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The normal modes of vibrations of N2O is:
- a)1
- b)3
- c)4
- d)7
Correct answer is option 'C'. Can you explain this answer?
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Verified Answer
The normal modes of vibrations of N2O is:a)1b)3c)4d)7Correct answer is...
N2O is a linear triatomic molecule and has four normal modes of vibration (and only two of rotation). Associated with each normal mode is a vibrational frequency and a normal coordinate.
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The normal modes of vibrations of N2O is:a)1b)3c)4d)7Correct answer is...
Normal Modes of Vibration in N2O
Normal modes of vibrations refer to the different ways in which a molecule can vibrate when subjected to energy. In the case of N2O, there are four normal modes of vibrations:
1. Symmetric Stretching (ν1)
This mode involves the stretching of the N-N bond in a symmetric fashion. This vibration results in a change in dipole moment and is IR active.
2. Asymmetric Stretching (ν2)
This mode involves the stretching of the N-N bond in an asymmetric fashion. This vibration also results in a change in dipole moment and is IR active.
3. Scissoring (ν3)
This mode involves the bending of the N-N-O bond angle. This vibration does not result in a change in dipole moment and is not IR active.
4. Rocking (ν4)
This mode involves the bending of the N-N bond angle. This vibration does not result in a change in dipole moment and is not IR active.
Therefore, there are a total of four normal modes of vibrations in N2O.
Normal modes of vibrations refer to the different ways in which a molecule can vibrate when subjected to energy. In the case of N2O, there are four normal modes of vibrations:
1. Symmetric Stretching (ν1)
This mode involves the stretching of the N-N bond in a symmetric fashion. This vibration results in a change in dipole moment and is IR active.
2. Asymmetric Stretching (ν2)
This mode involves the stretching of the N-N bond in an asymmetric fashion. This vibration also results in a change in dipole moment and is IR active.
3. Scissoring (ν3)
This mode involves the bending of the N-N-O bond angle. This vibration does not result in a change in dipole moment and is not IR active.
4. Rocking (ν4)
This mode involves the bending of the N-N bond angle. This vibration does not result in a change in dipole moment and is not IR active.
Therefore, there are a total of four normal modes of vibrations in N2O.
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Community Answer
The normal modes of vibrations of N2O is:a)1b)3c)4d)7Correct answer is...
N2O is linear so, linear formula is 3N-5
(3×no of molecules -5)
=3×3-5
=9-5
= 4
(3×no of molecules -5)
=3×3-5
=9-5
= 4
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The normal modes of vibrations of N2O is:a)1b)3c)4d)7Correct answer is option 'C'. Can you explain this answer?
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The normal modes of vibrations of N2O is:a)1b)3c)4d)7Correct answer is option 'C'. 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 normal modes of vibrations of N2O is:a)1b)3c)4d)7Correct answer is option 'C'. 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 normal modes of vibrations of N2O is:a)1b)3c)4d)7Correct answer is option 'C'. Can you explain this answer?.
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