8. Describe all possible energy transitions that can be emitted from an electron in the E_(4) level as it moves to the E_(1) level. Record Answer Sentence Starters

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8. Describe all possible energy transitions that can be emitted from an electron in the E_(4) level as it moves to the E_(1) level. Record Answer Sentence Starters

Answer 1

The possible energy transitions from the $E_{4}$ level to the $E_{1}$ level are as follows: 1. $E_{4} \rightarrow E_{3}$ 2. $E_{4} \rightarrow E_{2}$ 3. $E_{4} \rightarrow E_{1}$ 4. $E_{3} \rightarrow E_{2}$ 5. $E_{3} \rightarrow E_{1}$ 6. $E_{2} \rightarrow E_{1}$ Each transition corresponds to the emission of a photon with an energy equal to the energy difference between the two levels involved.

Answer 2

## Step 1: Identify the possible energy transitions from the $E_{4}$ level to the $E_{1}$ level. ### The formula for calculating the energy of an electron in an energy level is given by $E_{n} = -\frac{13.6 \text{ eV}}{n^{2}}$, where $n$ is the principal quantum number. ## Step 2: Calculate the energy difference between each pair of levels from $E_{4}$ to $E_{1}$. ### The energy difference between two levels is given by $\Delta E = E_{f} - E_{i}$, where $E_{f}$ is the final energy level and $E_{i}$ is the initial energy level. ## Step 3: List all possible transitions based on the calculated energy differences.

Problemas

8. Describe all possible energy transitions that can be emitted from an electron in the E_(4) level as it moves to the E_(1) level. Record Answer Sentence Starters

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