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Standard reduction electrode potentials of three metals A, B& C are respectively + 0.5 V, – 3.0 V & –1.2 V. The reducingpowers of these metals are [2003]
- a)A > B > C
- b)C > B > A
- c)A > C > B
- d)B > C > A
Correct answer is option 'D'. Can you explain this answer?
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Most Upvoted Answer
Standard reduction electrode potentials of three metals A, B& C ar...
Reduction potential and oxidising nature are same thing and on the other side oxidation potential and reducing nature are same thing.
So, reduction potential increases then oxidising nature increases but oxidation potential and reducing nature decreases
so, answer is B>C>A
Note:- more +ve reduction potential implies high oxidising nature.
So, reduction potential increases then oxidising nature increases but oxidation potential and reducing nature decreases
so, answer is B>C>A
Note:- more +ve reduction potential implies high oxidising nature.
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Standard reduction electrode potentials of three metals A, B& C ar...
Explanation:
Reduction potential and reducing power:
- The reduction potential of a metal is a measure of its tendency to gain electrons and get reduced.
- The more positive the reduction potential, the greater the tendency to be reduced, and hence the stronger the reducing agent.
- Metals with higher reduction potentials have greater reducing powers.
Comparing the reducing powers of metals A, B, and C:
- Metal A has a reduction potential of +0.5V, metal B has a reduction potential of -3.0V, and metal C has a reduction potential of -1.2V.
- Among the given metals, metal A has the highest reduction potential (+0.5V), indicating that it has the highest tendency to be reduced and hence the strongest reducing power.
- Metal C has a reduction potential of -1.2V, making it a stronger reducing agent than metal B, which has a reduction potential of -3.0V.
- Therefore, the correct order of reducing powers of metals A, B, and C is B > C > A.
Reduction potential and reducing power:
- The reduction potential of a metal is a measure of its tendency to gain electrons and get reduced.
- The more positive the reduction potential, the greater the tendency to be reduced, and hence the stronger the reducing agent.
- Metals with higher reduction potentials have greater reducing powers.
Comparing the reducing powers of metals A, B, and C:
- Metal A has a reduction potential of +0.5V, metal B has a reduction potential of -3.0V, and metal C has a reduction potential of -1.2V.
- Among the given metals, metal A has the highest reduction potential (+0.5V), indicating that it has the highest tendency to be reduced and hence the strongest reducing power.
- Metal C has a reduction potential of -1.2V, making it a stronger reducing agent than metal B, which has a reduction potential of -3.0V.
- Therefore, the correct order of reducing powers of metals A, B, and C is B > C > A.
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Standard reduction electrode potentials of three metals A, B& C are respectively + 0.5 V, – 3.0 V & –1.2 V. The reducingpowers of these metals are [2003]a)A > B > Cb)C > B > Ac)A > C > Bd)B > C > ACorrect answer is option 'D'. Can you explain this answer?
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Standard reduction electrode potentials of three metals A, B& C are respectively + 0.5 V, – 3.0 V & –1.2 V. The reducingpowers of these metals are [2003]a)A > B > Cb)C > B > Ac)A > C > Bd)B > C > ACorrect answer is option 'D'. Can you explain this answer? for JEE 2024 is part of JEE preparation. The Question and answers have been prepared according to the JEE exam syllabus. Information about Standard reduction electrode potentials of three metals A, B& C are respectively + 0.5 V, – 3.0 V & –1.2 V. The reducingpowers of these metals are [2003]a)A > B > Cb)C > B > Ac)A > C > Bd)B > C > ACorrect answer is option 'D'. Can you explain this answer? covers all topics & solutions for JEE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Standard reduction electrode potentials of three metals A, B& C are respectively + 0.5 V, – 3.0 V & –1.2 V. The reducingpowers of these metals are [2003]a)A > B > Cb)C > B > Ac)A > C > Bd)B > C > ACorrect answer is option 'D'. Can you explain this answer?.
Standard reduction electrode potentials of three metals A, B& C are respectively + 0.5 V, – 3.0 V & –1.2 V. The reducingpowers of these metals are [2003]a)A > B > Cb)C > B > Ac)A > C > Bd)B > C > ACorrect answer is option 'D'. Can you explain this answer? for JEE 2024 is part of JEE preparation. The Question and answers have been prepared according to the JEE exam syllabus. Information about Standard reduction electrode potentials of three metals A, B& C are respectively + 0.5 V, – 3.0 V & –1.2 V. The reducingpowers of these metals are [2003]a)A > B > Cb)C > B > Ac)A > C > Bd)B > C > ACorrect answer is option 'D'. Can you explain this answer? covers all topics & solutions for JEE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Standard reduction electrode potentials of three metals A, B& C are respectively + 0.5 V, – 3.0 V & –1.2 V. The reducingpowers of these metals are [2003]a)A > B > Cb)C > B > Ac)A > C > Bd)B > C > ACorrect answer is option 'D'. Can you explain this answer?.
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Standard reduction electrode potentials of three metals A, B& C are respectively + 0.5 V, – 3.0 V & –1.2 V. The reducingpowers of these metals are [2003]a)A > B > Cb)C > B > Ac)A > C > Bd)B > C > ACorrect answer is option 'D'. Can you explain this answer?, a detailed solution for Standard reduction electrode potentials of three metals A, B& C are respectively + 0.5 V, – 3.0 V & –1.2 V. The reducingpowers of these metals are [2003]a)A > B > Cb)C > B > Ac)A > C > Bd)B > C > ACorrect answer is option 'D'. Can you explain this answer? has been provided alongside types of Standard reduction electrode potentials of three metals A, B& C are respectively + 0.5 V, – 3.0 V & –1.2 V. The reducingpowers of these metals are [2003]a)A > B > Cb)C > B > Ac)A > C > Bd)B > C > ACorrect answer is option 'D'. Can you explain this answer? theory, EduRev gives you an
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