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Haemoglobin is an oxygen carrying protein. The correct statement about oxy-haemoglobin is that:
- a)The metal is low-spin in +3 oxidation state while dioxygen is in O2-
- b)The metal is high-spin in +3 oxidation state while dioxygen is in O2-
- c)The metal is low-spin in +3 oxidation state while dioxygen is in neutral form
- d)The metal is high-spin in +3 oxidation state while dioxygen is in neutral form
Correct answer is option 'A'. Can you explain this answer?
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Haemoglobin is an oxygen carrying protein. The correct statement about...
Explanation:
Haemoglobin molecule contains a heme group which is composed of iron (Fe) atom in the center of a porphyrin ring. The iron atom in heme group can exist in different oxidation states, including +2 (ferrous) and +3 (ferric).
When oxygen binds to the iron in the heme group, it forms oxy-haemoglobin. The oxygen molecule (O2) binds to the iron in a reversible manner and forms an iron-oxygen complex.
The correct statement about oxy-haemoglobin is that the metal is low-spin in 3 oxidation state while dioxygen is in O2-. This means that when oxygen binds to the iron in oxy-haemoglobin, the iron is in a low-spin state with a 3+ oxidation state, while the oxygen molecule is in a negatively charged O2- state.
The reason for this is due to the nature of the bonding between the iron and oxygen atoms. The iron atom in the heme group has six coordination sites, which can be occupied by various ligands. In the case of oxy-haemoglobin, the oxygen molecule binds to the iron atom through two of these coordination sites, forming a covalent bond.
The nature of the bonding between the iron and oxygen atoms is such that the iron atom is in a low-spin state with a 3+ oxidation state, while the oxygen molecule is in a negatively charged O2- state. This is because the iron atom has a strong affinity for electrons, which causes the oxygen molecule to transfer its electrons to the iron atom, resulting in the formation of the negatively charged O2- ion.
In summary, the correct statement about oxy-haemoglobin is that the metal is low-spin in 3 oxidation state while dioxygen is in O2-.
Haemoglobin molecule contains a heme group which is composed of iron (Fe) atom in the center of a porphyrin ring. The iron atom in heme group can exist in different oxidation states, including +2 (ferrous) and +3 (ferric).
When oxygen binds to the iron in the heme group, it forms oxy-haemoglobin. The oxygen molecule (O2) binds to the iron in a reversible manner and forms an iron-oxygen complex.
The correct statement about oxy-haemoglobin is that the metal is low-spin in 3 oxidation state while dioxygen is in O2-. This means that when oxygen binds to the iron in oxy-haemoglobin, the iron is in a low-spin state with a 3+ oxidation state, while the oxygen molecule is in a negatively charged O2- state.
The reason for this is due to the nature of the bonding between the iron and oxygen atoms. The iron atom in the heme group has six coordination sites, which can be occupied by various ligands. In the case of oxy-haemoglobin, the oxygen molecule binds to the iron atom through two of these coordination sites, forming a covalent bond.
The nature of the bonding between the iron and oxygen atoms is such that the iron atom is in a low-spin state with a 3+ oxidation state, while the oxygen molecule is in a negatively charged O2- state. This is because the iron atom has a strong affinity for electrons, which causes the oxygen molecule to transfer its electrons to the iron atom, resulting in the formation of the negatively charged O2- ion.
In summary, the correct statement about oxy-haemoglobin is that the metal is low-spin in 3 oxidation state while dioxygen is in O2-.
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Haemoglobin is an oxygen carrying protein. The correct statement about oxy-haemoglobin is that:a)The metal is low-spin in +3 oxidation state while dioxygen is in O2- b)The metal is high-spin in +3 oxidation state while dioxygen is in O2- c)The metal is low-spin in +3 oxidation state while dioxygen is in neutral formd)The metal is high-spin in +3 oxidation state while dioxygen is in neutral formCorrect answer is option 'A'. Can you explain this answer?
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Haemoglobin is an oxygen carrying protein. The correct statement about oxy-haemoglobin is that:a)The metal is low-spin in +3 oxidation state while dioxygen is in O2- b)The metal is high-spin in +3 oxidation state while dioxygen is in O2- c)The metal is low-spin in +3 oxidation state while dioxygen is in neutral formd)The metal is high-spin in +3 oxidation state while dioxygen is in neutral formCorrect 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 Haemoglobin is an oxygen carrying protein. The correct statement about oxy-haemoglobin is that:a)The metal is low-spin in +3 oxidation state while dioxygen is in O2- b)The metal is high-spin in +3 oxidation state while dioxygen is in O2- c)The metal is low-spin in +3 oxidation state while dioxygen is in neutral formd)The metal is high-spin in +3 oxidation state while dioxygen is in neutral formCorrect 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 Haemoglobin is an oxygen carrying protein. The correct statement about oxy-haemoglobin is that:a)The metal is low-spin in +3 oxidation state while dioxygen is in O2- b)The metal is high-spin in +3 oxidation state while dioxygen is in O2- c)The metal is low-spin in +3 oxidation state while dioxygen is in neutral formd)The metal is high-spin in +3 oxidation state while dioxygen is in neutral formCorrect answer is option 'A'. Can you explain this answer?.
Haemoglobin is an oxygen carrying protein. The correct statement about oxy-haemoglobin is that:a)The metal is low-spin in +3 oxidation state while dioxygen is in O2- b)The metal is high-spin in +3 oxidation state while dioxygen is in O2- c)The metal is low-spin in +3 oxidation state while dioxygen is in neutral formd)The metal is high-spin in +3 oxidation state while dioxygen is in neutral formCorrect 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 Haemoglobin is an oxygen carrying protein. The correct statement about oxy-haemoglobin is that:a)The metal is low-spin in +3 oxidation state while dioxygen is in O2- b)The metal is high-spin in +3 oxidation state while dioxygen is in O2- c)The metal is low-spin in +3 oxidation state while dioxygen is in neutral formd)The metal is high-spin in +3 oxidation state while dioxygen is in neutral formCorrect 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 Haemoglobin is an oxygen carrying protein. The correct statement about oxy-haemoglobin is that:a)The metal is low-spin in +3 oxidation state while dioxygen is in O2- b)The metal is high-spin in +3 oxidation state while dioxygen is in O2- c)The metal is low-spin in +3 oxidation state while dioxygen is in neutral formd)The metal is high-spin in +3 oxidation state while dioxygen is in neutral formCorrect answer is option 'A'. Can you explain this answer?.
Solutions for Haemoglobin is an oxygen carrying protein. The correct statement about oxy-haemoglobin is that:a)The metal is low-spin in +3 oxidation state while dioxygen is in O2- b)The metal is high-spin in +3 oxidation state while dioxygen is in O2- c)The metal is low-spin in +3 oxidation state while dioxygen is in neutral formd)The metal is high-spin in +3 oxidation state while dioxygen is in neutral formCorrect 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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Here you can find the meaning of Haemoglobin is an oxygen carrying protein. The correct statement about oxy-haemoglobin is that:a)The metal is low-spin in +3 oxidation state while dioxygen is in O2- b)The metal is high-spin in +3 oxidation state while dioxygen is in O2- c)The metal is low-spin in +3 oxidation state while dioxygen is in neutral formd)The metal is high-spin in +3 oxidation state while dioxygen is in neutral formCorrect answer is option 'A'. Can you explain this answer? defined & explained in the simplest way possible. Besides giving the explanation of
Haemoglobin is an oxygen carrying protein. The correct statement about oxy-haemoglobin is that:a)The metal is low-spin in +3 oxidation state while dioxygen is in O2- b)The metal is high-spin in +3 oxidation state while dioxygen is in O2- c)The metal is low-spin in +3 oxidation state while dioxygen is in neutral formd)The metal is high-spin in +3 oxidation state while dioxygen is in neutral formCorrect answer is option 'A'. Can you explain this answer?, a detailed solution for Haemoglobin is an oxygen carrying protein. The correct statement about oxy-haemoglobin is that:a)The metal is low-spin in +3 oxidation state while dioxygen is in O2- b)The metal is high-spin in +3 oxidation state while dioxygen is in O2- c)The metal is low-spin in +3 oxidation state while dioxygen is in neutral formd)The metal is high-spin in +3 oxidation state while dioxygen is in neutral formCorrect answer is option 'A'. Can you explain this answer? has been provided alongside types of Haemoglobin is an oxygen carrying protein. The correct statement about oxy-haemoglobin is that:a)The metal is low-spin in +3 oxidation state while dioxygen is in O2- b)The metal is high-spin in +3 oxidation state while dioxygen is in O2- c)The metal is low-spin in +3 oxidation state while dioxygen is in neutral formd)The metal is high-spin in +3 oxidation state while dioxygen is in neutral formCorrect answer is option 'A'. Can you explain this answer? theory, EduRev gives you an
ample number of questions to practice Haemoglobin is an oxygen carrying protein. The correct statement about oxy-haemoglobin is that:a)The metal is low-spin in +3 oxidation state while dioxygen is in O2- b)The metal is high-spin in +3 oxidation state while dioxygen is in O2- c)The metal is low-spin in +3 oxidation state while dioxygen is in neutral formd)The metal is high-spin in +3 oxidation state while dioxygen is in neutral formCorrect answer is option 'A'. Can you explain this answer? tests, examples and also practice Chemistry tests.
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