**Thallium Ions: Electron Configuration**To determine the noble gas abbreviated electron configuration for thallium ions using the orbital (box) method, we will use oxidation numbers from the periodic table. One of the ions completely empties the 6s subshell, using 6s⁰ to hold its place.1. **Tl⁺¹ Ion Configuration:** - **Total Electrons:** [Fill in the number of electrons] - **Core Electrons:** [Fill in the number of core electrons] Configuration Representation: \[ [\, \_\_\_ \,] \, 6 \,\,\, 4 \,\,\, \_\_\_ \,\,\, 6 \,\,\, \_\_\_ \]2. **Tl⁺³ Ion Configuration:** - **Total Electrons:** [Fill in the number of electrons] - **Core Electrons:** [Fill in the number of core electrons] Configuration Representation: \[ [\, \_\_\_ \,] \, 6 \,\,\, 4 \,\,\, \_\_\_ \,\,\, 5 \,\,\, 6 \,\,\, \_\_\_ \]**Note:** Fill in the blanks with the appropriate electron counts. The usage of 6s⁰ indicates the complete removal of electrons from the 6s subshell for the Tl⁺³ ion.

To solve this problem first we have to decide the number of core electrons . Then we will write the…

Give the noble gas abbreviated electron configuration for the two thallium ions using the orbital (box) method. Use oxidation numbers from the periodic table. One ion completely empties the 6s subshell, use 6sº to hold its place. The TI*1 ion has electrons and core electrons. 16 4 6 The TI*3 ion has electrons and core electrons. ]6 4 6

Give the noble gas abbreviated electron configuration for the two thallium ions using the orbital (box) method. Use oxidation numbers from the periodic table. One ion completely empties the 6s subshell, use 6sº to hold its place. The TI1 ion has electrons and core electrons. 16 4 6 The TI3 ion has electrons and core electrons. ]6 4 6

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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