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The changes (from A–D given below) which occur when O2 binds to hemerythrin are:
(A) One ion atom is oxidized.
(B) Both the iron atoms are oxidized.
(C) O2 binds to one iron atom and is also hydrogen bonds.
(D) O2 binds to both the iron atoms and is also hydrogen bonded.
(A) One ion atom is oxidized.
(B) Both the iron atoms are oxidized.
(C) O2 binds to one iron atom and is also hydrogen bonds.
(D) O2 binds to both the iron atoms and is also hydrogen bonded.
- a)B and C
- b)B and D
- c)A and D
- d)A and C
Correct answer is option 'A'. Can you explain this answer?
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The changes (from A–D given below) which occur when O2 binds to ...
The changes that occur when O2 binds to hemerythrin are:
(A) One ion atom is oxidized.
Explanation:
Hemerythrin is a non-heme iron protein found in marine invertebrates that functions as an oxygen carrier. It contains two iron atoms that can bind to oxygen molecules. When O2 binds to hemerythrin, one of the iron atoms is oxidized from the ferrous (Fe2+) to the ferric (Fe3+) state, resulting in the formation of a peroxide bridge between the two iron atoms. This oxidation reaction is shown below:
Fe2+ + O2 → Fe3+ - O2-
The peroxide bridge stabilizes the bound O2 molecule and prevents it from dissociating from the iron atoms.
In addition to the oxidation of one iron atom, there is no hydrogen bonding involved in the binding of O2 to hemerythrin. The binding of O2 to hemerythrin is purely based on the coordination of the O2 molecule with the iron atoms.
Therefore, the correct answer is option 'A' - One ion atom is oxidized.
(A) One ion atom is oxidized.
Explanation:
Hemerythrin is a non-heme iron protein found in marine invertebrates that functions as an oxygen carrier. It contains two iron atoms that can bind to oxygen molecules. When O2 binds to hemerythrin, one of the iron atoms is oxidized from the ferrous (Fe2+) to the ferric (Fe3+) state, resulting in the formation of a peroxide bridge between the two iron atoms. This oxidation reaction is shown below:
Fe2+ + O2 → Fe3+ - O2-
The peroxide bridge stabilizes the bound O2 molecule and prevents it from dissociating from the iron atoms.
In addition to the oxidation of one iron atom, there is no hydrogen bonding involved in the binding of O2 to hemerythrin. The binding of O2 to hemerythrin is purely based on the coordination of the O2 molecule with the iron atoms.
Therefore, the correct answer is option 'A' - One ion atom is oxidized.
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The changes (from A–D given below) which occur when O2 binds to ...
In hemerythrin,One Fe is hexacordinated and saturated while other Fe is pentacoordinated and unsaturated. This unsaturated Fe will be connect with the oxygen. In hemerythrin the two Fe are connect with each other by three bridge from which one is of hydroxide bridge.. Here between this hydroxide and oxygen added.. Hu bonding is occur..Here oxygen attached Fe is oxidize due to formation of peroxide by oxygen while other Fe will be oxidized due to Hu bonding of hydroxide with that peroxide. So option B and C are correct.
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The changes (from A–D given below) which occur when O2 binds to hemerythrin are:(A) One ion atom is oxidized.(B) Both the iron atoms are oxidized.(C) O2 binds to one iron atom and is also hydrogen bonds.(D) O2 binds to both the iron atoms and is also hydrogen bonded.a)B and Cb)B and Dc)A and Dd)A and CCorrect answer is option 'A'. Can you explain this answer?
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The changes (from A–D given below) which occur when O2 binds to hemerythrin are:(A) One ion atom is oxidized.(B) Both the iron atoms are oxidized.(C) O2 binds to one iron atom and is also hydrogen bonds.(D) O2 binds to both the iron atoms and is also hydrogen bonded.a)B and Cb)B and Dc)A and Dd)A and CCorrect answer is option 'A'. Can you explain this answer? for Chemistry 2024 is part of Chemistry preparation. The Question and answers have been prepared according to the Chemistry exam syllabus. Information about The changes (from A–D given below) which occur when O2 binds to hemerythrin are:(A) One ion atom is oxidized.(B) Both the iron atoms are oxidized.(C) O2 binds to one iron atom and is also hydrogen bonds.(D) O2 binds to both the iron atoms and is also hydrogen bonded.a)B and Cb)B and Dc)A and Dd)A and CCorrect answer is option 'A'. Can you explain this answer? covers all topics & solutions for Chemistry 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The changes (from A–D given below) which occur when O2 binds to hemerythrin are:(A) One ion atom is oxidized.(B) Both the iron atoms are oxidized.(C) O2 binds to one iron atom and is also hydrogen bonds.(D) O2 binds to both the iron atoms and is also hydrogen bonded.a)B and Cb)B and Dc)A and Dd)A and CCorrect answer is option 'A'. Can you explain this answer?.
The changes (from A–D given below) which occur when O2 binds to hemerythrin are:(A) One ion atom is oxidized.(B) Both the iron atoms are oxidized.(C) O2 binds to one iron atom and is also hydrogen bonds.(D) O2 binds to both the iron atoms and is also hydrogen bonded.a)B and Cb)B and Dc)A and Dd)A and CCorrect answer is option 'A'. Can you explain this answer? for Chemistry 2024 is part of Chemistry preparation. The Question and answers have been prepared according to the Chemistry exam syllabus. Information about The changes (from A–D given below) which occur when O2 binds to hemerythrin are:(A) One ion atom is oxidized.(B) Both the iron atoms are oxidized.(C) O2 binds to one iron atom and is also hydrogen bonds.(D) O2 binds to both the iron atoms and is also hydrogen bonded.a)B and Cb)B and Dc)A and Dd)A and CCorrect answer is option 'A'. Can you explain this answer? covers all topics & solutions for Chemistry 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The changes (from A–D given below) which occur when O2 binds to hemerythrin are:(A) One ion atom is oxidized.(B) Both the iron atoms are oxidized.(C) O2 binds to one iron atom and is also hydrogen bonds.(D) O2 binds to both the iron atoms and is also hydrogen bonded.a)B and Cb)B and Dc)A and Dd)A and CCorrect answer is option 'A'. Can you explain this answer?.
Solutions for The changes (from A–D given below) which occur when O2 binds to hemerythrin are:(A) One ion atom is oxidized.(B) Both the iron atoms are oxidized.(C) O2 binds to one iron atom and is also hydrogen bonds.(D) O2 binds to both the iron atoms and is also hydrogen bonded.a)B and Cb)B and Dc)A and Dd)A and CCorrect answer is option 'A'. Can you explain this answer? in English & in Hindi are available as part of our courses for Chemistry.
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The changes (from A–D given below) which occur when O2 binds to hemerythrin are:(A) One ion atom is oxidized.(B) Both the iron atoms are oxidized.(C) O2 binds to one iron atom and is also hydrogen bonds.(D) O2 binds to both the iron atoms and is also hydrogen bonded.a)B and Cb)B and Dc)A and Dd)A and CCorrect answer is option 'A'. Can you explain this answer?, a detailed solution for The changes (from A–D given below) which occur when O2 binds to hemerythrin are:(A) One ion atom is oxidized.(B) Both the iron atoms are oxidized.(C) O2 binds to one iron atom and is also hydrogen bonds.(D) O2 binds to both the iron atoms and is also hydrogen bonded.a)B and Cb)B and Dc)A and Dd)A and CCorrect answer is option 'A'. Can you explain this answer? has been provided alongside types of The changes (from A–D given below) which occur when O2 binds to hemerythrin are:(A) One ion atom is oxidized.(B) Both the iron atoms are oxidized.(C) O2 binds to one iron atom and is also hydrogen bonds.(D) O2 binds to both the iron atoms and is also hydrogen bonded.a)B and Cb)B and Dc)A and Dd)A and CCorrect answer is option 'A'. Can you explain this answer? theory, EduRev gives you an
ample number of questions to practice The changes (from A–D given below) which occur when O2 binds to hemerythrin are:(A) One ion atom is oxidized.(B) Both the iron atoms are oxidized.(C) O2 binds to one iron atom and is also hydrogen bonds.(D) O2 binds to both the iron atoms and is also hydrogen bonded.a)B and Cb)B and Dc)A and Dd)A and CCorrect answer is option 'A'. Can you explain this answer? tests, examples and also practice Chemistry tests.
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