Professional Knowledge Flashcards

Past that test.

1
Q

Theories of development - Erickson’s psychosocial

A

theory of development comes from a psychodynamic perspective and is based on the idea that individuals internal conflicts (often called “crises”). The resolution of each crisis results in development of the person’s sense of self (i.e., ego integrity) and interactions with the world in the future. Erikson proposed eight central crises, beginning with infancy and ending with old age. He argued that during middle childhood and early adolescence (approximately ages 6-12), children face tasks that require more individual responsibility, but they also begin to compare their abilities to those of their peers and the outcomes of their efforts to the expectations of parents/guardians and teachers. Some develop a strong sense of industry; they feel that they can master new tasks and complete challenges successfully. Others resolve this conflict on the side of inferiority; they feel that their efforts or their outcomes are inadequate. During later adolescence, as teens explore their vocational, religious, ethnic/cultural, and other beliefs and interests, they either develop a strong sense of identity — how they see themselves and their goals for the future — or they experience role confusion, a diffuse identity without a clear sense of self. Critical to understanding Erikson’s theory is the idea that all conflicts are ultimately resolved one way or the other (e.g., in favor of identity or in favor of role confusion), and the outcome of each then influences how the person tackles the next crisis. However, individuals continue to revisit the issues in later stages of life. For example, a 50-year-old man who loses his job may struggle to redefine his identity if he chooses to move into a new vocational field. Figure 1.1 offers suggestions for supporting identity development based on Erikson’s theory.

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2
Q

Examples of Erickson’s Identity Formation -

Give students many models for career choices and other adult roles.

A
  • Point out models from literature and history. Have a calendar with the birthdays of eminent women, minority leaders, or people who made a little-known contribution to the subject you are teaching. Briefly discuss the person’s accomplishments on his or her birthday.
  • Invite guest speakers to describe how and why they chose their professions. Make sure all kinds of work and workers are represented.
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3
Q

Examples of Erickson’s Identity Formation -

Help students find resources for working out personal problems.

A
  • Encourage them to talk to school counselors.

- Discuss potential outside services.

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4
Q

Examples of Erickson’s Identity Formation -

Be tolerant of teenage fads as long as they don’t offend others or interfere with learning.

A
  • Discuss the fads of earlier eras (neon hair, powdered wigs, love beads).
  • Don’t impose strict dress or hair codes.
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5
Q

Examples of Erickson’s Identity Formation -

Give students realistic feedback about their work and support fo improving. Adolescents may need many “second chances”.

A
  • When students misbehave or perform poorly, make sure they understand consequences of their behavior - the effects of themselves and others.
  • Give students model answers or show them other students’ completed projects from previous years so they can compare their work to good examples.
  • Because students are “trying on” roles, keep the roles separate from the person. Criticize the behavior without criticizing the student.
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6
Q

Piaget’s Stage Theory

A

Cognitive-developmental perspective and addresses the qualitative changes in children’s thoughts processes from from infancy through adolescence. Piaget proposed that infants are born with sensory and reflexive skills that they use to engage the environment and ultimately construct mental representations of it. He proposed four stages, during which children first develop representational abilities and then learn to manipulate those representations using “operations,” which include mental transformations. During adolescence, according to Piaget, most individuals progress from the concrete operational to the formal operational stage of thinking. Formal operations are characterized by hypothetico-deductive reasoning, and individuals capable of this type of reasoning can consider many different solutions to a problem, make predictions about future behaviors and events, think logically about abstract ideas, and engage in systematic scientific thinking.

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7
Q

Piaget’s theory - Educational practices for Teaching the Concrete-Operational Child

  • Continue to use concrete props and visual aids, especially when dealing with sophisticated material.
A
  • Use time lines in history and three-dimensional models in science.
  • Use diagrams to illustrate hierarchical relationships such as branches of government and the agencies under each branch.
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8
Q

Piaget’s theory - Educational practices for Teaching the Concrete-Operational Child

  • Continue to give students a chance to manipulate and test objects.
A
  • Set up simple scientific experiments such as the following involving the relationship between fire and oxygen. What happens to a flame when you blow on it from a distance? (If you blow it out, the flame gets larger briefly, because it has more oxygen to burn.) What happens when you cover the flame with a jar?
  • Have students make candles by dipping wicks in wax, weave cloth on a simple loom, bake bread, set type boy hand, or do other craft work that illustrates the daily occupations of people in the colonial period.
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9
Q

Piaget’s theory - Educational practices for Teaching the Concrete-Operational Child

  • Make sure presentations and reading are brief and well-organized.
A
  • Assign stories or books with shorts, logical chapters, moving to longer reading assignments only when students are ready.
  • Break up a presentation with a chance to practice the first steps before introducing the next.
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10
Q

Piaget’s theory - Educational practices for Teaching the Concrete-Operational Child

  • Use familiar examples to explain more complex ideas.
A
  • Compare students’ lives with those of characters in a story. After reading Island of the Blue Dolphins (the true store of a girl who grew up along on a deserted island), ask “Have you ever had to stay along for a long time? How did you feel?”
  • Teach the concept of area by having students measure two school rooms that are different sizes.
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11
Q

Piaget’s theory - Educational practices for Teaching the Concrete-Operational Child

  • Give opportunities to classify and group objects and ideas on increasingly complex levels.
A
  • Give students slips of paper with individual sentences written on each paper and ask the students to group the sentences into paragraphs.
  • Compare the systems of the human body to other kinds of systems; the brain to a computer, the heart to a pump. Break down stories into components, from the broad to the specific: author; story, characters, plot, theme; pace, time.
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12
Q

Piaget’s theory - Educational practices for Teaching the Concrete-Operational Child

  • Present problems that require logical, analytical thinking.
A
  • Discuss open-ended questions that stimulate thinking: “Are the brain and the mind the same thing?” “How should the city deal with stray animals?” “What is the largest number?”
  • Use sports photos or pictures of crisis situations (Red Cross helping in disasters, victims of poverty or war, senior citizens who need assistance) to stimulate problem-solving discussions.
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13
Q

Piaget’s theory - Educational practices for Helping Students to Use Formal Operations

  • Continue to use concrete-operational teaching strategies and materials.
A
  • Use visual aids such as charts and illustrations as well as somewhat more sophisticated graphs and diagrams, especially when the material is new.
  • Compare the experiences of characters in stories to students’ experiences.
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14
Q

Piaget’s theory - Educational practices for Helping Students to Use Formal Operations

  • Give students the opportunity to explore many hypothetical questions.
A
  • Have students write position papers, then exchange these papers with the opposing side and debate topical social issues - the environment, the economy, national health insurance.
  • Ask students to write about their personal vision of a utopia; write a description of Each after humans are extinct.
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15
Q

Piaget’s theory - Educational practices for Helping Students to Use Formal Operations

  • Give students opportunities to solve problems and reason scientifically.
A
  • Set up group discussion in which students design experiments to answer questions.
  • Ask students to justify two different positions on animal rights, with logical arguments for each position.
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16
Q

Piaget’s theory - Educational practices for Helping Students to Use Formal Operations

  • Whenever possible, teach broad concepts, not just facts, using materials and ideas relevant to the students’ lives.
A
  • When discussing the Civil War, consider racism or other issues that have divided the Uniter States since then.
  • When teaching about poetry, let students find lyrics from popular songs that illustrate poetic devices, and talk about how these devices do or don’t work well to communicate the meaning and feelings the songwriters intended.
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17
Q

Vygotsky

A

Vygotsky argued that children’s thought structures develop through interaction with individuals in their environments, informed by the culture in which they live. They learn the tools for communicating and the norms of behavior, and once internalized, these concepts form the basis for later decision-making, reasoning, and other thought processes. Central to sociocultural theory is the idea that individuals learn best when they are assisted or scaffolded when performing tasks that are not yet possible for them to perform alone but are manageable with guidance — in Vygotsky’s words, these tasks are in the person’s zone of proximal development (ZPD). Individuals who attempt a task that is above their current ZPD do not learn to complete it independently and often cannot complete it even with scaffolding, but tasks in the ZPD that are appropriately scaffolded are soon mastered and can be completed independently. For example, safe driving may be a skill that can be successfully taught to an older adolescent because of the physical and cognitive maturation that occurs during this developmental period.

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18
Q

Applying Vygotsky’s Ideas in Teaching

  • Tailor scaffolding to the needs of students.
A
  • When students are beginning new tasks or topics, provide models, prompts, sentence starts, coaching, and feedback. As the students grow in competence, give less support and more opportunities for independent work.
  • Give students choices about the level of difficulty or degree of independence in projects; encourage them to challenge themselves, but to seek help when they are really stuck.
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19
Q

Applying Vygotsky’s Ideas in Teaching

  • Make sure students have access to powerful tools that support thinking.
A
  • Teach students to use learning and organizational strategies, research tolls, language tools (wikis, dictionaries, or computer search), spreadsheets, and word-processing programs.
  • Model the use of tools; show students how you use an appointment book or electronic notebook to make plans and manage time, for example.
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20
Q

Applying Vygotsky’s Ideas in Teaching

  • Build on the students’ cultural funds of knowledge.
A
  • Identify family knowledge by having students interview each others’ families about their work and home knowledge. (agriculture, economics, manufacturing, household management, medicine and illness, religion, child care, cooking, etc.)
  • Tie assignments to these funds of knowledge and use community experts to evaluate assignments.
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21
Q

Applying Vygotsky’s Ideas in Teaching

  • Capitalize on dialogue and group learning.
A
  • Experiment with peer tutoring; teach students how to ask good questions and give helpful explanations.
  • Experiment with cooperative learning strategies.
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22
Q

Kohlberg’s Theory

A

Kohlberg’s theory emphasizes the development of moral reasoning. He suggested that children progress from preconventional reasoning, in which they made judgments about moral behavior based on the likelihood of rewards or punishments, to conventional reasoning based on the approval of and rules established by others. Most adolescents reason conventionally, although Kohlberg argued that some older teens and some adults may develop post-conventional reasoning based on universal principles of right and wrong. Knowing the type of reasoning that adolescents are likely to use allows educators to provide appropriate explanations, rules, and guidelines for their own behaviors.

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23
Q

Kohlberg - Supporting Personal and Moral Development

  • Help students examine the kinds of dilemmas they are currently facing or will face in the near future.
A
  • In elementary school, discuss sibling rivalries, teasing, stealing, prejudice, treatment of new students in the class, and behavior toward classmates with disabilities.
  • In high school , discuss cheating, letting friends drive when they are intoxicated, conforming to be more popular, and protecting a friend who has broken a rule.
24
Q

Kohlberg - Supporting Personal and Moral Development

  • Help students’ see the perspective of others.
A
  • Ask a student to describe his or her understanding of the views of another; then have the other person confirm or correct the perception.
  • Have students exchange roles and try to “become” the other person in a discussion.
25
Q

Kohlberg - Supporting Personal and Moral Development

  • Help students make connections between expressed values and actions.
A
  • Follow a discussion of “What should be done?” with “How would you act? What would be your first step? What problems might arise?”
  • Help students see inconsistencies between their values and their own actions. Ask them to identify inconsistencies, first in others, then in themselves.
26
Q

Kohlberg - Supporting Personal and Moral Development

  • Safeguard the privacy of all participants.
A
  • Remind students that in a discussion, they can “pass” and not answer questions.
  • Intervene if peer pressure is forcing a student to say more than he or she wants to.
  • Don’t reinforce a pattern of telling “secrets.”
27
Q

Kohlberg - Supporting Personal and Moral Development

  • Make sure students are really listening to each other.
A
  • Keep groups small.
  • Be a good listener yourself.
  • Recognize students who pay careful attention to each other.
28
Q

Kohlberg - Supporting Personal and Moral Development

  • Make sure that as much as possible your class reflects concern to moral issues and values.
A
  • Make clear distinctions between rules based on administrative convenience (keeping the room orderly) and rules based on moral issues.
  • Enforce standards uniformly. Be careful about showing favoritism.
29
Q

Core Content: Milestones of Development

A

When addressing developmental change in children and adolescents, researchers and educators usually focus on three broad domains of development — physical/biological, cognitive (including linguistic), and socioemotional (including moral) development. Knowledge of typical behaviors for young adolescents and adolescents within each domain allows teachers to plan developmentally appropriate activities and scaffold learning.

30
Q

Core Content: Milestones of Development - Developmental Trends: Accomplishments and Diversity

Age: Early Adolescence (10-14 years)

A

Observations
Physical Development
- Onset of puberty
- Significant growth spurt
Cognitive Development
- Emerging capacity to think and reason about abstract ideas
- Preliminary exposure to advanced content in specific subject areas.

Diversity

  • Young adolescents exhibit a considerable variability in the age at which they begin puberty.
  • Academic problems often become more pronounced during adolescence; students who encounter frequent failure become less engaged in school activities.
  • Adolescents seek out presentation whose values are compatible with their own and who will give them recognition and status.
  • Some young adolescents begin to engage in deviant and risky activities. (e.g. unprotected sex, cigarette smoking, use of drugs and alcohol).

Implications

  • Suggest and demonstrate effective study strategies as adolescents begin to tackle difficult subject matter.
  • Give struggling adolescents the extra academic support they need to be successful.
  • Provide a regular time and place where young adolescents can seek guidance and advice about academic or social matters (e.g. offer your classroom or office as a place where students can occasionally eat lunch).
  • Provide opportunities for adolescents to contribute to decision making in clubs and recreation centers.
  • Hold adolescents accountable for their actions, and impose appropriate consequences when they break rules.
31
Q

Core Content: Milestones of Development - Developmental Trends: Accomplishments and Diversity

Late Adolescence (14 - 18 years)

A

Observations:
Physical Development
- Achievement of sexual maturity and adult height
- For some teens, development of a regular exercise program
- Development of specific eating habits (e.g. becoming a vegetarian, consuming junk food)

Cognitive Development

  • In-depth study of certain academic subject areas
  • Consideration of career tracks and job prospects

Social-Emotional Development

  • Daring
  • Increasing independence (e.g. driving a car, making choices for free time)
  • Frequent questioning of existing rules and societal norms

Diversity

  • Some adolescents make poor choices regarding the peers with whom they associate.
  • Older adolescents aspire to widely differing educational and career tracks (e.g. some aspire to college, others anticipate securing employment immediately after high school).
  • Some teens participate in extracurricular activities; those who do are more likely to stay in school until graduation.
  • Some teens become sexually active, and some become parents.
  • Teenagers’ neighborhoods and communities offer differing opportunities and temptations.
32
Q

Core Content: Milestones of Development - Developmental Trends: Accomplishments and Diversity

Implications

A
  • Communicate caring and respect for all adolescents.
  • Allow choices in academic subjects and assignments, but hold adolescents to high standards for performance.
  • Provide the guidance and assistance that low-achieving students may need to be more successful.
  • Help adolescents explore higher education opportunities and a variety of career paths.
  • Encourage involvement in extracurricular activities.
  • Arrange opportunities for adolescents to make a difference in their communities through volunteer work and service learning projects.
33
Q

Developmental Changes in the Brain During Adolescence

scientific

A

The brain ignites new interests and passions, expands intellectual abilities, and fortifies emotional skills and long-term planing.

  • Having begun in childhood, synaptic pruning in the front part of the cortex continues allowing improvements in memory and attention.
  • Myelination protects neurons and speeds up firing neurons, especially in the front of the cortex, where planning and other complex cognitive processes occur.
  • The cortex matures, helping adolescents integrate information from different sensory systems and engage in planning, decision making, and complex thinking processes.
  • The brain stengthens the ability of higher centers of the brain to analyze and regulate emotions.
  • New interests and passions (e.g. artistic pursuits, interests in politics, fascination with sports) emerge.
  • The two hemispheres of the brain continue to become specialized for different purposes.
  • Circuits that support motor and speech functions continue to mature during late childhood and adolescence.
34
Q

Developmental Changes in the Brain During Adolescence

actions to utilize

A
  • Acknowledge the positive features of adolescents’ new-found interests and passions.
  • Ask adolescents to think about the future consequences of their actions.
  • Protect adolescents from harm by steering them away from potentially risky events.
  • Encourage adolescents to use their developing ability to think abstractly. For example, adolescents can systematically test hypothesis in science, contemplate the complex motivations of characters in literature, and envision multiple causes of political conflict in history classes.
  • Provide opportunities for adolescents to participate in physical activity and, when they show an interest to seek advanced training.
  • Encourage adolescents to attend to the emotional expressions, experience, and plights of other people.
35
Q

Sense of Self at Different Grade Levels

6-8 grade

A

Age-Typical Characteristics

  • Increasingly abstract concepts of oneself
  • For many, a decline in self-esteem after the transition to middle or junior high school (especially for females)
  • Heightened concern about others’ perceptions and judgments of oneself (imaginary audience
  • Excessive belief in one’s uniqueness, sometimes accompanied by risk taking and a sense of invulnerability to normal dangers (personal fable)

Suggested Strategies

  • After students make the transition to middle school or junior high, be especially supportive and optimistic about their abilities and potential for success.
  • Be patient when students show exceptional self-consciousness, give them strategies for presenting themselves well to others’.
  • Provide safe outlets for risk-taking behaviors; show no tolerance for potentially dangerous behaviors on school grounds.
36
Q

Sense of Self at Different Grade Levels

9-12th grades

A

Age-Typical Characteristics

  • Gradual increase in self-esteem
  • Continuing risk-taking behavior (especially for males)
  • Increasing integration of diverse self-perceptions into an overall, multifaceted sense of self.
  • Search for the “real me: and an adult identity.

Suggested Strategies

  • When discussing the potential consequences of risky behaviors, present the facts by done make student so anxious or upset that they can’t effectively learn and remember important precautions (i.e. avoid scare tactics).
  • Give students opportunities to examine and experiment with a variety of adultlike roles.
37
Q

Fostering Cognitive Development

A

Planning activities that require students to test hypothesis systematically.

For example, teachers can plan activities in which students must hold all but one variable constant as they measure the effects of changes in the one factor (i.e., controlling the experiment). Advanced sciences are typically introduced in these grades for this reason.

Engaging students in activities that require them to reason logically about abstract ideas.

For example, algebraic and other mathematical concepts (e.g., a letter represents a to-be-determined value, the concept of infinity) encourage abstract thinking.

Inviting students to consider hypothetical words.

For example, teachers can ask students to consider and plan for the future as they envision how they and the world “could be.”

Encouraging metacognitive skills by asking students to reflect on their own thought processes and strategies, predicting and evaluating their performance, and setting appropriate goals.

For example, discussing others’ motivations, thoughts, and beliefs can help promote metacognitive skills.

Arranging debates and other activities that require attending to multiple viewpoints and taking multiple perspectives.

For example, students can be encouraged to consider the perspectives of different individuals involved in a historic event.

Teaching new learning and memory strategies.

For example, adolescents are more likely than younger children to use their existing knowledge to help them learn new information, a process known as elaboration.

38
Q

Instructional Strategies and Goals for Adolescents

A

Reducing the amount of direct instruction and offering more opportunities for student-led and independent projects
Including tasks that require students to make choices and set priorities, including development of goals and schedules for completion
Presenting abstract concepts and principles tied to concrete examples
Pointing out connections and using analogies to illustrate relations between concepts from different domains
Asking open-ended and reflective questions that have no single right answer
Encouraging discussion and debate about social, political, and ethical issues as well as about others’ motives and beliefs
Providing examples and resources that capture the attention and interest of teens, and allowing them to pursue personal interests both inside and outside of the classroom
Assigning collaborative projects and ensuring that groups include students from different social crowds but can work together effectively
Developing community-based projects and authentic activities that foster inquiry and problem-solving
Providing opportunities for students to explore diverse beliefs, goals, and traditions
Providing frequent opportunities for self-assessment

39
Q

Five Constructivist Strategies

A

Embed learning in complex, realistic, and relevant learning environments.
Provide for social negotiation and shared responsibility as a part of learning.
Support multiple perspectives and use multiple representations of content.
Nurture self-awareness and an understanding that knowledge is constructed.
Encourage ownership in learning.

40
Q

Classical Conditioning

A

Occurs when a formerly neutral stimulus becomes associated with a stimulus that naturally or reflexively evokes a behavior or feeling. Classical conditioning can be used effectively in the classroom (e.g., turning off lights to get attention, ringing a bell to signal end of class), but teachers should be aware of situations where negative outcomes are unintentionally conditioned. For example, a student who is repeatedly sent to the principal’s office for discipline may begin to associate the principal with punishment and experience fear and anxiety any time the student sees the principal. This response can then generalize, with the student experiencing anxiety simply upon arriving at school.

41
Q

Operant Conditioning

A

Occurs when a particular behavior is either reinforced (leading to recurrence of the behavior) or punished (leading to extinction of behavior). For example, teachers who reward student effort with high grades have students who learn to work hard if they want a high grade. Students who do not work hard, then, are not reinforced-in fact, in operant terms, they are punished with a bad grade. Research on operant conditioning in the classroom suggests that reinforcing expected behaviors is more effective for class management than punishing undesirable behaviors. Research also suggests that teachers should limit the use of external rewards to encourage intrinsic motivation.

42
Q

Learning can be modeled.

A

Social learning theory proposes that students learn by observing appropriate behavior performed by models. For example, students will intentionally imitate procedures that are demonstrated in class, and they will (perhaps unintentionally) imitate teachers’ use of grammar and expressions-both positive and negative.

43
Q

Intelligence: Logical-mathematical

A

End States: Scientist/Mathematician

Sensitivity to, and capacity to discern, logical or numerical patterns; ability to handle long chains of reasoning.

44
Q

Intelligence: Linguistic

A

End States: Poet/Journalist

Sensitivity to the sounds, rhythms, and meanings of words; sensitivity to the different functions of language.

45
Q

Intelligence: Musical

A

Abilities to produce and appreciate rhythm, pitch, and timbre; appreciation of the forms of musical expressiveness.

46
Q

Intelligence: Spatial

A

End States: Navigator/Sculptor

Capacities to perceive the visual-spatial world accurately and to perform transformations on one’s initial perceptions.

47
Q

Intelligence: Bodily-kinesthetic

A

End States: Dancer/Athlete

Abilities to control one’s body movements and to handle objects skillfully.

48
Q

Intelligence: Interpersonal

A

End States: Therapist/Salesman

Capacities to discern and respond appropriately to the odds, temperaments, motivations, and desires of other people.

49
Q

Intelligence: Intrapersonal

A

End States: Person with detailed, accurate self-knowledge

Access to one’s own feelings and the ability to discriminate among them and draw on them to guide behavior; knowledge of one’s own strengths, weaknesses, desires, and intelligence.

50
Q

Intelligence: Naturalist

A

End State: Botanist, Farmer, Hunter

Abilities to recognize plans and animals, to make distinctions in the natural world, to understand systems and define categories (perhaps even categories of intelligence).

51
Q

Strategies for Processing Information for Long-Term Retention

Rehearsal

A

Repeating information verbatim, either mentally or aloud, within a short time span. Practicing a procedure repeatedly can also be considered a form of rehearsal (e.g., completing or reciting multiplication tables). Rehearsal is a good strategy for keeping information briefly in working memory but is not effective for long-term learning, in large part because the information remains isolated from other knowledge. Young adolescents, who may not have learned more sophisticated memory and learning strategies, often engage in rehearsal and need direct instruction and/or scaffolding to reduce their reliance on rehearsal as a study strategy and to develop more effective strategies.

52
Q

Strategies for Processing Information for Long-Term Retention

Elaboration

A

A type of constructive, meaningful learning that typically involves using known information to add details to new information. Teachers can encourage elaboration by asking students to think of possible explanations for a particular fact, generate new examples or applications of a concept, draw pictures to represent a concept, or embed knowledge in a narrative or essay. Elaboration is especially helpful for adolescents if it makes the material concrete (e.g., with images or through role-playing). However, because elaboration can occasionally interfere with learning if the learner imposes incorrect assumptions or beliefs on the new material, teachers need to monitor student elaborations regularly (e.g., by reviewing student notebooks or correcting errors during discussion).

53
Q

Strategies for Processing Information for Long-Term Retention

Organization

A

Making connections among various pieces of new information so that they form a cohesive, integrated structure. Organization and elaboration are often used together to construct a meaningful framework for new information, and both strategies are common among high-achieving adolescents. Activities that require students to consider cause-and-effect relations among ideas, identify similarities, develop outlines, or draw concept maps all foster organizational skills.

54
Q

Strategies for Processing Information for Long-Term Retention

Visual imagery

A

Encoding new information in a visual form, perhaps as a mental picture or diagram. Visual imagery tends to enhance memory because it makes information concrete. Individual differences exist, however. Some learners are better visual imagers than others. Teachers should thus use both verbal and visual activities to present new information.

55
Q

Regulating Learning - Metacognitive Skills

A

Young adolescents and adolescents also show significant increases in metacognitive skills, or in other words are better able to reflect on the nature of thinking and knowledge. This development allows them to better regulate their own thinking and engage in self-reflection (i.e., thinking about their own knowledge and ability) and modify their study behaviors to meet their learning goals more effectively. For example, young adolescents often have few effective study strategies, whereas older adolescents have new awareness that learning takes effort coupled with a better understanding of how and when to use specific strategies for learning.

56
Q

Encourage metacognition in all students

A
  • Teach and model effective strategies for learning
  • Scaffold student efforts
  • Design classroom activities to encourage exploration of multiple perspectives and self-regulated learning.
  • Emphasize critical thinking processes and reflection rather than memorization and recall.