- Shape of the orbital.
- Spin of the electron.
- Orientation of the orbital in space.
- Energy of the electron.
No category found.
- s orbital.
- p orbital.
- d orbital.
- f orbital.
- s orbital.
- p orbital.
- d orbital.
- f orbital.
- s orbital.
- p orbital.
- d orbital.
- f orbital.
- p orbital.
- s orbital.
- d orbital.
- f orbital.
- l=0,1,…,n
- l=1,2,…,n?1
- l=0,1,…,n?1
- l=n.
- Energy level.
- Size of the orbital.
- Shape of the orbital.
- Spin of the electron.
- 0, 1, 2, …
- 1, 2, 3, …
- -1, 0, 1, …
- Any integer value.
- Shape of the orbital.
- Orientation of the orbital.
- Energy level and size of the orbital.
- Spin of the electron.
- Bohr's model.
- Rutherford's model.
- Quantum mechanical model.
- Dalton's model.
- A fixed path of an electron around the nucleus.
- A region of space where the probability of finding an electron is maximum.
- A specific energy level for electrons.
- The smallest unit of an atom.
- It's a more convenient unit for very small energies.
- Joules are too large a unit.
- eV is the SI unit.
- It's easier to calculate.
- The quantum theory of light.
- The wave theory of light.
- The particle theory of light.
- Einstein's theory.
- It doubles.
- It halves.
- It remains unchanged.
- It quadruples.
- Mass.
- Charge.
- Spin.
- Volume.
- 5.56?1014 Hz
- 3.70?1014 Hz
- 2.30?1014 Hz
- 4.00?1014 Hz
- Visible light.
- Gamma-ray.
- Microwave.
- Radio wave.
- Increases.
- Decreases.
- Remains constant.
- Becomes zero.
