- Ionization energy.
- Electron affinity.
- Chemical bonding.
- All of the above.
Category: Chemistry
- n=2, l=1, m_l=0, m_s=+1/2.
- n=2, l=1, m_l=-1, m_s=+1/2.
- n=2, l=1, m_l=0, m_s=-1/2.
- n=2, l=1, m_l=+1, m_s=+1/2.
- 6s.
- 4f.
- They fill at the same time.
- Depends on the atom.
- A billiard ball.
- A planetary orbit.
- A fuzzy cloud.
- A hard sphere.
- 5p.
- 4d.
- They fill at the same time.
- Depends on the atom.
- The exact location of electrons.
- The behavior of electrons in atoms.
- The mass of an atom.
- The speed of light.
- Their number is equal to l.
- Their number is equal to n?1.
- Their number is equal to n?l?1.
- They only exist in p orbitals.
- They are always spherical.
- Their number is equal to n?l?1.
- Their number is equal to l.
- They only exist in s orbitals.
- The number of electrons it can hold.
- The number of possible orientations for that type of orbital.
- Its principal quantum number.
- Its specific energy level.
- [Ar]4s23d104p6.
- [Ne]4s23d104p6.
- [Kr].
- [Ar]4s23d105p6.
- Energy increases.
- Energy decreases.
- Energy remains the same.
- Energy becomes zero.
- Because it has a higher principal quantum number.
- Because it has better penetrating power towards the nucleus.
- Because it has more angular nodes.
- Because it can hold fewer electrons.
- One with all orbitals half-filled.
- One with all orbitals fully filled.
- The ground state configuration.
- Any configuration with 8 valence electrons.
- Deviations from ideal orbital energies in multi-electron atoms.
- The exact location of electrons.
- The number of nodes in an orbital.
- The spin of the electron.
