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Category: ATONTIC STRUCTURE
- Ground state.
- Excited state.
- Impossible.
- Noble gas configuration.
- Two electrons in different orbitals.
- Two electrons in the same orbital with parallel spins.
- Two electrons in the same orbital with opposite spins.
- An electron leaving an orbital.
- Both lie along the axes.
- Both lie between the axes.
- dx2?y2? lies along axes, dxy? lies between axes.
- dxy? lies along axes, dx2?y2? lies between axes.
- Along the y-axis.
- Along the x-axis.
- Along the z-axis.
- Perpendicular to all axes.
- Along the y-axis.
- Along the x-axis.
- Along the z-axis.
- Perpendicular to all axes.
- Along the y-axis.
- Along the x-axis.
- Along the z-axis.
- Perpendicular to all axes.
- Why d-orbitals are higher in energy than p-orbitals.
- Why s-orbitals are lower in energy than p-orbitals in multi-electron atoms.
- The spherical shape of s-orbitals.
- The magnetic properties of atoms.
- They have the same energy.
- 3s is higher in energy than 3p.
- 3p is higher in energy than 3s.
- Their energies depend on the spin.
- Electron velocity.
- Electron charge.
- Probability of finding an electron.
- Orbital energy.
- The discrete energy levels of electrons in atoms.
- The continuous spectrum of light.
- The exact location of electrons.
- The mass of the nucleus.
