Educational Psychology 7e Canadian PDF
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Anita Woolfolk
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This chapter from "Educational Psychology 7e Canadian" by Anita Woolfolk discusses cognitive views of learning, memory, and knowledge. It details several key learning models and theories that help educators understand how students learn and remember information.
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CHAPTER 8 Ho Woolfolk Anita COGNITIVE TEACHERS VIEWS of LEARNING CASEBOOK: Remembering the Basics m You have just graded the first large unit test of the year. About two-thirds of the do? students seem other third, basic vocabulary to have however, mastered seems to the material be totally and lost....
CHAPTER 8 Ho Woolfolk Anita COGNITIVE TEACHERS VIEWS of LEARNING CASEBOOK: Remembering the Basics m You have just graded the first large unit test of the year. About two-thirds of the do? students seem other third, basic vocabulary to have however, mastered seems to the material be totally and lost. understood Somehow, the they key ideas. The failed to remember before they can the you to the more and factsthe complicated remembering foundation work key information in the from next one they unit. day or must These week know students to the often have move trouble next. would CRITICAL THINKING How what could you help these students retain and retrieve the necessary information? What How more How are would your you meaningful will these options use besides what the a rote memory approach? students already know to help ways? issues affect the grade levels you will teach? them learn in better, on OVERVIEW We turn This AND from behavioural means a shift environmental and and knowledge in of general teachers 8.1 can their help chapter, Differentiate Explain memory. Describe current from and of when thinking, that In the models Then, we turn By the and theory, of by point to key to ideas time about you including have the the recent cognitive and individual particularly and role of the differences contents processes science and types of retrieving in of information mind 2008). From favour and and abnormal that late (as view Most can several The decades there the scientific and is a sen-tence, on everyday can is a generally active mental cognitive scientifically, is knowledge schizophrenia) an the understand emphasis the Greek Today, is events importantly, be studied ancient an idea, in as the focus of learning learning knowledge, until mental have of of thrived. The p. 2). members to 1800s the thinking cognitive they at least solving. 2010, considers that the as knowledge. exist, nature a name, & Radvansky, The youngest back problem remember the of the behaviourism defined using of date from of knowledge. help us agreed-upon process of psychologists and that humans processors. years, called brain. one Myers, at times. processes and & object, of long-lasting discussions fell study better and few is oldest because thinking, the construction PERSPECTIVE of the orientation past the (Ashcraft though often importance suggested new of learning, memory load memory, old an a problem mental the of cognitive cognitionbroadly information and views students both learning, cognition active cognitive models contents remembering, assume a information-processing knowledgeable. 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OF THE philosophers will improvements load, plans, and this as products and pp. in memory. strategies cognitive we become should of select, learning of cognitive individual long-term psychological ago, recent cognitive views ELEMENTS value the behavioural memory, Describe The to perspective behaviours 1982, memory, working working to, (Wittrock, approach cognitive including long-term 8.4 you the attend early information-processing models, 8.3 as sources to students between in learners used fields memory, knowledge 8.2 with working this the understand along cognitive and their cognitive To the learners experience interdisciplinary of completed seeing to the actively from memory, processes how to learning. in the of learning viewing knowledge of the models from emotions discussion findings theories stimuli memories, stimuli OBJECTIVES the study cognitive Cognitive of memory sciencethe science views and cognition study cognition has of thinking, as the operation become interdiscipli-nary language, and, of a very increas-ingly, complex but Cognitive view A general approach learning coordinated system (Ashcraft science, or as it Comparing of multiple & Radvansky, is sometimes Cognitive memory components 2010). In called even and Chapter interacting 10 more we broadly, Behavioural rapidly will look the more learning and closely simultane-ously at cognitive process of learning and using knowledge. 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Stop longer on your the continuing changes Knowledge Quickly, list ceramic read you for brain COGNITIVE perspective. The Importance that and and 8 was associ-ated general knowledge class. is to remember psychologists have it over studied time memory and to be able extensively to and find have Domain-specific learned more about knowledge in the process. Lets see what they have Information that particular COGNITIVE VIEWS OF mainly to MEMORY are a number explanations 2012). We will use this of theories (Ashcraft of memory, & Radvansky, well-researched framework but the 2010; most Bruning for common et examining al., 2011; learning are the Sternberg and information-processing & Sternberg, memory. that is kinds applies is situation General There knowledge learned. useful one specific knowledge useful in of tasks; to a applies topic. Information many different information many in or that situations. that 270 PART 2 LEARNING AND MOTIVATION FIGURE THE Information is memory for encoded in further activated to memory, short-term processed return to INFORMATION-PROCESSING sensory use. In memory. Thoroughly be EARLY 8.1 where memory, attention determines new information and connected short-term SYSTEM information what connects becomes will with be held in knowledge short-term from part of long-term long-term memory and can memory. Maintenance Rehearsal Encoding Sensory Short-Term Register Long-Term Input Attention Sounds, Memory Memory Images, etc. Retrieval Responses Early the its information-processing computer, form the and responses content, to metaphor it. for for human mental to this one for is information memory is and briefly, information moved long-term memory, processes. could many small of working as shown in Bruning To from Information processing activity of is based sensory there, some memory example, holds and with Short-term old in connections happen cognitive the or knowledge but information-processing emphasizes elements sources (Ashcraft element more to among simultaneouslylike science approach, model, registers memories among the sensory and could A more recent on several the storage. way, from processes interactions & Sternberg, model, the environment for seeing, processing sense (for which the For one of the a early output. out-of-awareness features and Sternberg this parallel. into From memory, memory more interactions how only an of the the system, & Radvansky, 2010; 2012). lets examine (sights, sounds, each carefully. Memory mechanisms initial in flow etc.). long-term incomplete. cognitive of the attention, 8.2, 2011; understand Sensory Stimuli Figure explain generates is of Short-term from Like change 1968). (input) long-term in and model representation memory. mostly needed, tasting, or model. on it to computer & Shiffrin, hearing, many several some environment responses indicated operating retains memory, et al., system not the into the could C. 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The human minds of taking storing, and using information. in, Capacity, is Duration, very large, and and it Contents can take of in Sensory more Memory. information The than capacity we can of sensory possibly handle mem-ory a CHAPTER FIGURE A Information RECENT is held in encoded working of information again, becomes the part new of of the interactions working apply knowledge; and INFORMATION-PROCESSING where use. In working information modify attention executive knowledge from memories each other to propositions, concepts, Attention what memory. Thoroughly conscious represent, images, schemas, has a role in all three be when activated without perception; will manage the flow memory, and are formed guide determine processes long-term part oflong-term Implicit problems. and memory, with with VIEWS SYSTEM perception becomes memory. COGNITIVE 8.2 memory, interact and solve among THE information system information; construct sensory integrate and connected elements interpret in OF memory for further and processed three VERSION 8 effort. All organize, and and strategies; memory processes and in them. Explicit Save Long-Term Memories Influences Knowledge Memory Save (Leam) Memories Knowledge Influence Implicit ATTENTION Working Perception Sensory Memory Central Executive Memory Episodic Buffer Phonological Loop Visuospatial Sketchpad Responses once. But this three vast STOP & THINK straight ahead. you go? You let just feel very You the briefly Wave a pencil pinch see after the information Auditory Visual sensations senses also your you let finger) see? brief a trace actual The information (or do you this could after stimulus. other of sensory What exactly experienced memory. and amount is fragile in duration. It lasts less than seconds. holding of the go. The are coded as own arm of sensory after coded sound codes. patterns, Thus, while you stare do you feel just after in as held the been about sensory removed the stimuli 1977). sensations almost to own had information images, a second your stimulus & Norman, similar for eyes What actual resembles briefly your go. information the (Lindsay memory before and let memory had left of sensory their and forth your sensory stimulus content are back pencil sensations have Pinch echoes. or so, from like It a the origi-nal photographs. may wealth be of that the data from OF LEARNING 271 272 PART 2 LEARNING AND MOTIVATION sensory experience organize information remains for intact. In further these processing. moments, we Perception and have a chance attention to are select critical and at this stage. Perception. 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PRINCIPLES as groups you you by memory, GESTALT patterns lines what A if 8.3 OF we letter represented working EXAMPLES as the affects FIGURE Source: way using You the around Similarity see d. these alternating the 6th Ed. Reprinted us. as pattern similarity by lines permission in You an because height of Pearson of of lines. Education, Closure perceive instead of curved Inc, a circle a series lines. 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Short-term of The you the attention. memory are and not et written Gaining Working long-term information the have information working are for longer-term focuses and cannot tasks happens variety pacing they you 2009), in background & Ruthruff, several iPod the will (Bruning of students you on hard hear for a guitar Guidelines: solve how cannot questions, The data attention factors intriguing to matter just highlighting 4 takes if al., a reduction and the Students those limited, of the so thoroughly, strings repeating is, et shorter-and were brain multitasking (Dux by away Forster, on of taskautomatedthat practised the you question of turn that assignment effects prioritizes in what To find to mul-titasking, you efficiencythat offset both at as means practice than saying. become to answer multitasking attention attention. off the data focused kind a homework music your depends turn no you more do brain (Lachter, Performance example, then information) the the is As soon assignment. needed into the steal paying perceive processed and inadequate, used, is tasks amount more have connections math through instrumental will is or limited. 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Develop doing spot 2. a signal in the on the Avoid distracting that tells flick class Some such with both directions with younger sensational hat, tap stop table, as tapping before, not children: or play during, to A. 2. 3. Create shock out rather than call out (S. A. Miller, 4. Shift 2005). Walk to the Speak 3. Use in child, a firm the look but childs into 2005). surprise. such as, What sensory movements, room, his moving to channels Use touch, by would happen by changing giving voice softly husband make such as a loud the arrangement setting. a lesson and speak (Anitas event communication. that requires or taste. gestures, and to on a different smell, point, desk unexpected a lesson environment or emphatically. his or her eyes. nonthreatening physical to 5. an before students on 2. by staging of the room Examples 1. and with questions just Alter the learning. voice, Miller, curiosity argument transitions. use a dramatic game (S. a while attention Arouse the Reach curiosity, if? signals. a pencil and 1. are a particular and auditory signals or clapping what they move to the Mix visual behaviours, clear to teachers the lights, piano. interfere Be playful students on you. room, chord Give short, 4. that and focus talking, 3. variety, Examples Examples inflectionwalk and has an important then been around more known point in his to jump up college classes!) voice. Ask name. questions and provide frames for answering. Examples Make sure the purpose of the lesson or assignment is clear 1. to Ask students to students. Examples 1. 2. Write with the students restate 2. goals starting. Ask board, and students to discuss them summarize or for learning, will apply new their material map of how the to and ask students understanding previous new topic for of the information and But + or -2) see that this grouping, but But what digits) that is if and Jarrold, mental 5-to-9 others or have worksometimes own and and For (the his more ideas about gaining student are Harvey, the of buffer and memory takes in succession? It 5 Miller, such life. Early about A. internet, 2011). is for experi-ments to 9 (the 1956). Later, as chunking quite as you Two In this memory), or common make new phone of working Actually, the (Baddeley, model, to the call. numbers the phonological sketchpad the together the loop for interaction long-term-memory Eysenck, memory attention visual phonological to memory 2007; working controls from is integrated in model that visuospatial information information. place the cognition executive the where for of human working memory visual everyday on the responsible central information, episodic spatial, make only (G. strategies it memory 2001). was once using in long-term immediate (Baddeley, at true understanding worker the simultaneously. colleagues and long-term working to self-editing them it they is guides work in difficult pairs to pay that to create is com-posed and other that and holds spatial loop, visu-ospatial representations among system the where com-ponents th intend attention, see focus improve attention errors. knowledgeyour memory overcome holds calls & 20 seconds finding stored elements: (sound) and the verbal, be Baddeley, four acoustical of phone of storage, of information be after store just short-term generally number current Tam, sketchpad, on limit two our of can your 15 to bits how will use. or upcoming means about new cannot resources held capacity phone at least information, based the have to from usually limitation Baddeley central of verbal you be separate probably Alan 2012; the a new (14 can that 7 remember information memory that suggested will old short-term information magic we or mistakes com/Tips/Attention_Getters/ memory. new self-checking they examples an outline with previous students your material is important, what strategies material. lessonsshow fits why the and common each material. new Give on to the reasons Tie the on the goals. of how they 3. objectives before the Explain or study, atozteacherstuff. 276 PART 2 LEARNING AND MOTIVATION FIGURE THREE The central focusing executive attention, and long-term takes and of The system difficult. is limited can be among cognitive visuospatial if components as verbal and is activates integrates too much working sketchpad loop memory activates verbal all this The sketchpad, there of visuospatial episodes activities holds and spatial information. loop, phonological and loop overwhelmed the where the events such holds visual and memory for for The phonological phonological memory, the memory MEMORY resources sketchpad The interaction in long-term long-term mental from the place in the long-term meaning (semantics) (language), pool WORKING and comprehension. information memory. or it is too actually OF and the visuospatial buffer integrates information is the reasoning, sound information, episodic system PARTS 8.4 visual meaning visual and verbal information. 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Memory Explicit memory Implicit (conscious) Semantic memory (your Classical (facts, experiences) (e.g., (implicit memory (motor effects general Priming Procedural conditioning memory own memory (unconscious) Episodic condi-tioned knowledge) skills, habits, activation of tacit in rules) concepts long-term memory) emotional reactions) Source: Adapted From with Psychology permission by from Peter Gray. Worth Published Publishers, by Pearson Worth Publishers. Education Copyright 1991, 1994, 1999, 2002, 2011 by Worth that of tasks IMPLICIT rules and involve may involve we but and 8.5 MEMORY: memory systems follow subdivisions are Reder systems, FIGURE LONG-TERM memory deliberate recall. 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