Across
- 1. THE AMOUNT OF ENERGY NEEDED TO BREAK THE BONDS OF ONE MOLE OF A SUBSTANCE
- 3. A PART OF THE UNIVERSE UPON WHICH YOU FOCUS YOUR ATTENTION
- 6. THE STABLE FORM OF A SUBSTANCE AT A TEMPERATURE OF 25 DEGREES CELSIUS AND A PRESSURE OF 100kPa
- 10. STATES THAT BONDS ARE BROKEN WHEN MOLECULES COLLIDE WITH ENOUGH ENERGY TO BREAK BONDS IN REACTANTS AND WITH THE CORRECT ORIENTATION TO FORM BONDS THAT MAKE PRODUCTS
- 11. THE TOTAL CHANGE IN ENERGY FOR A REACTION
- 13. A REPRESENTATION OF THE RELATIVE INTERNAL ENERGY OF A SYSTEM UNDERGOING A CHEMICAL CHANGE
- 14. ENERGY TRANSFERRED FROM ONE OBJECT TO ANOTHER BECAUSE OF A TEMPERATURE DIFFERENCE BETWEEN THE OBJECTS
- 15. AN UNSTABLE CLUSTER OF ATOMS THAT EXISTS DURING THE TRANSITION FROM REACTANTS TO PRODUCTS
Down
- 2. IF YOU ADD TWO OR MORE THERMOCHEMICAL EQUATIONS TO GIVE AN OVERALL EQUATION, YOU CAN ALSO ADD THE ENTHALPIES OF REACTION TO GIVE THE OVERALL ENTHALPY OF REACTION
- 4. THE TOTAL ENERGY CONTAINED IN A SYSTEM
- 5. THE CHANGE IN ENTHALPY THAT ACCOMPANIES THE FORMATION OF ONE MOLE OF THE COMPOUND FROM ITS ELEMENTS WITH ALL SUBSTANCES IN THEIR STANDARD STATES
- 7. EVERYTHING IN THE UNIVERSE OUTSIDE OF THE SYSTEM
- 8. THE MINIMUM ENERGY COLLIDING PARTICLES MUST HAVE IN ORDER TO REACT
- 9. CHEMICAL EQUATION THAT INCLUDES THE ENTHALPY CHANGE
- 12. THE HEAT ABSORBED OR RELEASED BY A REACTION AT CONSTANT PRESSURE