Here are answers to the test I edited from another professors's old mid-term and final, in the order in which the questions appear. DON'T READ THEM UNTIL YOU'VE TRIED HARD TO FIND ALL THE ANSWERS ON YOUR OWN! Some items were not covered in our class at all, remember. Many others require the textbook to answer them, but they're sections of the text that you have to read, so that's okay. Finally, don't stop here -- look at the other exams too (the ones WITHOUT answers posted). Good luck. NEUROPSYCHOLOGY 9. c 10. a 19. b 23. b 24. b 33. d 35. c 37. c 43. c 44. b 61. a 63. b 64. c 66. a 71. a 79. d 82. a 85. d 94. c 95. b 97. d LEARNING 1. d 3. b 4. a 8. d 9. c 10. d 15. a 16. c 17. a 19. a 24. c 26. b 30. a 33. d 38. a 40. d (but "a" is okay for our class!) 45. d 46. c 51. d 54. c 55. a 65. b (but that's not even true for EVERY response, remember!) 69. d 70. b 74. d 75. b 76. d 80. b 88. b MEMORY 1. c 12. c 13. b 15. b 16. b 17. b 18. b (it's really d but in this class you probably don't know anything about "K.F.") 21. a 30. c 32. a 40. a 47. a 48. b 50. a 20. b 29. a 31. d 53. a 68. a 84. b SENSATION / PERCEPTION 2. a 3. a 4. d (sorry, this is actually a NEUROPSYCH question - see fig. 2.38) 5. d 6. a (you could get this by memorizing table 5.1, but I'm not asking you to do that!, or you might just figure that vision is more sensitive than taste.) 7. d 8. d 11. a 14. a 20. b 22. a 25. a 26. d 27. c (okay, three things about this question: in our class, 1) you don't need to MEMORIZE fig. 5.39; 2) do NOT refer to the three cone types as "blue", "green", and "red", as Young and Helmholtz originally did -- call them instead "short-", "medium-", and "long-wavelength" cones, respectively, which not only is the correct modern way to talk about them but is also the way they are described in fig. 5.39; and 3) IF you have fig. 5.39 in front of you, you should DEFINITELY be able to understand and answer this question correctly -- and that might happen on your exam!) 28. a 29. b 34. d 36. b 38. a 39. b 41. b 42. a 45. b 46. a 7. b 14. d 22. d 23. d 34. d (for clarification, (a) is false because of the blind spot; (b) is false -- see fig. 2.38; and (c) is false according to Müller's Doctrine of Specific Nerve Energies) 60. b 72. c 73. d 86. b 93. c 99. a