Respuesta :
Answer:A, C, D, E, F
Explanation:
A. True: Oxidizing agents are electron acceptors. They accept electrons and the get reduced. This means their oxidation number reduces
B. False: Reducing agents do not accept H+ ions. Reducing agents remove oxygen from another substance or give hydrogen to it.
C. True: oxidizing agents oxidizes other molecules but they accept electrons and get reduced themselves. If a molecule accepts electrons it has been reduced.
D True: Redox reactions MAY and may not involve the transfer of hydrogen ions depending on the reactants (H+). But redox in terms of acid and base means the donating and receiving of protons(H+)
E. True: A molecule that has gained H atoms is said to be reduced. Oxidizing agents are always the proton acceptor.
F. True: Oxidizing agents May and may not accept H+. In terms of acid and base oxidizing agents accept protons(H+)
Statements that can be considered as a true statement as regards redox reactions are;
A. Oxidizing agents accept electrons.
B. Reducing agents may accept H+ ions.
D. Redox reactions may involve the transfer of hydrogen ions (H+).
E. A molecule that has gained H atoms is said to be reduced.
F. Oxidizing agents may accept H+ ions.
- An oxidation-reduction reaction is can be regarded as a chemical reaction whereby the oxidation number of a molecule as well as an atom, or ion undergo changes through the gaining or losing an electron.
- However, redox reaction can as well be explained in term of transfer of hydrogen ions (H+).
- The Oxidizing agents accept electrons while the reducing agent looses the electron, any molecule that gain Hydrogen atom can be considered to be reduced.
- Example of this is in formation of hydrogen fluoride (HF)
Therefore, option A,C,D,F are correct.
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