1. Write the equation for the reaction: Fe + HNO3(diluted) → Identify the oxidizing and reducing...
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1. Write the equation for the reaction: Zn + HNO3(diluted) → Identify the oxidizing and reducing agents in equation above. Determine the EMF value using the standard reduction potential table. 2. Write equation for the reaction, hydrolysis of the salt must be taken into account: Fe + MgCl2 →
EMF - Ered - 6.4 Ero Aloco 1. Write the equation for the reaction: Pb + HNO3(concentrated) Identify the oxidizing and reducing agents in equation above. Determine the EMF value using the standard reduction potential table. 2. Write equation for the reaction, hydrolysis of the salt must be taken into account: Pb + Hg(NO3)2 → potent reietoon witte
Identify the oxidizing and reducing agents for the following reaction (unbalanced equation): 12 (s) + NO3(aq) .......-> 103 (aq) + NO2 (g) (a)NO3 is reducing agent;12 is oxidizing agent (b) NO, is oxidizing agent; 12 is reducing agent (d) 12 is both reducing agent and oxidizing agent O O (c) NO, is both reducing agent and oxidizing agent
RO Identify the oxidizing agent and the reducing agent in each reaction Part A 3 C+Fe,03 +CO+2 Fe C is the oxidizing agent and Fe, O, is the reducing agent. Fe, O, is the oxidizing agent and C is the reducing agent.
Complete and balance the following skeleton reaction and identify the oxidizing and reducing agents. Include the states of all reactants and products in your balanced equation. You do not need to include the states with the identities of the oxidizing and reducing agents. CrO^2-_4 (aq) + Cu(s) rightarrow Cr(OH)_3 (s) + Cu(OH)_2(s) [basic] The oxidizing agent is The reducing agent is
1. Balance one the following using the half reaction method. Identify oxidation, reduction, reducing agent, oxidizing agent. (5 pts) Au*(aq) + Fe() ► Fe2+ (aq) + Au(s)
(a) For the disproportionation reaction IO3- + I- = I2(aq), Identify the reducing and oxidizing agents, write a balanced equation for each half-reaction, and write the complete and balanced net ionic reaction. You can assume an acidic environment if need be. (b) ClO2– is oxidized to ClO4– and IO4– is reduced to IO3–. What is the balanced equation for each half-reaction? What is the complete and balanced net ionic reaction for the full reaction? You can assume an acidic environment...
303. Identify the oxidizing and reducing agents in each of the following reactions. + Cr₂O, 2 → Cri + IO (acidic solution) b) + OCI CI (acidic solution) a) I (4) 3 lag IO, 201) (a) 304. Determine the emf (E) under standard conditions of a voltaic cell based on the following chemical reaction. Ce+ Ni Ni? fag + Ce?
1. For the oxidation-reduction reaction Zn(s) + 2HNO3 (aq) → H2(g) + Zn(NO3)2 (aq) Hint: HNO3 a) provide equation for the oxidation half-reaction: b) provide equation for the reduction half-reaction: In the given equation above or in your answers to a) and b): c) label the substance which is oxidizing agent, d) label the substance which is reducing agent.
For each reaction below, identify the atom oxidized, the atom reduced, the oxidizing agent, the reducing agent, the oxidation half reaction, the reduction half reaction, and then balance the equation by the method of reactions. All are in acid.CIO₃- + C12H22O11 → Cl- + CO2