Briefly define oxidation and reduction. Can an oxidation occur without a simultaneous reduction? Why or why...
Briefly define oxidation and reduction. Can an oxidation occur without a simultaneous reduction? Why or why not?
Homework Answers
Oxidation is the loss of electrons by an element and reduction is a gain of electrons. Oxidation cannot occur without a simultaneous reduction because free electrons are unstable. When the oxidised substance loses electrons, these electrons have to be accepted by another substance and cannot be free.
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Briefly define oxidation and reduction. Can an oxidation
occur without a simultaneous reduction? Why or why...
Fatty acid synthesis and β-oxidation do not occur simultaneously in a cell. Explain why preventing simultaneous...
Fatty acid synthesis and β-oxidation do not occur simultaneously in a cell. Explain why preventing simultaneous synthesis and oxidation is necessary and how its achieved. In your answer, be sure to describe the specific regulatory mechanisms involved. In your answer, you must also compare and contrast the pathways (include locations, enzymes, starting products and ending products).
Why must oxidation and reduction occur together in a reaction?Give an example. What is the oxidizing...
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).
Define disproportionation and conproportionation with the respect to oxidation -reduction reactions. under what condition would each...
Define disproportionation and conproportionation with the respect to oxidation -reduction reactions. under what condition would each occur ?
Which of the statements are true? 1. Oxidation and reduction cannot occur independently of each other...
Which of the statements are true? 1. Oxidation and reduction cannot occur independently of each other 3. Oxidation and reduction accompany all chemical changes 2. Oxidation and reduction describe the loss and gain of electrons, respectively 4. Oxidation and reduction is only observed for chemical reactions of metals
QUESTION 4 In electrolysis, electrical energy is used to drive a non-spontaneous oxidation-reduction reaction to occur...
QUESTION 4 In electrolysis, electrical energy is used to drive a non-spontaneous oxidation-reduction reaction to occur O A. Electrolysis is an acid base rxn, not an oxidation reduction rxn. O B. False O C. True CO D. Electrolysis is a combustion rxn, it is not an acid base or oxidation reduction rxn
11) Oxidation is the and reduction is the A) gain of oxygen, loss of electrons B)...
11) Oxidation is the and reduction is the A) gain of oxygen, loss of electrons B) loss of oxygen, gain of electrons C) loss of electrons, gain of electrons D) gain of oxygen, loss of mass E) gain of electrons, loss of electrons 12) Oxidation and mean essentially the same thing. A) activity B) reduction C) metathesis D) decomposition E) corrosion 13) Oxidation cannot occur without A) acid B) oxygen C) water D) air E) reduction
help when an electrochemical process - oxidation and reduction - Occurs - the contraction " is...
help
when an electrochemical process - oxidation and reduction - Occurs - the contraction " is often used to describe it. 2. Oxidation is the circle one) loss gain of electrons by an atom, ion, or molecule. 3. Reduction is the circle one) loss gain of electrons by an atom, ion, or molecule. 4. What is the name of the electrode at which reduction occurs?ge 5. What is the name of the electrode at which oxidation occurs? 6. True or...
Please explain why or why not it would be a oxidation reduction reaction. Not just the...
Please explain why or why not it would be a oxidation reduction
reaction. Not just the solution.
Which one of the following reactions is an oxidation reduction reaction? CaSO3+ 2HCI CaCl2+H20+SO2 NaCl AgNO3 AgCl NaNO3 3Ca(OH)22H3PO4 Ca3(PO4)2+3H20 3CUO 2NH3 3Cu 3H20+ N2 NaNO2 HCI NaCl HNO2
19.37 Balance the following oxidation-reduction equations The reactions occur in basic solution a. Mn + H2O...
19.37 Balance the following oxidation-reduction equations The reactions occur in basic solution a. Mn + H2O Mno, - HO e. Cl2 + C + Cio;
1. Define the terms: oxidation, reduction, standard reduction potential, anode, and cathode. 2. Draw a diagram...
1. Define the terms: oxidation, reduction, standard reduction potential, anode, and cathode. 2. Draw a diagram of a voltaic cell using zinc-zinc ion and aluminum-aluminum ion half-cells. Label the following parts: cathode, anode, salt bridge, the oxidizing agent, and the reducing agent. 3. What is the function of a salt bridge?
QUESTION 4 In electrolysis, electrical energy is used to drive a non-spontaneous oxidation-reduction reaction to occur O A. Electrolysis is an acid base rxn, not an oxidation reduction rxn. O B. False O C. True CO D. Electrolysis is a combustion rxn, it is not an acid base or oxidation reduction rxn
11) Oxidation is the and reduction is the A) gain of oxygen, loss of electrons B) loss of oxygen, gain of electrons C) loss of electrons, gain of electrons D) gain of oxygen, loss of mass E) gain of electrons, loss of electrons 12) Oxidation and mean essentially the same thing. A) activity B) reduction C) metathesis D) decomposition E) corrosion 13) Oxidation cannot occur without A) acid B) oxygen C) water D) air E) reduction
help
when an electrochemical process - oxidation and reduction - Occurs - the contraction " is often used to describe it. 2. Oxidation is the circle one) loss gain of electrons by an atom, ion, or molecule. 3. Reduction is the circle one) loss gain of electrons by an atom, ion, or molecule. 4. What is the name of the electrode at which reduction occurs?ge 5. What is the name of the electrode at which oxidation occurs? 6. True or...
Please explain why or why not it would be a oxidation reduction
reaction. Not just the solution.
Which one of the following reactions is an oxidation reduction reaction? CaSO3+ 2HCI CaCl2+H20+SO2 NaCl AgNO3 AgCl NaNO3 3Ca(OH)22H3PO4 Ca3(PO4)2+3H20 3CUO 2NH3 3Cu 3H20+ N2 NaNO2 HCI NaCl HNO2
19.37 Balance the following oxidation-reduction equations The reactions occur in basic solution a. Mn + H2O Mno, - HO e. Cl2 + C + Cio;
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