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**Exercise: Writing Condensed Electron Configurations** Write the [condensed] electron configuration for the following atoms: 1. Al 2. Sc 3. Co 4. Br 5. Ba (Note: write superscripts with the use of the caret (^) as in this example, 1s^22s^2 should be written for 1s²2s²) **Instruction:** Eric's note: I stole this question. You can write out the full configuration if you want—I might have to go in and force credit if it doesn't like *exactly* how you put it in, so tell me... **Input Fields:** - Blank #1: [Input field for Al] - Blank #2: [Input field for Sc] - Blank #3: [Input field for Co] - Blank #4: [Input field for Br] - Blank #5: [Input field for Ba] (Note: Each blank is followed by an up arrow symbol (caret) to indicate superscript format for electron quantities.)

**Exercise: Writing Condensed Electron Configurations** Write the [condensed] electron configuration for the following atoms: 1. Al 2. Sc 3. Co 4. Br 5. Ba (Note: write superscripts with the use of the caret (^) as in this example, 1s^22s^2 should be written for 1s²2s²) **Instruction:** Eric's note: I stole this question. You can write out the full configuration if you want—I might have to go in and force credit if it doesn't like *exactly* how you put it in, so tell me... **Input Fields:** - Blank #1: [Input field for Al] - Blank #2: [Input field for Sc] - Blank #3: [Input field for Co] - Blank #4: [Input field for Br] - Blank #5: [Input field for Ba] (Note: Each blank is followed by an up arrow symbol (caret) to indicate superscript format for electron quantities.)

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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**Exercise: Writing Condensed Electron Configurations** Write the [condensed] electron configuration for the following atoms: 1. Al 2. Sc 3. Co 4. Br 5. Ba (Note: write superscripts with the use of the caret (^) as in this example, 1s^22s^2 should be written for 1s²2s²) **Instruction:** Eric's note: I stole this question. You can write out the full configuration if you want—I might have to go in and force credit if it doesn't like *exactly* how you put it in, so tell me... **Input Fields:** - Blank #1: [Input field for Al] - Blank #2: [Input field for Sc] - Blank #3: [Input field for Co] - Blank #4: [Input field for Br] - Blank #5: [Input field for Ba] (Note: Each blank is followed by an up arrow symbol (caret) to indicate superscript format for electron quantities.)
Transcribed Image Text:**Exercise: Writing Condensed Electron Configurations** Write the [condensed] electron configuration for the following atoms: 1. Al 2. Sc 3. Co 4. Br 5. Ba (Note: write superscripts with the use of the caret (^) as in this example, 1s^22s^2 should be written for 1s²2s²) **Instruction:** Eric's note: I stole this question. You can write out the full configuration if you want—I might have to go in and force credit if it doesn't like *exactly* how you put it in, so tell me... **Input Fields:** - Blank #1: [Input field for Al] - Blank #2: [Input field for Sc] - Blank #3: [Input field for Co] - Blank #4: [Input field for Br] - Blank #5: [Input field for Ba] (Note: Each blank is followed by an up arrow symbol (caret) to indicate superscript format for electron quantities.)
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Step 1

The condensed electron configuration:

The distribution of electrons of an atom in atomic orbitals is known as the electron configuration. The total number of electrons in the atom is equal to the number of protons in the atom (atomic number).

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