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Educational Psychology: Developing Learners, Global Edition

Educational Psychology: Developing Learners, Global Edition

Jeanne Ellis Ormrod

(2016)

Additional Information

Book Details

Abstract

Designed for both undergraduate and masters-level introduction to educational psychology courses.

  

Helps students understand their own learning and apply the core concepts and principles of educational psychology.

Educational Psychology: Developing Learners is known for its exceptionally clear and engaging writing, its in-depth focus on learning, and its extensive concrete applications. The text's unique approach helps students understand concepts by examining their own learning and then showing them how to apply these concepts as teachers. The text moves seamlessly between theory and applications, features the most extensive and integrated coverage of diversity, contexts of learning, and neuropsychology and brain development. It also includes innumerable concrete examples and artifacts to help readers connect educational psychology to real children and classrooms.

Table of Contents

Section Title Page Action Price
Cover Cover
Title Page 1
Copyright Page 2
Dedication 3
About the Authors 4
Preface 7
Acknowledgments 11
Brief Contents 14
Contents 15
1. Teaching and Educational Psychology 22
Case Study: The “No D” Policy 23
Teaching as Evidence-Based Practice 24
Understanding and Interpreting Research Findings 26
Quantitative Research 26
Qualitative Research 29
Mixed-Methods Research 30
Interpreting Research Results: A Cautionary Note 31
From Research to Practice: The Importance of Principles and Theories 31
Collecting Data and Drawing Conclusions about Your Own Students 33
Assessing Students’ Achievements and Interpreting their Classroom Behaviors 33
Conducting Action Research 33
Developing as a Teacher 34
Strategies for Studying and Learning Effectively 36
2. Cognitive and Linguistic Development 40
Case Study: Apple Tarts 41
General Principles of Human Development 42
The Multiple Layers of Environmental Influence: Bioecological Systems and the Importance of Culture 43
Role of the Brain in Learning and Development 45
Piaget’s Theory of Cognitive Development 47
Piaget’s Basic Assumptions 49
Piaget’s Proposed Stages of Cognitive Development 50
Critiquing Piaget’s Theory 55
Considering Diversity From the Perspective of Piaget’s Theory 56
Contemporary Extensions and Applications of Piaget’s Theory 56
Vygotsky’s Theory of Cognitive Development 59
Vygotsky’s Basic Assumptions 59
Critiquing Vygotsky’s Theory 62
Considering Diversity from the Perspective of Vygotsky’s Theory 63
Contemporary Extensions and Applications of Vygotsky’s Theory 63
Contrasting Piaget’s and Vygotsky’s Theories 67
Language Development 68
Theoretical Issues Regarding Language Development 68
Diversity in Language Development 70
Second-Language Learning and English Language Learners 71
3. Personal and Social Development 76
Case Study: Hidden Treasure 77
Personality Development 78
Temperament 78
Environmental Influences on Personality Development 78
The “Big Five” Personality Traits 81
Temperament, Personality, and Goodness of Fit 82
Development of a Sense of Self 82
Factors Influencing Sense of Self 83
Developmental Changes in Sense of Self 84
Diversity in Sense of Self 87
Development of Peer Relationships and Interpersonal Understandings 89
Roles of Peers in Children’s Development 89
Common Social Groups in Childhood and Adolescence 91
Popularity and Social Isolation 93
Social Cognition 94
Aggression 97
Technology and Peer Relationships 98
Diversity in Peer Relationships and Social Cognition 99
Promoting Healthy Peer Relationships 100
Moral and Prosocial Development 103
Developmental Trends in Morality and Prosocial Behavior 103
Factors Influencing Moral and Prosocial Development 107
Diversity in Moral and Prosocial Development 108
Encouraging Moral and Prosocial Development at School 109
4. Group Differences 116
Case Study: Why Jack Wasn’t in School 117
Cultural and Ethnic Differences 119
Navigating Different Cultures at Home and at School 120
Examples of Cultural and Ethnic Diversity 121
Creating a Culturally Inclusive Classroom Environment 126
Gender Differences 132
Research Findings Regarding Gender Differences 132
Origins of Gender Differences 135
Making Appropriate Accommodations for Gender Differences 137
Socioeconomic Differences 138
Challenges Associated with Poverty 139
Fostering Resilience 141
Working with Homeless Students 142
Students at Risk 143
Characteristics of Students at Risk 143
Why Students Drop Out 144
Supporting Students at Risk 144
5. Individual Differences and Special Educational Needs 148
Case Study: Tim 149
Intelligence 149
Theoretical Perspectives of Intelligence 150
Measuring Intelligence 154
Nature and Nurture in the Development of Intelligence 156
Cultural and Ethnic Diversity in Intelligence 157
Being Smart about Intelligence and IQ Scores 157
Cognitive Styles and Dispositions 159
Do Students have Distinct Learning Styles? 159
Does it Make Sense to Teach to Students’ “Right Brains” or “Left Brains”? 160
Analytic and Holistic Thinking 160
Educating Students with Special Needs in General Education Classrooms 161
Public Law 94-142: Individuals with Disabilities Education Act (IDEA) 162
Potential Benefits and Drawbacks of Inclusion 163
Identifying Students’ Special Needs: Response to Intervention and People-First Language 164
Students with Specific Cognitive or Academic Difficulties 165
Learning Disabilities 165
Attention-Deficit Hyperactivity Disorder (ADHD) 168
Speech and Communication Disorders 170
General Recommendations 172
Students with Social or Behavioral Problems 172
Emotional and Behavioral Disorders 172
Autism Spectrum Disorders 175
General Recommendations 176
Students with General Delays in Cognitive and Social Functioning 177
Intellectual Disabilities 177
Students with Physical or Sensory Challenges 179
Physical and Health Impairments 179
Visual Impairments 180
Hearing Loss 181
General Recommendations 182
Students with Advanced Cognitive Development 183
Giftedness 183
Considering Diversity When Identifying and Addressing Special Needs 185
General Recommendations for Working with Students Who Have Special Needs 186
6. Learning, Cognition, and Memory 190
Case Study: Bones 191
Basic Assumptions of Cognitive Psychology 192
A Model of Human Memory 195
The Nature of the Sensory Register 196
Moving Information to Working Memory: The Role of Attention 197
The Nature of Working (Short-Term) Memory 198
Moving Information to Long-Term Memory: Connecting New Information with Prior Knowledge 199
The Nature of Long-Term Memory 200
Learning, Memory, and the Brain 200
Critiquing the Three-Component Model 201
Long-Term Memory Storage 201
How Knowledge Can Be Organized 203
How Declarative Knowledge Is Learned 205
How Procedural Knowledge Is Learned 209
Roles of Prior Knowledge and Working Memory in Long-Term Memory Storage 211
Encouraging a Meaningful Learning Set and Conceptual Understanding 212
Using Mnemonics in the Absence of Relevant Prior Knowledge 213
When Knowledge Construction Goes Awry: Addressing Learners’ Misconceptions 215
Obstacles to Conceptual Change 217
Promoting Conceptual Change 218
Long-Term Memory Retrieval 219
Factors Affecting Retrieval 220
Why Learners Sometimes Forget 224
Diversity in Cognitive Processes 226
Facilitating Cognitive Processing in Students with Special Needs 226
7. Complex Cognitive Processes 232
Case Study: Taking Over 233
Metacognition and Learning Strategies 234
Effective Learning Strategies 234
Factors Affecting Strategy Use 239
Metacognitive Strategies in the Digital Age 243
Diversity, Disabilities, and Exceptional Abilities in Metacognition 244
Transfer 245
Factors Affecting Transfer 247
Problem Solving 250
Problem Encoding 252
Problem-Solving Strategies: Algorithms and Heuristics 253
Working Memory and Problem Solving 254
Metacognition in Problem Solving 255
Using Computer Technology to Teach Problem-Solving Skills 255
Creativity 256
Fostering Creativity 258
Critical Thinking 259
Fostering Critical Thinking 261
Diversity in Creativity, Critical Thinking, and Other Complex Cognitive Processes 263
Accommodating Students with Special Needs 264
8. Learning and Cognition in Context 268
Case Study: It’s All in How You Look at Things 269
Basic Assumptions of Contextual Theories 270
Social Interactions as Contexts 273
Interactions with More Advanced Individuals 273
Interactions with Peers 274
Creating a Community of Learners 275
Cultures as Contexts 276
Schemas, Scripts, and Worldviews as Aspects of Culture 277
Communities of Practice as Aspects of Culture 279
Society and Technology as Contexts 280
Authentic Activities 280
Technological Innovations 282
Academic Content Domains as Contexts 285
Literacy 286
Mathematics 294
Science 296
Social Studies 300
Taking Student Diversity into Account 303
9. Behaviorist Views of Learning 308
Case Study: The Attention Getter 309
Basic Assumptions of Behaviorism 309
Building on Existing Stimulus–Response Associations: Classical Conditioning 311
Classical Conditioning of Involuntary Emotional Responses 313
Common Phenomena in Classical Conditioning 313
Addressing Counterproductive Emotional Responses 314
Learning from Consequences: Instrumental Conditioning 314
Contrasting Classical Conditioning and Instrumental Conditioning 315
The Various Forms That Reinforcement Can Take 316
The Various Forms That Punishment Can Take 321
Strategies for Encouraging Productive Behaviors 324
Using Reinforcement Effectively 324
Shaping New Behaviors 329
Bringing Antecedent Stimuli and Responses into the Picture 330
Strategies for Discouraging Undesirable Behaviors 331
Creating Conditions for Extinction 332
Cueing Inappropriate Behaviors 332
Reinforcing Incompatible Behaviors 332
Using Punishment When Necessary 333
Addressing Especially Difficult Classroom Behaviors 334
Applied Behavior Analysis 334
Functional Analysis 335
Positive Behavioral Interventions and Supports 336
Diversity in Student Behaviors and Reactions to Consequences 337
Accommodating Students with Special Needs 339
10. Social Cognitive Views of Learning 342
Case Study: Parlez-Vous Français? 343
Basic Assumptions of Social Cognitive Theory 343
The Social Cognitive View of Reinforcement and Punishment 345
Modeling 348
Behaviors and Skills That Can Be Learned through Modeling 349
Characteristics of Effective Models 350
Essential Conditions for Successful Modeling 351
Self-Efficacy 353
How Self-Efficacy Affects Behavior and Cognition 354
Factors in the Development of Self-Efficacy 355
Teacher Self-Efficacy 358
Self-Regulation 359
Self-Regulated Behavior 360
Self-Regulated Learning 365
Self-Regulated Problem Solving 367
Diversity in Self-Regulation 368
Revisiting Reciprocal Causation 372
Comparing Theoretical Perspectives of Learning 374
11. Motivation and Affect 378
Case Study: Passing Algebra 379
The Nature of Motivation 380
Intrinsic versus Extrinsic Motivation 381
Early Views of Basic Human Needs 384
Arousal 385
Cognitive and Sociocultural Factors in Motivation 385
Expectancies and Values 386
Interests 387
Self-Determination Theory 388
Diversity in Addressing Needs 394
Attributions 396
Goals 400
Mindsets 406
Diversity in Cognitive and Sociocultural Factors Affecting Motivation 408
Effects of Teacher Attributions and Expectations on Students’ Motivation 413
How Teacher Attributions and Expectations Affect Students’ Achievement 414
A TARGETS Mnemonic for Remembering Motivational Strategies 416
Affect and Its Effects 418
How Affect and Motivation Are Interrelated 418
Anxiety in the Classroom 420
Diversity in Affect 425
Motivating Students in Any Environment 427
12. Instructional Strategies 432
Case Study: Westward Expansion 433
General Principles That Can Guide Instruction 434
Planning for Instruction 436
Identifying the Goals of Instruction 437
Conducting a Task Analysis 441
Developing a Lesson Plan 442
Creating a Class Website to Share Goals and Facilitate Communication throughout the School Year 443
Teacher-Directed Instructional Strategies 444
Presenting New Material through Traditional Expository Methods: Lectures and Textbooks 444
Asking Questions and Giving Feedback 446
Providing Practice through In-Class Assignments 447
Giving Homework 448
Conducting Direct Instruction 449
Promoting Mastery 450
Using Instructional Websites 452
Using Technology to Individualize Instruction 453
Learner-Directed Instructional Strategies 454
Stimulating and Guiding Class Discussions 454
Conducting Reciprocal Teaching Sessions 456
Conducting Discovery and Inquiry Activities 458
Using Technology-Based Simulations and Games 459
Conducting Cooperative Learning Activities 462
Structuring Peer Tutoring Sessions 465
Conducting Technology-Based Collaborative Learning Activities 468
Taking Instructional Goals and Student Diversity into Account 468
Considering Group Differences 470
Accommodating Students with Special Needs 471
13. Creating a Productive Learning Environment 476
Case Study: A Contagious Situation 477
Creating a Setting Conducive to Learning 477
Arranging the Classroom 479
Establishing and Maintaining Productive Teacher– Student Relationships 480
Creating an Effective Psychological Climate 482
Setting Limits 484
Planning Activities That Keep Students on Task 487
Monitoring What Students Are Doing 489
Modifying Instructional Strategies 490
Taking Developmental Differences into Account 490
Taking Individual and Group Differences into Account 490
Expanding the Sense of Community Beyond the Classroom 495
Working with Other Faculty Members 495
Working with the Community at Large 496
Working with Parents 496
Dealing with Misbehaviors 500
Ignoring Certain Behaviors 501
Cueing Students 502
Discussing Problems Privately with Students 502
Teaching Self-Regulation Skills 504
Conferring with Parents 504
Conducting Planned, Systematic Interventions 506
Taking Students’ Cultural Backgrounds into Account 508
Addressing Aggression and Violence at School 509
A Three-Level Approach 510
Addressing Gang-Related Problems 512
14. Classroom Assessment Strategies 516
Case Study: The Math Test 517
The Many Forms and Purposes of Assessment 518
Guiding Instructional Decision Making 520
Determining What Students Have Learned from Instruction 520
Evaluating the Quality of Instruction 521
Diagnosing Learning and Performance Problems 521
Promoting Learning 522
Enhancing Learning through Ongoing Assessments and Regular Feedback 524
Including Students in the Assessment Process 526
Using Digital Technologies in Formative Assessment 527
Important Qualities of Good Assessments 528
Reliability 528
Standardization 530
Validity 530
Practicality 535
Assessing Students’ Progress and Achievement Both Informally and Formally 536
Informally Observing Students’ Behaviors 536
Using Paper–Pencil Assessments 538
Using Performance Assessments 546
Additional Considerations in Formal Assessment 551
Taking Student Diversity into Account in Classroom Assessments 555
Accommodating Group Differences 556
Accommodating Students with Special Needs 556
15. Summarizing Students’ Achievements and Abilities 560
Case Study: B in History 561
Summarizing the Results of a Single Assessment 562
Raw Scores 562
Criterion-Referenced Scores 562
Norm-Referenced Scores 563
Using Criterion-Referenced versus Norm-Referenced Scores in the Classroom 567
Determining Final Class Grades 568
Considering—Or Not Considering—Other Factors in Grading 571
Including Students in the Grading Process 573
Using Portfolios 573
Types and Purposes of Portfolios 574
Benefits and Limitations of Portfolios 575
Helping Students Construct Portfolios 575
Standardized Tests 577
Types of Standardized Tests 577
Individual versus Group Administration of Standardized Tests 579
Guidelines for Choosing and Using Standardized Tests 579
Interpreting Standardized Test Scores 582
High-Stakes Testing and Teacher Accountability 584
The U.S. No Child Left Behind Act 585
Problems with High-Stakes Testing 585
Productive Steps Forward in High-Stakes Testing 587
Taking Student Diversity into Account 588
Cultural Bias in Test Content 589
Cultural and Ethnic Differences 590
Language Differences and English Language Learners 590
Accommodating Students with Special Needs 591
Confidentiality and Communication About Assessment Results 593
Communicating Assessment Results to Students and Parents 594
Appendix A: Describing Associations with Correlation Coefficients 598
Appendix B: Determining Reliability and Predictive Validity 600
Appendix C: Matching Book and MyEdLab Content to the Praxis® Principles of Learning and Teaching Tests 603
Glossary 626
References 638
Name Index 751
Subject Index 767
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