Test Bank for Cognition 7th Edition by Radvansky

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  • ISBN-10 ‏ : ‎ 0134832620
  • ISBN-13 ‏ : ‎ 978-0134832623
  • Author:  Gabriel Radvansky; Mark H Ashcraft

This is the eBook of the printed book and may not include any media, website access codes, or print supplements that may come packaged with the bound book.   Provides a balance between classic research and current topics   The psychology of human memory and cognition is fascinating, dealing with questions and ideas that are inherently interesting; how we think, reason, remember, and use language, to name just a few. Using a first person narrative, Cognition, 7/e poses direct questions to the reader, and balances classic research with cutting edge topics, drawing in the reader and conveying the excitement of the field.  

Table of contents:

  1. 1 Cognitive Psychology
  2. 1.1 Thinking About Thinking
  3. 1.2 Memory and Cognition Defined
  4. 1.3 An Introductory History of Cognitive Psychology
  5. 1.3.1 Anticipations of Psychology
  6. 1.3.2 Early Psychology
  7. 1.3.3 Behaviorism
  8. 1.3.4 Emerging Cognition
  9. 1.4 Cognitive Psychology and Information Processing
  10. 1.5 Measuring Information Processes
  11. 1.5.1 Interpreting Graphs
  12. 1.5.2 Time and Accuracy Measures
  13. 1.6 The Standard Theory and Cognitive Science
  14. 1.6.1 The Standard Theory
  15. 1.6.2 A Process Model
  16. 1.6.3 Revealing Assumptions
  17. 1.6.4 Cognitive Science
  18. 1.7 Themes of Cognition
  19. Summary: Cognitive Psychology
  20. 2 Cognitive Neuroscience
  21. 2.1 The Brain and Cognition Together
  22. 2.1.1 Dissociations and Double Dissociations
  23. 2.2 Basic Neurology
  24. 2.2.1 Neuron Structure
  25. 2.2.2 Neural Communication
  26. 2.2.3 Neurons and Learning
  27. 2.3 Important Brain Structures and Function
  28. 2.3.1 Subcortical Brain Structures
  29. 2.3.2 Cortical Brain Structures
  30. 2.3.3 Principles of Functioning
  31. 2.3.4 Split-Brain Research and Lateralization
  32. 2.3.5 Cortical Specialization
  33. 2.3.6 Levels of Explanation and Embodied Cognition
  34. 2.4 Neuroimaging
  35. 2.4.1 Structural Measures
  36. 2.4.2 Electrical Measures
  37. 2.4.3 Metabolic Measures
  38. 2.4.4 Other Methods
  39. 2.5 Connectionism
  40. Summary: Cognitive Neuroscience
  41. 3 Sensation and Perception
  42. 3.1 Psychophysics
  43. 3.1.1 Detection and Absolute Thresholds
  44. 3.1.2 Discrimination
  45. 3.1.3 Decisions About Physical and Mental Differences
  46. 3.1.4 Signal Detection Theory
  47. 3.2 Visual Sensation and Perception
  48. 3.2.1 Gathering Visual Information
  49. 3.2.2 Synesthesia
  50. 3.2.3 Visual Sensory Memory
  51. 3.2.4 The Early Parts of a Fixation
  52. 3.2.5 Visual Attention
  53. 3.2.6 Trans-saccadic Memory
  54. 3.3 Pattern Recognition
  55. 3.3.1 Gestalt Grouping Principles
  56. 3.3.2 The Template Approach
  57. 3.3.3 Visual Feature Detection
  58. 3.4 Top-Down Processing
  59. 3.4.1 Conceptually Driven Pattern Recognition
  60. 3.4.2 Connectionist Modeling
  61. 3.5 Object Recognition and Agnosia
  62. 3.5.1 Recognition by Components
  63. 3.5.2 Context and Embodied Perception
  64. 3.5.3 Agnosia
  65. 3.5.4 Implications for Cognitive Science
  66. 3.6 Auditory Sensation and Perception
  67. 3.6.1 Auditory Sensory Memory
  68. 3.6.2 Auditory Pattern Recognition
  69. Summary: Sensation and Perception
  70. 4 Attention
  71. 4.1 Multiple Meanings of Attention
  72. 4.1.1 Attention as a Mental Process
  73. 4.1.2 Attention as a Limited Mental Resource
  74. 4.2 Basic Input Attentional Processes
  75. 4.2.1 Alertness and Arousal
  76. 4.2.2 Orienting Reflex and Attention Capture
  77. 4.2.3 Visual Search
  78. 4.2.4 Contrasting Input and Controlled Attention
  79. 4.2.5 Video Games as Mechanisms for Improving Attention
  80. 4.2.6 Hemineglect
  81. 4.3 Controlled, Voluntary Attention
  82. 4.3.1 Selective Attention and the Cocktail Party Effect
  83. 4.3.2 Selection Models
  84. 4.4 Attention as a Mental Resource
  85. 4.4.1 Automatic and Controlled Processing
  86. 4.4.2 The Role of Practice in Automaticity
  87. 4.4.3 Disadvantages of Automaticity
  88. Summary: Attention
  89. 5 Short-Term Working Memory
  90. 5.1 A Limited-Capacity Bottleneck
  91. 5.1.1 Short-Term Memory Capacity
  92. 5.1.2 Forgetting From Short-Term Memory
  93. 5.2 Short-Term Memory Retrieval
  94. 5.2.1 Serial Position Effects
  95. 5.2.2 Short-Term Memory Scanning
  96. 5.3 Working Memory
  97. 5.3.1 The Components of Working Memory
  98. 5.3.2 The Central Executive
  99. 5.3.3 The Phonological Loop
  100. 5.3.4 The Visuo-Spatial Sketch Pad
  101. 5.3.5 The Episodic Buffer
  102. 5.3.6 Engle’s Controlled Attention Model
  103. 5.4 Assessing Working Memory
  104. 5.4.1 Dual Task Method
  105. 5.4.2 Working Memory Span
  106. 5.4.3 Improving Working Memory
  107. 5.5 Working Memory and Cognition
  108. 5.5.1 Working Memory and Attention
  109. 5.5.2 Working Memory and Long-Term Memory
  110. 5.5.3 Working Memory and Reasoning
  111. 5.5.4 Sometimes Small Working Memory Spans Are Better
  112. 5.5.5 Working Memory Overview
  113. Summary: Short-Term Working Memory
  114. 6 Learning and Remembering
  115. 6.1 Preliminary Issues
  116. 6.1.1 Mnemonics
  117. 6.1.2 The Ebbinghaus Tradition
  118. 6.1.3 Memory Consolidation
  119. 6.1.4 Metamemory
  120. 6.2 Storing Information in Episodic Memory
  121. 6.2.1 Rehearsal
  122. 6.2.2 Depth of Processing
  123. 6.2.3 Challenges to Depth of Processing
  124. 6.3 Boosting Episodic Memory
  125. 6.3.1 The Self-Reference Effect
  126. 6.3.2 Generation, Production, and Enactment
  127. 6.3.3 Organization in Storage
  128. 6.3.4 Improving Memory
  129. 6.3.5 Imagery
  130. 6.3.6 Adaptive Memory
  131. 6.4 Context
  132. 6.4.1 Encoding Specificity
  133. 6.4.2 Source Monitoring
  134. 6.5 Facts and Situation Models
  135. 6.5.1 The Nature of Propositions
  136. 6.5.2 Situation Models
  137. 6.6 Autobiographical Memories
  138. 6.6.1 Psychologists as Subjects
  139. 6.6.2 Infantile Amnesia
  140. 6.6.3 Reminiscence Bump
  141. 6.6.4 Involuntary Memory
  142. 6.7 Memory for the Future
  143. 6.7.1 Prospective Memory
  144. 6.7.2 Episodic Future Thinking
  145. Summary: Learning and Remembering
  146. 7 Knowing
  147. 7.1 Semantic Memory
  148. 7.1.1 Persistence of Semantic Knowledge
  149. 7.1.2 Semantic Networks
  150. 7.1.3 Feature Comparison Models
  151. 7.1.4 Tests of Semantic Memory Models
  152. 7.1.5 Semantic Relatedness
  153. 7.2 Connectionism and the Brain
  154. 7.2.1 Connectionism
  155. 7.2.2 The Benefits of Connectionist Models
  156. 7.3 Semantic Priming
  157. 7.3.1 Nuts and Bolts of Priming Tasks
  158. 7.3.2 Empirical Demonstrations of Priming
  159. 7.3.3 Automatic and Controlled Priming
  160. 7.3.4 Priming Is Implicit
  161. 7.4 Schemata and Scripts
  162. 7.4.1 Bartlett’s Research
  163. 7.4.2 Schemata
  164. 7.4.3 Scripts
  165. 7.5 Concepts and Categorization
  166. 7.5.1 Classic View of Categorization
  167. 7.5.2 Characteristics of Human Categories
  168. 7.5.3 Probabilistic Theories of Categorization
  169. 7.5.4 Explanation-Based Theories
  170. Summary: Knowing
  171. 8 Memory and Forgetting
  172. 8.1 The Seven Sins of Memory
  173. 8.2 Forgetting Through Decay and Interference
  174. 8.2.1 Paired-Associate Learning
  175. 8.2.2 Associative Interference
  176. 8.2.3 Situation Models and Interference
  177. 8.2.4 Overcoming Forgetting from Interference
  178. 8.2.5 Retrieval Cues
  179. 8.2.6 Part-Set Cuing Effect
  180. 8.3 False Memories, Eyewitness Memory, and “Forgotten Memories”
  181. 8.3.1 False Memories
  182. 8.3.2 Integration
  183. 8.3.3 Leading Questions and Memory Distortions
  184. 8.3.4 The Misleading Information Effect
  185. 8.3.5 Source Misattribution and Misinformation Acceptance
  186. 8.3.6 Stronger Memory Distortion Effects
  187. 8.3.7 Repressed and Recovered Memories
  188. 8.3.8 The Irony of Memory
  189. 8.4 Amnesia and Implicit Memory
  190. 8.4.1 Dissociation of Episodic and Semantic Memory
  191. 8.4.2 Anterograde Amnesia
  192. 8.4.3 Implicit and Explicit Memory as Revealed by Amnesia
  193. Summary: Memory and Forgetting
  194. 9 Language
  195. 9.1 Linguistic Universals and Functions
  196. 9.1.1 Defining Language
  197. 9.1.2 Language Universals
  198. 9.1.3 Animal Communication
  199. 9.1.4 Levels of Analysis
  200. 9.2 Phonology
  201. 9.2.1 Sounds in Isolation
  202. 9.2.2 Combining Phonemes into Morphemes
  203. 9.2.3 Speech Perception and Context
  204. 9.2.4 The Effect of Context
  205. 9.2.5 Top-Down and Bottom-Up Processes
  206. 9.2.6 Embodiment in Speech Perception
  207. 9.2.7 The Puzzle of Apparent Segments in Speech
  208. 9.3 Syntax
  209. 9.3.1 Chomsky’s Transformational Grammar
  210. 9.3.2 Limitations of Transformational Grammar
  211. 9.3.3 The Cognitive Role of Syntax
  212. 9.3.4 Prosody
  213. 9.4 Lexical Factors
  214. 9.4.1 Morphemes
  215. 9.4.2 Lexical Representation
  216. 9.4.3 Polysemy
  217. 9.5 Semantics
  218. 9.5.1 Case Grammar
  219. 9.5.2 Interaction of Syntax and Semantics
  220. 9.5.3 Evidence for the Semantic Grammar Approaches
  221. 9.6 Brain and Language
  222. 9.6.1 Language in the Intact Brain
  223. 9.6.2 Aphasia
  224. 9.6.3 Generalizing from Cases of Brain Damage
  225. Summary: Language
  226. 10 Comprehension
  227. 10.1 Conceptual and Rule Knowledge
  228. 10.1.1 Comprehension Research
  229. 10.1.2 Online Comprehension Tasks
  230. 10.1.3 Metacomprehension
  231. 10.1.4 Comprehension as Mental Structure Building
  232. 10.1.5 Levels of Comprehension
  233. 10.2 Reading
  234. 10.2.1 Gaze Duration
  235. 10.2.2 Basic Online Reading Effects
  236. 10.2.3 Benefits of Online Reading
  237. 10.2.4 Factors That Affect Reading
  238. 10.3 Reference, Situation Models, and Events
  239. 10.3.1 Reference
  240. 10.3.2 Situation Models
  241. 10.3.3 Events
  242. 10.4 Conversation and Gesture
  243. 10.4.1 The Structure of Conversations
  244. 10.4.2 Cognitive Conversational Characteristics
  245. 10.4.3 Empirical Effects in Conversation
  246. 10.4.4 Metaphors and Idioms
  247. 10.4.5 Gesture
  248. Summary: Comprehension
  249. 11 Reasoning and Decision Making
  250. 11.1 Formal Logic and Reasoning
  251. 11.1.1 Categorical Syllogisms
  252. 11.1.2 Theories of Syllogistic Reasoning
  253. 11.1.3 Conditional Reasoning
  254. 11.1.4 Hypothesis Testing
  255. 11.2 Decisions
  256. 11.2.1 Algorithms and Heuristics
  257. 11.3 Classic Heuristics, Biases, and Fallacies
  258. 11.3.1 The Representativeness Heuristic
  259. 11.3.2 The Availability Heuristic
  260. 11.3.3 The Simulation Heuristic
  261. 11.3.4 Elimination by Aspects
  262. 11.3.5 The Undoing Heuristic
  263. 11.4 Framing and Risky Decisions
  264. 11.4.1 Risk Aversion and Seeking
  265. 11.4.2 Outcome Magnitude
  266. 11.5 Adaptive Thinking and “Fast and Frugal” Heuristics
  267. 11.5.1 Some Fast and Frugal Heuristics in Detail
  268. 11.5.2 The Ongoing Debate
  269. 11.6 Other Explanations
  270. 11.6.1 Bayesian Theories
  271. 11.6.2 Quantum Theory
  272. 11.7 Limitations in Reasoning
  273. 11.7.1 Limited Domain Knowledge
  274. 11.7.2 Limitations in Processing Resources

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