Complete Electron Configuration or Extended Configuration
At atomic number greater than 18, the sublevels begin to fill out of order. A good approximation can be made by using the periodic table as a templet and knowing that transition metals (d sub-level) are one energy level less than their period. Additionally, the inner transition metals (f sub-level) are two energy levels less than their period.
Write the complete electron configuration for the following elements on the FICTIONAL PERIODIC TABLE.
5. Solarium
6. Vibranium
7. Clownium
8. Galvorn
9. Tiberium
Draw the arrow diagram electron configuration for ALL of the following elements from the FICTIONAL PERIODIC TABLE and use it to answer the following questions about each element.
11-15: Calculon,Nucleon, Afraidium, Onionium, and Fazon.
Draw the arrow diagram above then use it to answer the following
For the highest occupied sub level:
a. How many 1/2 filled orbitals
b. How many filled orbitals
c. How many empty orbitals
Complete Electron Configuration or Extended Configuration
At atomic number greater than 18, the sublevels begin to fill out of order. A good approximation can be made by using the periodic table as a templet and knowing that transition metals (d sub-level) are one energy level less than their period. Additionally, the inner transition metals (f sub-level) are two energy levels less than their period.
Write the complete electron configuration for the following elements on the FICTIONAL PERIODIC TABLE.
5. Solarium
6. Vibranium
7. Clownium
8. Galvorn
9. Tiberium
Draw the arrow diagram electron configuration for ALL of the following elements from the FICTIONAL PERIODIC TABLE and use it to answer the following questions about each element.
11-15: Calculon,Nucleon, Afraidium, Onionium, and Fazon.
Draw the arrow diagram above then use it to answer the following
For the highest occupied sub level:
a. How many 1/2 filled orbitals
b. How many filled orbitals
c. How many empty orbitals
Related textbook solutions
Basic Chemistry
Principles of Chemistry Molecular Approach
Principles of Chemistry Molecular Approach
Chemistry: Structure and Properties
Chemistry: A Molecular Approach
Chemistry: A Molecular Approach
Principles of Chemistry: A Molecular Approach
to determine the following:
