The terms absorption and emission refer to the transfer of energy between an atom and its surroundings. In the context of electron transitions, absorption corresponds to the transfer of energy from the surroundings to the atom, while emission corresponds to the transfer of energy from the atom to the surroundings.
In general, electron transitions can be classified as either absorption or emission transitions, depending on the direction of energy transfer. An absorption transition occurs when an electron absorbs energy from the surroundings and is excited to a higher energy level. An emission transition occurs when an electron emits energy and transitions to a lower energy level.
So, in answer to the question, the electron transitions that correspond to absorption of energy are the absorption transitions, while the electron transitions that correspond to emission of energy are the emission transitions.
Other related questions:
Q: Which electron transition corresponds to the largest absorption of energy?
A: The electron transition that corresponds to the largest absorption of energy is the n=2 to n=3 transition.
Q: What is the electron transition result in the emission of energy?
A: The electron transition results in the emission of energy.
Q: Which electron transition will be associated with an absorption spectrum?
A: The electron transition that will be associated with an absorption spectrum will be the transition from the ground state to the first excited state.
Bibliography
- Which of these electron transitions correspond to absorption of …
- Which of these electron transitions correspond to absorption of …
- Which of these electron transitions correspond to absorption
- SOLVED:Which of these electron transitions … – Numerade
- Solved Which of these electron transitions correspond to
- Chemistry: The Molecular Nature Of Matter And Change 5th …
- Which of these electron transitions … – Learn CBSE Forum