Across
- 2. mass for one mole of a compound or element
- 4. conversion factor used in step 2 of a full stoichiometry problem
- 5. when the number of atoms on the reactants side matches the number on the products side, the equation is said to be ____________
- 8. carbon, fluorine, lithium, silicon, and lead are all examples of a __________
- 9. H2O, CO2, HCl, NaCl, and MgO are examples of a __________
- 12. molar mass of sodium
- 13. the relationship between the relative quantities of substances taking part in a reaction
Down
- 1. table with molar masses for all the elements
- 2. the bottom number on the tile of an element on the periodic table tells you the atomic/molar __________
- 3. instead of calculating molar mass for a compound using the periodic table, you could simply use _______
- 6. number in front of reactants and products in a chemical equation
- 7. mathematical operation(x ÷ + –)that you do to convert moles to grams
- 10. moles and grams are examples of this
- 11. mathematical operation (x ÷ + –) that you do to convert grams to moles
