Input interpretation
cesium | Aufbau diagram
Result
![Build the ground-state orbital diagram for: cesium (Cs) Plan: • Look up the abbreviated (condensed) ground electronic configuration. • Use the electronic configuration to identify the outermost electrons. • Use the following representations: a gray rectangle for an atomic orbital, an up arrow for an alpha (spin-up) spin state and a down arrow for a beta (spin-down) spin state. • Follow the Pauli exclusion principle by representing the first electron in each atomic orbital with an alpha spin state and the second electron with a beta spin state. • Place electrons into orbitals following the Aufbau principle and Hund's rule. The abbreviated ground electronic configuration for cesium is: [Xe]6s^1 Electrons in atomic orbitals outside of the xenon core, [Xe], are the outermost electrons: 6s^1 Follow Hund's rule by placing one alpha electron into the 6s orbital: Answer: | | 6s](../image_source/953fb2a1bf9fe61c20aa7a4a479f7b4d.png)
Build the ground-state orbital diagram for: cesium (Cs) Plan: • Look up the abbreviated (condensed) ground electronic configuration. • Use the electronic configuration to identify the outermost electrons. • Use the following representations: a gray rectangle for an atomic orbital, an up arrow for an alpha (spin-up) spin state and a down arrow for a beta (spin-down) spin state. • Follow the Pauli exclusion principle by representing the first electron in each atomic orbital with an alpha spin state and the second electron with a beta spin state. • Place electrons into orbitals following the Aufbau principle and Hund's rule. The abbreviated ground electronic configuration for cesium is: [Xe]6s^1 Electrons in atomic orbitals outside of the xenon core, [Xe], are the outermost electrons: 6s^1 Follow Hund's rule by placing one alpha electron into the 6s orbital: Answer: | | 6s