Answer the following questions using the data in Appendix L of the textbook. a. Will I be oxidized or reduced in the presence of Fe³+? b. Will Ni be oxidized or reduced in the presence of Fe³+? c. Will Na be oxidized or reduced in the presence of Fe³+?

Consider the redox reaction shown below: Cu   +   4 HNO3   →   Cu(NO3)2   +   2 H2O   +   2 NO2 Which element is reduced?

(III) ion? 6. The sulfite ions, SO;², is strong reducing agent. a. Balance the following half reaction: SO,² > SO,² (under acidic conditions) D. Write out the balanced reaction for the reduction of Fe*3 to Fe*2 with SO,² reducing agent. 7. Iron(II) compounds in foods are more easily absorbed by the body than iron(III) compounds. Based on the experiment, why is adequate amounts of Vitamin C necessary for good health? Experiment 9 0xidation and Rodusti

12. Which of the following statements is not correct regarding the following redox reaction? MnO2 + 4HCI –→ MnCl2 + Cl2 + 2H2O Manganese(IV) oxide is the oxidizing agent. b. Chloride is oxidized. a. The oxidation number of Mn changes from +4 to +2. d. The oxidation number of Cl changes from -1 to 0. One electron is transferred from manganese to each chloride. с. е.

variants/1189727/take/5/ Question 4 If Earth has an oxidizing environment, what would you expect to happen to Mg(s) if left to sit over time? magnesium reacting with oxygen

When MnO4– reacts to form Mn2+, the manganese in MnO4– is Group of answer choices a.reduced because its oxidation number decreases b.reduced because its oxidation number increases c.oxidized because its oxidation number decreases d.oxidized because its oxidation number increases

Determine the element which is oxidized, element which is reduced, oxidizing agent, and reducing agent

Use this reaction to answer the following question :FeO + Zn(s)  --------->. ZnO + Fe(s)What is the Oxidizing Agent?

Calculate the voltage of the redox reaction of element X (group 2) if the Gibb’s free energy evolved during the redox reaction is + 150 kJ/mol. (Faraday constant, 9.649 x 104C)

9. The standard reduction for a reaction is 0.150 V. Assuming n=1 what's the equilibrium constant, Keg for this reaction? a) 3.42 x 102 b) 12.6 c) 1.18 x 106