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In IR spectrum of [Co(CN)5H]3–, the Co—H stretching is observed at 1840 cm–1. The Co—D stretch in [Co(CN)5D]3– will appear at nearly:
- a)1304 cm–1
- b)1444 cm–1
- c)1693 cm–1
- d)1901 cm–1
Correct answer is option 'A'. Can you explain this answer?
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In IR spectrum of [Co(CN)5H]3–, the Co—H stretching is obs...
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In IR spectrum of [Co(CN)5H]3–, the Co—H stretching is obs...
Neglecting the mass of hydrogen (1.0 amu) and deuterium (2.0 amu.) with respect to that of iodine (127
amu.), the ratio between fundamental vibrational frequencies of HI and DI is
amu.), the ratio between fundamental vibrational frequencies of HI and DI is
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In IR spectrum of [Co(CN)5H]3–, the Co—H stretching is obs...
In the infrared (IR) spectrum of [Co(CN)5H]3, several characteristic peaks can be observed. Here are some possible peaks that may appear in the IR spectrum:
1. C≡N stretching vibration: This peak is typically observed in the region of 2100-2250 cm-1. The presence of five cyanide ligands in the complex suggests the possibility of observing a peak in this region.
2. Co-H stretching vibration: The presence of a hydride ligand suggests the possibility of observing a peak in the region of 2000-2500 cm-1, corresponding to the Co-H stretching vibration.
3. Co-N stretching vibrations: Depending on the nature of the ligands, peaks corresponding to Co-N stretching vibrations may appear in the region of 400-600 cm-1.
4. Co-C stretching vibrations: Since the complex contains cyanide ligands, peaks corresponding to Co-C stretching vibrations may appear in the region of 200-300 cm-1.
5. Co-H bending vibrations: Peaks corresponding to Co-H bending vibrations may appear in the region of 700-900 cm-1.
These are just some possible peaks that may be observed in the IR spectrum of [Co(CN)5H]3. The exact positions and intensities of these peaks may vary depending on factors such as ligand environment and coordination geometry.
1. C≡N stretching vibration: This peak is typically observed in the region of 2100-2250 cm-1. The presence of five cyanide ligands in the complex suggests the possibility of observing a peak in this region.
2. Co-H stretching vibration: The presence of a hydride ligand suggests the possibility of observing a peak in the region of 2000-2500 cm-1, corresponding to the Co-H stretching vibration.
3. Co-N stretching vibrations: Depending on the nature of the ligands, peaks corresponding to Co-N stretching vibrations may appear in the region of 400-600 cm-1.
4. Co-C stretching vibrations: Since the complex contains cyanide ligands, peaks corresponding to Co-C stretching vibrations may appear in the region of 200-300 cm-1.
5. Co-H bending vibrations: Peaks corresponding to Co-H bending vibrations may appear in the region of 700-900 cm-1.
These are just some possible peaks that may be observed in the IR spectrum of [Co(CN)5H]3. The exact positions and intensities of these peaks may vary depending on factors such as ligand environment and coordination geometry.
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In IR spectrum of [Co(CN)5H]3–, the Co—H stretching is observed at 1840 cm–1. The Co—D stretch in [Co(CN)5D]3– will appear at nearly:a)1304 cm–1b)1444 cm–1c)1693 cm–1d)1901 cm–1Correct answer is option 'A'. Can you explain this answer?
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In IR spectrum of [Co(CN)5H]3–, the Co—H stretching is observed at 1840 cm–1. The Co—D stretch in [Co(CN)5D]3– will appear at nearly:a)1304 cm–1b)1444 cm–1c)1693 cm–1d)1901 cm–1Correct 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 In IR spectrum of [Co(CN)5H]3–, the Co—H stretching is observed at 1840 cm–1. The Co—D stretch in [Co(CN)5D]3– will appear at nearly:a)1304 cm–1b)1444 cm–1c)1693 cm–1d)1901 cm–1Correct 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 In IR spectrum of [Co(CN)5H]3–, the Co—H stretching is observed at 1840 cm–1. The Co—D stretch in [Co(CN)5D]3– will appear at nearly:a)1304 cm–1b)1444 cm–1c)1693 cm–1d)1901 cm–1Correct answer is option 'A'. Can you explain this answer?.
In IR spectrum of [Co(CN)5H]3–, the Co—H stretching is observed at 1840 cm–1. The Co—D stretch in [Co(CN)5D]3– will appear at nearly:a)1304 cm–1b)1444 cm–1c)1693 cm–1d)1901 cm–1Correct 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 In IR spectrum of [Co(CN)5H]3–, the Co—H stretching is observed at 1840 cm–1. The Co—D stretch in [Co(CN)5D]3– will appear at nearly:a)1304 cm–1b)1444 cm–1c)1693 cm–1d)1901 cm–1Correct 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 In IR spectrum of [Co(CN)5H]3–, the Co—H stretching is observed at 1840 cm–1. The Co—D stretch in [Co(CN)5D]3– will appear at nearly:a)1304 cm–1b)1444 cm–1c)1693 cm–1d)1901 cm–1Correct answer is option 'A'. Can you explain this answer?.
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In IR spectrum of [Co(CN)5H]3–, the Co—H stretching is observed at 1840 cm–1. The Co—D stretch in [Co(CN)5D]3– will appear at nearly:a)1304 cm–1b)1444 cm–1c)1693 cm–1d)1901 cm–1Correct answer is option 'A'. Can you explain this answer?, a detailed solution for In IR spectrum of [Co(CN)5H]3–, the Co—H stretching is observed at 1840 cm–1. The Co—D stretch in [Co(CN)5D]3– will appear at nearly:a)1304 cm–1b)1444 cm–1c)1693 cm–1d)1901 cm–1Correct answer is option 'A'. Can you explain this answer? has been provided alongside types of In IR spectrum of [Co(CN)5H]3–, the Co—H stretching is observed at 1840 cm–1. The Co—D stretch in [Co(CN)5D]3– will appear at nearly:a)1304 cm–1b)1444 cm–1c)1693 cm–1d)1901 cm–1Correct answer is option 'A'. Can you explain this answer? theory, EduRev gives you an
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