Chapter 6

3. The other way to overcome activation energy (the first is enzymes)
5. Reactions that occur without input of additional energy
7. Energy that is needed to start the reaction
9. Law of thermodynamics that states that entropy of a system will always increase
10. Delta G is positive
11. Inorganic ion that temporarily binds to enzyme
13. RNA molecules with catalytic properties
14. Inhibition where the inhibitor binds directly to the active site
16. Protein catalysts in living cells
17. Total energy, what H stands for in the Gibb's Free Energy Equation
18. Type of fit that says there can be conformational changes in the enzyme
19. Reactants that bond to the active site
20. Type of energy stored in molecular bonds
22. A measure of the disorder that cannot be harnessed to do work

1. Type of energy associated with movement
2. Type of energy due to structure or location
4. Inhibition where the inhibitor binds to an allosteric site
6. Ability to promote change or do work
7. Site that is not the active site
8. (2 words, no space) The location where reactions take place
11. Organic molecule that participates in reaction, but is left unchanged afterward
12. Law of thermodynamics that states that energy cannot be created nor destroyed
15. Small molecules permanently attached to the enzyme
21. Agent that speeds up the rate of a chemical reaction without being consumed during the reaction