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The reduction potential values of M, N and O are +2.46, -1.13 and -3.13 V respectively. Which of the following order is correct regarding their reducing property?
- a)M>N>O
- b)O>M>N
- c)M>O>N
- d)O>N>M
Correct answer is option 'D'. Can you explain this answer?
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Verified Answer
The reduction potential values of M, N and O are +2.46, -1.13 and -3.1...
Reduction potential means the tendency to reduce itself, i.e SO if we need reducing agent, then we need elements having more oxidising potential or reversing reduction potential order.
The order of reduction potential - O < N < M
So the order of reducing agent = M < N < O
The order of reduction potential - O < N < M
So the order of reducing agent = M < N < O
Most Upvoted Answer
The reduction potential values of M, N and O are +2.46, -1.13 and -3.1...
Easier way to remember
》》If reduction potential is more -ve Redution is difficult => Oxidation of that element is easier => It is a reducing agent => It has high reducing power
》》If reduction potential is less -ve Reduction is easier => It's an oxidizing agent => It has high oxidizing power => Has low reducing power
》》If reduction potential is more -ve Redution is difficult => Oxidation of that element is easier => It is a reducing agent => It has high reducing power
》》If reduction potential is less -ve Reduction is easier => It's an oxidizing agent => It has high oxidizing power => Has low reducing power
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The reduction potential values of M, N and O are +2.46, -1.13 and -3.1...
The reducing property of a substance can be determined by its reduction potential value. A higher reduction potential value indicates a stronger reducing agent, meaning it is more likely to donate electrons and undergo reduction.
Given reduction potential values:
M = 2.46 V
N = -1.13 V
O = -3.13 V
To determine the correct order of their reducing property, we need to compare their reduction potential values.
Comparing M and N:
Since M has a positive reduction potential value (2.46 V) and N has a negative reduction potential value (-1.13 V), M is a stronger reducing agent than N. Therefore, M is more likely to donate electrons and undergo reduction compared to N.
Comparing N and O:
Both N and O have negative reduction potential values, but N has a less negative value (-1.13 V) compared to O (-3.13 V). This means that N is a stronger reducing agent than O. Therefore, N is more likely to donate electrons and undergo reduction compared to O.
Based on the above comparisons, we can conclude that the correct order of their reducing property is ONM, as O is the weakest reducing agent, followed by N, and M is the strongest reducing agent.
Therefore, the correct answer is option D: ONM.
Given reduction potential values:
M = 2.46 V
N = -1.13 V
O = -3.13 V
To determine the correct order of their reducing property, we need to compare their reduction potential values.
Comparing M and N:
Since M has a positive reduction potential value (2.46 V) and N has a negative reduction potential value (-1.13 V), M is a stronger reducing agent than N. Therefore, M is more likely to donate electrons and undergo reduction compared to N.
Comparing N and O:
Both N and O have negative reduction potential values, but N has a less negative value (-1.13 V) compared to O (-3.13 V). This means that N is a stronger reducing agent than O. Therefore, N is more likely to donate electrons and undergo reduction compared to O.
Based on the above comparisons, we can conclude that the correct order of their reducing property is ONM, as O is the weakest reducing agent, followed by N, and M is the strongest reducing agent.
Therefore, the correct answer is option D: ONM.
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The reduction potential values of M, N and O are +2.46, -1.13 and -3.13 V respectively. Which of the following order is correct regarding their reducing property?a)M>N>Ob)O>M>Nc)M>O>Nd)O>N>MCorrect answer is option 'D'. Can you explain this answer?
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The reduction potential values of M, N and O are +2.46, -1.13 and -3.13 V respectively. Which of the following order is correct regarding their reducing property?a)M>N>Ob)O>M>Nc)M>O>Nd)O>N>MCorrect answer is option 'D'. Can you explain this answer? for Class 11 2024 is part of Class 11 preparation. The Question and answers have been prepared according to the Class 11 exam syllabus. Information about The reduction potential values of M, N and O are +2.46, -1.13 and -3.13 V respectively. Which of the following order is correct regarding their reducing property?a)M>N>Ob)O>M>Nc)M>O>Nd)O>N>MCorrect answer is option 'D'. Can you explain this answer? covers all topics & solutions for Class 11 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The reduction potential values of M, N and O are +2.46, -1.13 and -3.13 V respectively. Which of the following order is correct regarding their reducing property?a)M>N>Ob)O>M>Nc)M>O>Nd)O>N>MCorrect answer is option 'D'. Can you explain this answer?.
The reduction potential values of M, N and O are +2.46, -1.13 and -3.13 V respectively. Which of the following order is correct regarding their reducing property?a)M>N>Ob)O>M>Nc)M>O>Nd)O>N>MCorrect answer is option 'D'. Can you explain this answer? for Class 11 2024 is part of Class 11 preparation. The Question and answers have been prepared according to the Class 11 exam syllabus. Information about The reduction potential values of M, N and O are +2.46, -1.13 and -3.13 V respectively. Which of the following order is correct regarding their reducing property?a)M>N>Ob)O>M>Nc)M>O>Nd)O>N>MCorrect answer is option 'D'. Can you explain this answer? covers all topics & solutions for Class 11 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The reduction potential values of M, N and O are +2.46, -1.13 and -3.13 V respectively. Which of the following order is correct regarding their reducing property?a)M>N>Ob)O>M>Nc)M>O>Nd)O>N>MCorrect answer is option 'D'. Can you explain this answer?.
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