Why must oxidation and reduction occur together in a reaction?Give an example. What is the oxidizing agent? What is the reducing agent?
Post a thorough initial response to the discussion question (at least 7-10 sentences, or approximately 150-200 words).
oxidation = loosing of electron
reduction = gaining of electron.
so a chemical reaction takes place when the transfer of electron occurs. so in the reaction, one species gives the electron(s) and other one gains the electron
for example - Na + Cl2 = 2 NaCl
here Na gives the electron and chlorine receives the electron in this way, In the chemical reaction oxidation and reduction together occurs in a reaction
Why must oxidation and reduction occur together in a reaction?Give an example. What is the oxidizing...
Oxidation-Reduction Worksheet 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 oxidation- reduction showing all electrons transfers.
Oxidation-Reduction Worksheet 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 oxidation-reduction showing all electrons transfers.
In the following oxidation-reduction reaction: Zn(s) + Ag+(ac) → Zn2+(ac) + Ag(s); Identify: a. Oxidizing agent b. Reducing agent
Question 1: Consider the following oxidation-reduction reaction: I−(aq)+Cu+(aq)→IO4−(aq)+Cu(s) A: What are the initial and final oxidation states of iodine? B: What are the initial and final oxidation states of copper? C: What element is reduced? D:What is the reducing agent? E: What element is oxidized? F: What is the oxidizing agent? G: Give the atom- and electron-balanced oxidation half-reaction occurring in acidic solution. Express your answer as a chemical equation. Include all phases. H: Give the atom- and electron-balanced reduction...
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)
How do I answer these short answer questions regarding Oxidation-Reduction titrations based on my experiment? EXPERIMENT 8: AN OXIDATION-REDUCTION TITRATION QUESTIONS 1. What is the reducing agent in this experiment? How many electrons are involved PER MOLE of the reducing agent? 2. What is the oxidizing agent in this experiment? How many electrons are involved PER MOLE of the oxidizing agent? action mitur 4. Explain what causes the color change that occurs at the endpoint in this experiment. 5. A...
Reaction 1: Magnesium metal in strong acid. Give a description of the reaction: What is the gas produced and what is the source of the gas? Is the production of gas in this reaction an oxidation or reduction? Explain. What happened to the solid magnesium metal during the reaction? Is the change in the magnesium metal you observed an oxidation or Explain reduction? Reducing Agent Oxidizing Agent
pounds, giving Section Name Describe what is meant by oxidation and reduction in relation to organic compound example of oxidation of an organic compound and one example of reduction of an compound. The compound you use for the example may be the same or different for oxidation and the reduction reactions. Be sure to indicate what oxidizing agent is us reducing agent is used for each example. on of an organic fferent for the ent is used and when
2. This chemical reaction is an oxidation reduction reaction. a. What is being oxidized in this reaction? b. What is being reduced in this reaction? c. What is the oxidizing agent?
Give a balanced equation for the reaction that includes both the oxidizing agent (benzil) and reducing agent (NaBH4). In other words I do not want to see 4 R2C=O. Give a brief definition/explanation of reduction in terms of gain/loss of hydrogens, oxygen, and electrons. Sodium borohydride can be used in ethanol solutions to rapidly reduce aldehydes and ketones at room temperature. Even though lithium aluminum hydride (LiAlH4) is much more reactive than sodium borohydride (NaBH4) it can’t be used to reduce aldehydes...