In oxidation -reduction reactions, each time a substance is oxidized, another is simultaneously reduced. Which of the below substances has been oxidized and therefore the electron carrier?Group of answer choicesNADHNAD+Next
Question
In oxidation -reduction reactions, each time a substance is oxidized, another is simultaneously reduced. Which of the below substances has been oxidized and therefore the electron carrier?Group of answer choicesNADHNAD+Next
Solution
In an oxidation-reduction reaction, the substance that is oxidized loses electrons, while the substance that is reduced gains electrons.
In the case of NADH and NAD+, NADH is the one that gets oxidized to form NAD+. This is because in the process, NADH loses electrons and thus is the electron carrier.
So, the substance that has been oxidized and therefore the electron carrier is NADH.
Similar Questions
In oxidation -reduction reactions, each time a substance is oxidized, another is simultaneously reduced. Which of the below substances is in the reduced form and therefore the electron donor?Group of answer choicesNADHNAD+
Which of the following chemical reactions is an oxidation-reduction reaction?1PointsA B C
Which of these is the oxidized form of the electron carrier and thus has less energy?Group of answer choicesNAD+NADHNADPHO2
For the following reaction, identify the element that was oxidized, the element that was reduced, and the oxidizing agent. Give an explanation for each answer.
Which can be said about the oxidizing agent in an oxidation – reduction reaction?Question 10Answera.It is reducedb.It is oxidizedc.It loses electron(s)d.Its charge increases
Upgrade your grade with Knowee
Get personalized homework help. Review tough concepts in more detail, or go deeper into your topic by exploring other relevant questions.