Across
- 5. products ____ forming when one reactant runs out
- 6. abbreviation for moles
- 7. propane
- 9. other reactions that consume one or more of the reactants or products
- 11. stoichiometric quantities are used so to both reactants “____ ____” at the same time
- 15. the reactant that is completely used up when a reaction is run to completion
- 18. Hydrofluoric Acid
- 19. the ______ of product calculated is the theoretical yield of that product
- 22. mixture that contains the relative amounts of reactants that matches the numbers in the balanced equation
- 24. when chemicals are mixed together so that they can undergo a reaction, they are often mixed in stoichiometric __________
- 25. the amount of ________ is controlled by the limiting reactant
- 26. The actual yield of a product as a percentage of the theoretical yield
- 27. chemists say that the ________ equation for a chemical reaction describes the stoichiometry of the reaction
Down
- 1. the ratio of moles of one substance to moles of another substance in a balanced chemical equation
- 2. balanced equation can be multiplied by ____ ________ and you’d still have a balanced equation
- 3. it is important to recognize that the coefficients in a balanced equation give the ________ number of molecules
- 4. the process of using a chemical reaction equation to determine the relative amounts of reactants and products involved in a reaction
- 8. _____________ Notation
- 10. in chemistry, you cannot count molecules directly; instead we count by ________
- 12. Big number used before each compound to balance equation
- 13. we have to look for the ________ that is limiting to determine how much product can be formed
- 14. use the _________ integers that satisfies a balanced equation
- 16. the mass in grams of one mole of a compound
- 17. The maximum amount of a given product that can be formed when the limiting reactant is completely consumed
- 20. the amount of product actually obtained
- 21. you must count by weighing, so you have to find the ________ reactant given the masses of the reactants
- 23. you can use an ________ to predict the moles of products that a given number of moles of reactants will yield
