balanced molecular equation: Strength as reducing agent Li к Ba Can displace H2 from water Са Na Mg AI Mn Zn Can displace H2 from steam Cr Fe...
Hello, these are part of one question, please show work.
Data Sheet Chemical Reactions 2. Obtain and clean with sandpaper to expose the surface: 3 pieces of zine, 2 pieces of copper and 1 piece of lead. Place 6 test tubes in a rack and label each appropriately. Observe the contents of each of the test tubes for evidence of a reaction. Record your observations in the tables below TABLE 55 Observations Tube I: Copper strip and approximately 1 mL...
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