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The strength of a reductant/oxidant in redox systems can be determined
- a)by the titration method using a redox sensitive indicator
- b)by taking into consideration only half reactions involving oxidation
- c)by taking into consideration the different oxidation states of the atom in the element
- d)by taking into consideration only half reactions involving reduction
Correct answer is option 'A'. Can you explain this answer?
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The strength of a reductant/oxidant in redox systems can be determined...
The reductant/oxidant in redox system can be determined by titration method.
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The strength of a reductant/oxidant in redox systems can be determined...
The strength of a reductant/oxidant in redox systems can be determined by the titration method using a redox sensitive indicator.
In redox systems, the strength of a reductant or oxidant refers to its ability to gain or lose electrons, respectively. It is an important characteristic that determines the reactivity of the species involved in a redox reaction. The strength of a reductant or oxidant can be determined by various methods, but the most commonly used method is the titration method using a redox sensitive indicator.
The titration method using a redox sensitive indicator:
This method involves the use of a redox sensitive indicator, which is a substance that changes color depending on the oxidation state of the solution. The indicator is added to the solution containing the reductant or oxidant, and a titrant solution of a known concentration is slowly added to the solution until the indicator changes color. The point at which the indicator changes color is known as the endpoint of the titration.
Explanation:
The titration method using a redox sensitive indicator is based on the principle of balancing the number of electrons gained and lost in a redox reaction. The reductant is the species that loses electrons, while the oxidant is the species that gains electrons. By measuring the amount of titrant solution required to reach the endpoint, the strength of the reductant or oxidant can be determined.
Other options:
The other options given in the question are not correct because:
- Option B: Taking into consideration only half reactions involving oxidation does not provide a complete picture of the redox system. It only focuses on the oxidizing agent and neglects the reducing agent.
- Option C: Taking into consideration the different oxidation states of the atom in the element is important in understanding the redox system, but it does not directly determine the strength of the reductant or oxidant.
- Option D: Taking into consideration only half reactions involving reduction also neglects the oxidizing agent and does not provide a complete picture of the redox system.
Conclusion:
The strength of a reductant or oxidant in redox systems can be accurately determined by the titration method using a redox sensitive indicator. This method takes into account both the oxidizing and reducing agents and provides a quantitative measurement of the strength based on the amount of titrant solution required to reach the endpoint of the titration.
In redox systems, the strength of a reductant or oxidant refers to its ability to gain or lose electrons, respectively. It is an important characteristic that determines the reactivity of the species involved in a redox reaction. The strength of a reductant or oxidant can be determined by various methods, but the most commonly used method is the titration method using a redox sensitive indicator.
The titration method using a redox sensitive indicator:
This method involves the use of a redox sensitive indicator, which is a substance that changes color depending on the oxidation state of the solution. The indicator is added to the solution containing the reductant or oxidant, and a titrant solution of a known concentration is slowly added to the solution until the indicator changes color. The point at which the indicator changes color is known as the endpoint of the titration.
Explanation:
The titration method using a redox sensitive indicator is based on the principle of balancing the number of electrons gained and lost in a redox reaction. The reductant is the species that loses electrons, while the oxidant is the species that gains electrons. By measuring the amount of titrant solution required to reach the endpoint, the strength of the reductant or oxidant can be determined.
Other options:
The other options given in the question are not correct because:
- Option B: Taking into consideration only half reactions involving oxidation does not provide a complete picture of the redox system. It only focuses on the oxidizing agent and neglects the reducing agent.
- Option C: Taking into consideration the different oxidation states of the atom in the element is important in understanding the redox system, but it does not directly determine the strength of the reductant or oxidant.
- Option D: Taking into consideration only half reactions involving reduction also neglects the oxidizing agent and does not provide a complete picture of the redox system.
Conclusion:
The strength of a reductant or oxidant in redox systems can be accurately determined by the titration method using a redox sensitive indicator. This method takes into account both the oxidizing and reducing agents and provides a quantitative measurement of the strength based on the amount of titrant solution required to reach the endpoint of the titration.
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The strength of a reductant/oxidant in redox systems can be determineda)by the titration method using a redox sensitive indicatorb)by taking into consideration only half reactions involving oxidationc)by taking into consideration the different oxidation states of the atom in the elementd)by taking into consideration only half reactions involving reductionCorrect answer is option 'A'. Can you explain this answer?
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The strength of a reductant/oxidant in redox systems can be determineda)by the titration method using a redox sensitive indicatorb)by taking into consideration only half reactions involving oxidationc)by taking into consideration the different oxidation states of the atom in the elementd)by taking into consideration only half reactions involving reductionCorrect answer is option 'A'. Can you explain this answer? for Class 9 2024 is part of Class 9 preparation. The Question and answers have been prepared according to the Class 9 exam syllabus. Information about The strength of a reductant/oxidant in redox systems can be determineda)by the titration method using a redox sensitive indicatorb)by taking into consideration only half reactions involving oxidationc)by taking into consideration the different oxidation states of the atom in the elementd)by taking into consideration only half reactions involving reductionCorrect answer is option 'A'. Can you explain this answer? covers all topics & solutions for Class 9 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The strength of a reductant/oxidant in redox systems can be determineda)by the titration method using a redox sensitive indicatorb)by taking into consideration only half reactions involving oxidationc)by taking into consideration the different oxidation states of the atom in the elementd)by taking into consideration only half reactions involving reductionCorrect answer is option 'A'. Can you explain this answer?.
The strength of a reductant/oxidant in redox systems can be determineda)by the titration method using a redox sensitive indicatorb)by taking into consideration only half reactions involving oxidationc)by taking into consideration the different oxidation states of the atom in the elementd)by taking into consideration only half reactions involving reductionCorrect answer is option 'A'. Can you explain this answer? for Class 9 2024 is part of Class 9 preparation. The Question and answers have been prepared according to the Class 9 exam syllabus. Information about The strength of a reductant/oxidant in redox systems can be determineda)by the titration method using a redox sensitive indicatorb)by taking into consideration only half reactions involving oxidationc)by taking into consideration the different oxidation states of the atom in the elementd)by taking into consideration only half reactions involving reductionCorrect answer is option 'A'. Can you explain this answer? covers all topics & solutions for Class 9 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The strength of a reductant/oxidant in redox systems can be determineda)by the titration method using a redox sensitive indicatorb)by taking into consideration only half reactions involving oxidationc)by taking into consideration the different oxidation states of the atom in the elementd)by taking into consideration only half reactions involving reductionCorrect answer is option 'A'. Can you explain this answer?.
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The strength of a reductant/oxidant in redox systems can be determineda)by the titration method using a redox sensitive indicatorb)by taking into consideration only half reactions involving oxidationc)by taking into consideration the different oxidation states of the atom in the elementd)by taking into consideration only half reactions involving reductionCorrect answer is option 'A'. Can you explain this answer?, a detailed solution for The strength of a reductant/oxidant in redox systems can be determineda)by the titration method using a redox sensitive indicatorb)by taking into consideration only half reactions involving oxidationc)by taking into consideration the different oxidation states of the atom in the elementd)by taking into consideration only half reactions involving reductionCorrect answer is option 'A'. Can you explain this answer? has been provided alongside types of The strength of a reductant/oxidant in redox systems can be determineda)by the titration method using a redox sensitive indicatorb)by taking into consideration only half reactions involving oxidationc)by taking into consideration the different oxidation states of the atom in the elementd)by taking into consideration only half reactions involving reductionCorrect answer is option 'A'. Can you explain this answer? theory, EduRev gives you an
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