Practice: Write the condensed configuration for the following element:
Co+ (Z = 27)
Concept #1: The Electron Configuration
Concept #2: Condensed Electron Configurations
Concept #3: Charged Electron Configurations
Concept #4: Electron Configurations of Transition Metals
Example #1: Write the full ground-state electron configuration and electron orbital diagram for the following element:
Ti (Z = 22)
Practice: Write the condensed configuration for the following element:
Co+ (Z = 27)
Concept #5: Electron Configuration Exceptions
Example #2: With an atomic number (Z) of 42, illustrate the exception to the electron configuration of molybdenum.
Mo (Z = 42)
Example #3: Write the condensed electron configuration of the following ion:
Ag+ (Z = 47)
Practice: Write the condensed electron configuration of the following ion:
Cu+ (Z = 29)
Practice: The palladium atom possesses a unique electron configuration, in which its d-orbital would prefer to be completely filled. Based on this information, provide the electron configuration of both Pd0 and Pd2+.
Concept #6: Valence Electrons of Transition Metals
Example #4: How many valence electrons are present in the following ion?
Ni+ (Z = 28)
Practice: Provide the condensed electron configuration and the number of valence electrons for the following ion:
Fe3+ (Z = 26)
