Chemical Thermodynamics & Kinetics

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Across
  1. 5. Rate is described as ________ over time.
  2. 7. The measure of distribution of energy in a system at a specific temperature.
  3. 9. Motion within a microstate that is at the lowest energy level.
  4. 11. The measure of the energy available to do work.
  5. 13. If the delta G of a solution is negative, the process is said to be ____________.
  6. 15. At _____ temperature, negative Enthalpy, and negative Entropy, the reaction is spontaneous.
  7. 18. When the Gibb's Free Energy is _______, the reaction is in equilibrium.
  8. 19. The work done per energy consumed describes the __________.
  9. 20. The greater the change in __________ between the system and surroundings, the greater the entropy increase within the system.
  10. 21. Whenever a system is ______ than surroundings, heat transfer is spontaneous.
  11. 22. Temperature, Volume, and ________ of particles tend to create more microstates.
Down
  1. 1. The Instantaneous Rate is found as __________ to the line.
  2. 2. When the separation between energy levels decreases, the number of energy levels the molecules can go to ________.
  3. 3. Speed within a microstate is _______ until the next level is reached, regardless of the energy level in between.
  4. 4. Fixing up a junk car is considered a __________ process.
  5. 6. The measure of the internal energy of a system or products.
  6. 8. Motion within a microstate that is at the intermediate energy level
  7. 10. a unique distribution of particles among specific energy levels
  8. 12. If the change in Enthalpy is positive.
  9. 14. If the change in Enthalpy is negative.
  10. 16. Motion within a microstate that is at the highest energy level.
  11. 17. Reaction _____ is defined as the constant of proportionality that relates the rate of the reaction to the concentrations of reactions without being dependent on concentration.