Across
- 2. The group of metals that all have a charge of 2+
- 6. A positively or negatively charged version of an atom
- 7. Properties that we can see and feel
- 9. The particles of an atom with zero charge
- 10. The number of electrons that can fill the 2nd shell of an atom
- 14. A metal with multiple charges
- 16. Properties that describe the ability of matter to react
- 21. The number represented by the roman numeral "V"
- 22. Mixtures that are mixed uniformly, meaning their individual components cannot be seen
- 23. The trick we use with charges to figure out our chemical formulas for a bond
- 24. Matter made up of one type of particle
- 26. A bond between a metal and a non-metal
- 27. the outermost shell of an atom
- 28. The prefix that means "four"
- 30. The positively charged particles of an atom
- 32. The group of metals that all have a charge of 1+
- 33. Metals have this property which means they easily attract electricity
- 34. Mixtures that are not mixed evenly, meaning the different parts can be seen
Down
- 1. The negatively charged particles of an atom
- 3. Matter made up of more than one type of particle
- 4. The term used to describe a molecule made up of "many" atoms
- 5. Non-metals do this with their electrons when creating bonds
- 8. The group of elements that already have full shells
- 11. The group of non-metals that all have a charge of 1-
- 12. The number which indicates how many protons and electrons an atom has
- 13. The group of 7 that always exist in pairs when found outside of a bond (ex: Nitrogen)
- 15. A reduced, simpler diagram to show what an atom looks like
- 17. The most popular type of model for an atom
- 18. A bond between a non-metal and a non-metal
- 19. The number that indicates how many of each molecule make up a compound
- 20. Metals do this with their electrons when creating bonds with a non-metal
- 25. An atom with the same number of protons and electrons, or has a neutral charge, is said to be in this state
- 29. The total mass of an element
- 31. Non-metals have a relatively low ___________ _______ compared to metals. For example Hydrogen and Oxygen bonds can be broken at just 100 degrees celsius
