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If excitation potential for the hydrogen like sample is 24 v then
ionisation energy of the sample is 36ev
ionisation energy of the sample is 32ev
binding energy of the sample is 2ev
2nd excitation potential of the sample is 32*8/9v?
ionisation energy of the sample is 36ev
ionisation energy of the sample is 32ev
binding energy of the sample is 2ev
2nd excitation potential of the sample is 32*8/9v?
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If excitation potential for the hydrogen like sample is 24 v thenionis...
Understanding Excitation Potential and Ionization Energy
The excitation potential and ionization energy are crucial concepts in atomic physics, especially for hydrogen-like atoms. Here's a detailed explanation based on the provided values.
Excitation Potential
- The excitation potential of the hydrogen-like sample is given as 24 V. This is the energy required to move an electron from its ground state to the first excited state.
Ionization Energy
- The ionization energy is the amount of energy needed to remove an electron completely from the atom. In this case, the ionization energy is stated as 36 eV.
Binding Energy
- The binding energy is the energy that holds the electron in the atom. For this sample, the binding energy is 2 eV. It represents the energy released when an electron is added to an atom.
Second Excitation Potential
- The second excitation potential refers to the energy required to excite the electron from the ground state to the second excited state. It can be calculated using the formula: 32 * 8/9 V.
Relationship Between Energies
- The relationship among these energies can be summarized as:
- The ionization energy is greater than the excitation potential, indicating that more energy is required to remove the electron than to excite it.
- The binding energy is the difference between the ionization energy and the excitation potential.
Conclusion
Understanding these concepts helps in grasping atomic behavior and energy transitions in hydrogen-like atoms. Each energy level plays a vital role in determining the stability and reactivity of the atom.
The excitation potential and ionization energy are crucial concepts in atomic physics, especially for hydrogen-like atoms. Here's a detailed explanation based on the provided values.
Excitation Potential
- The excitation potential of the hydrogen-like sample is given as 24 V. This is the energy required to move an electron from its ground state to the first excited state.
Ionization Energy
- The ionization energy is the amount of energy needed to remove an electron completely from the atom. In this case, the ionization energy is stated as 36 eV.
Binding Energy
- The binding energy is the energy that holds the electron in the atom. For this sample, the binding energy is 2 eV. It represents the energy released when an electron is added to an atom.
Second Excitation Potential
- The second excitation potential refers to the energy required to excite the electron from the ground state to the second excited state. It can be calculated using the formula: 32 * 8/9 V.
Relationship Between Energies
- The relationship among these energies can be summarized as:
- The ionization energy is greater than the excitation potential, indicating that more energy is required to remove the electron than to excite it.
- The binding energy is the difference between the ionization energy and the excitation potential.
Conclusion
Understanding these concepts helps in grasping atomic behavior and energy transitions in hydrogen-like atoms. Each energy level plays a vital role in determining the stability and reactivity of the atom.
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If excitation potential for the hydrogen like sample is 24 v thenionisation energy of the sample is 36evionisation energy of the sample is 32evbinding energy of the sample is 2ev 2nd excitation potential of the sample is 32*8/9v?
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If excitation potential for the hydrogen like sample is 24 v thenionisation energy of the sample is 36evionisation energy of the sample is 32evbinding energy of the sample is 2ev 2nd excitation potential of the sample is 32*8/9v? for JEE 2024 is part of JEE preparation. The Question and answers have been prepared according to the JEE exam syllabus. Information about If excitation potential for the hydrogen like sample is 24 v thenionisation energy of the sample is 36evionisation energy of the sample is 32evbinding energy of the sample is 2ev 2nd excitation potential of the sample is 32*8/9v? covers all topics & solutions for JEE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for If excitation potential for the hydrogen like sample is 24 v thenionisation energy of the sample is 36evionisation energy of the sample is 32evbinding energy of the sample is 2ev 2nd excitation potential of the sample is 32*8/9v?.
If excitation potential for the hydrogen like sample is 24 v thenionisation energy of the sample is 36evionisation energy of the sample is 32evbinding energy of the sample is 2ev 2nd excitation potential of the sample is 32*8/9v? for JEE 2024 is part of JEE preparation. The Question and answers have been prepared according to the JEE exam syllabus. Information about If excitation potential for the hydrogen like sample is 24 v thenionisation energy of the sample is 36evionisation energy of the sample is 32evbinding energy of the sample is 2ev 2nd excitation potential of the sample is 32*8/9v? covers all topics & solutions for JEE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for If excitation potential for the hydrogen like sample is 24 v thenionisation energy of the sample is 36evionisation energy of the sample is 32evbinding energy of the sample is 2ev 2nd excitation potential of the sample is 32*8/9v?.
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