Chemistry Exam > Chemistry Questions > The absorption spectrum of o2 shows a vibrati...
Start Learning for Free
The absorption spectrum of o2 shows a vibrational structure that becomes continum at 56875cm-1 . At the continum it dissociate into ground state atom and excited state atom.energy difference between ground state and excited state atoms is 15125cm-1.the dissociate energy of ground atate of o2?
Most Upvoted Answer
The absorption spectrum of o2 shows a vibrational structure that becom...
Answer:
The absorption spectrum of O2 exhibits a vibrational structure that becomes a continuum at 56875 cm-1. At the continuum, it dissociates into ground state atoms and excited state atoms. The energy difference between ground state and excited state atoms is 15125 cm-1.
To calculate the dissociation energy of the ground state of O2, we need to use the following formula:
Dissociation Energy = Energy of dissociated atoms - Energy of ground state O2
The energy of dissociated atoms is the energy difference between the ground state and excited state atoms, which is 15125 cm-1. To calculate the energy of ground state O2, we need to find the energy at which the vibrational structure disappears and becomes a continuum. This energy is 56875 cm-1.
Therefore,
Dissociation Energy = 56875 cm-1 - 15125 cm-1 = 41750 cm-1
The dissociation energy of a molecule is the energy required to break the bond between its atoms. In the case of O2, when it absorbs light with energy greater than 56875 cm-1, the vibrational structure disappears and becomes a continuum. At this point, the O2 molecule dissociates into ground state atoms and excited state atoms. The energy difference between these two states is 15125 cm-1.
The dissociation energy of the ground state of O2 is the energy required to break the bond between its atoms when it is in its ground state. This energy is calculated by subtracting the energy of dissociated atoms from the energy at which the vibrational structure disappears. In this case, the dissociation energy of the ground state of O2 is 41750 cm-1.
Overall, this calculation shows the importance of understanding the absorption spectrum of a molecule and its vibrational structure in determining its dissociation energy.
Introduction
The absorption spectrum of O2 exhibits a vibrational structure that becomes a continuum at 56875 cm-1. At the continuum, it dissociates into ground state atoms and excited state atoms. The energy difference between ground state and excited state atoms is 15125 cm-1.
Calculation
To calculate the dissociation energy of the ground state of O2, we need to use the following formula:
Dissociation Energy = Energy of dissociated atoms - Energy of ground state O2
The energy of dissociated atoms is the energy difference between the ground state and excited state atoms, which is 15125 cm-1. To calculate the energy of ground state O2, we need to find the energy at which the vibrational structure disappears and becomes a continuum. This energy is 56875 cm-1.
Therefore,
Dissociation Energy = 56875 cm-1 - 15125 cm-1 = 41750 cm-1
Explanation
The dissociation energy of a molecule is the energy required to break the bond between its atoms. In the case of O2, when it absorbs light with energy greater than 56875 cm-1, the vibrational structure disappears and becomes a continuum. At this point, the O2 molecule dissociates into ground state atoms and excited state atoms. The energy difference between these two states is 15125 cm-1.
The dissociation energy of the ground state of O2 is the energy required to break the bond between its atoms when it is in its ground state. This energy is calculated by subtracting the energy of dissociated atoms from the energy at which the vibrational structure disappears. In this case, the dissociation energy of the ground state of O2 is 41750 cm-1.
Overall, this calculation shows the importance of understanding the absorption spectrum of a molecule and its vibrational structure in determining its dissociation energy.
|
Explore Courses for Chemistry exam
|
|
Similar Chemistry Doubts
The absorption spectrum of o2 shows a vibrational structure that becomes continum at 56875cm-1 . At the continum it dissociate into ground state atom and excited state atom.energy difference between ground state and excited state atoms is 15125cm-1.the dissociate energy of ground atate of o2?
Question Description
The absorption spectrum of o2 shows a vibrational structure that becomes continum at 56875cm-1 . At the continum it dissociate into ground state atom and excited state atom.energy difference between ground state and excited state atoms is 15125cm-1.the dissociate energy of ground atate of o2? for Chemistry 2024 is part of Chemistry preparation. The Question and answers have been prepared according to the Chemistry exam syllabus. Information about The absorption spectrum of o2 shows a vibrational structure that becomes continum at 56875cm-1 . At the continum it dissociate into ground state atom and excited state atom.energy difference between ground state and excited state atoms is 15125cm-1.the dissociate energy of ground atate of o2? covers all topics & solutions for Chemistry 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The absorption spectrum of o2 shows a vibrational structure that becomes continum at 56875cm-1 . At the continum it dissociate into ground state atom and excited state atom.energy difference between ground state and excited state atoms is 15125cm-1.the dissociate energy of ground atate of o2?.
The absorption spectrum of o2 shows a vibrational structure that becomes continum at 56875cm-1 . At the continum it dissociate into ground state atom and excited state atom.energy difference between ground state and excited state atoms is 15125cm-1.the dissociate energy of ground atate of o2? for Chemistry 2024 is part of Chemistry preparation. The Question and answers have been prepared according to the Chemistry exam syllabus. Information about The absorption spectrum of o2 shows a vibrational structure that becomes continum at 56875cm-1 . At the continum it dissociate into ground state atom and excited state atom.energy difference between ground state and excited state atoms is 15125cm-1.the dissociate energy of ground atate of o2? covers all topics & solutions for Chemistry 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The absorption spectrum of o2 shows a vibrational structure that becomes continum at 56875cm-1 . At the continum it dissociate into ground state atom and excited state atom.energy difference between ground state and excited state atoms is 15125cm-1.the dissociate energy of ground atate of o2?.
Solutions for The absorption spectrum of o2 shows a vibrational structure that becomes continum at 56875cm-1 . At the continum it dissociate into ground state atom and excited state atom.energy difference between ground state and excited state atoms is 15125cm-1.the dissociate energy of ground atate of o2? in English & in Hindi are available as part of our courses for Chemistry.
Download more important topics, notes, lectures and mock test series for Chemistry Exam by signing up for free.
Here you can find the meaning of The absorption spectrum of o2 shows a vibrational structure that becomes continum at 56875cm-1 . At the continum it dissociate into ground state atom and excited state atom.energy difference between ground state and excited state atoms is 15125cm-1.the dissociate energy of ground atate of o2? defined & explained in the simplest way possible. Besides giving the explanation of
The absorption spectrum of o2 shows a vibrational structure that becomes continum at 56875cm-1 . At the continum it dissociate into ground state atom and excited state atom.energy difference between ground state and excited state atoms is 15125cm-1.the dissociate energy of ground atate of o2?, a detailed solution for The absorption spectrum of o2 shows a vibrational structure that becomes continum at 56875cm-1 . At the continum it dissociate into ground state atom and excited state atom.energy difference between ground state and excited state atoms is 15125cm-1.the dissociate energy of ground atate of o2? has been provided alongside types of The absorption spectrum of o2 shows a vibrational structure that becomes continum at 56875cm-1 . At the continum it dissociate into ground state atom and excited state atom.energy difference between ground state and excited state atoms is 15125cm-1.the dissociate energy of ground atate of o2? theory, EduRev gives you an
ample number of questions to practice The absorption spectrum of o2 shows a vibrational structure that becomes continum at 56875cm-1 . At the continum it dissociate into ground state atom and excited state atom.energy difference between ground state and excited state atoms is 15125cm-1.the dissociate energy of ground atate of o2? tests, examples and also practice Chemistry tests.
|
|
Explore Courses for Chemistry exam
|
|
Suggested Free Tests
Signup for Free!
Signup to see your scores go up within 7 days! Learn & Practice with 1000+ FREE Notes, Videos & Tests.
|
© EduRev
|
Education Revolution
|
Follow Us
|
Signup to see your scores
go up within 7 days!
Access 1000+ FREE Docs, Videos and Tests
Takes less than 10 seconds to signup