Bohr

4. – Starts with M: A representation used to explain atomic structure and behavior.
6. – Starts with N: A neutral particle (no charge) located in the nucleus of an atom.
10. – Starts with H: The simplest atom, with one proton and one electron; key to Bohr’s model.
11. – Starts with L: Another term for energy shell where electrons are located.
13. – Starts with C: The electrical property of particles (positive, negative, or neutral).
15. – Starts with N: The dense center of an atom containing protons and neutrons.
17. – Starts with O: The path an electron follows around the nucleus in the Bohr Model.
18. – Starts with E: The capacity to do work; in atoms, it determines electron positions in shells.
19. – Starts with E: The release of energy as light when an electron falls to a lower energy level.
21. – Starts with P: A positively charged particle found in the nucleus of an atom.
22. – Starts with E: A negatively charged particle that orbits the nucleus of an atom.

1. – Starts with A: The process of an electron taking in energy and moving to a higher level.
2. – Starts with Q: A discrete amount of energy absorbed or released by electrons.
3. – Starts with V: The number of electrons in the outermost shell that determine chemical bonding.
5. – Starts with A: Relating to atoms, the basic units of matter.
7. – Starts with S: A specific energy level where electrons are located around the nucleus.
8. – Starts with T: The movement of an electron between energy levels.
9. – Starts with G: The lowest energy state of an electron in an atom.
12. – Starts with E: The state of an electron when it absorbs energy and moves to a higher shell.
14. – Starts with P: A particle of light emitted or absorbed when electrons change energy levels.
16. – Starts with M: The amount of matter in an object; protons and neutrons give atoms most of their mass.
20. – Starts with S: Patterns of light produced when electrons emit energy at specific wavelengths.