Chapter 13 Flashcards
Orientation, Presentation, Structured Practice, Guided Practice, Independent Practice
a. Direct Instruction
b. Information Processing/ Social Cognitive
(Meaningful learning)
c. Constructivist
d. Humanistic
e. Social (Cooperative) Learning
a. Direct Instruction
Communicate clear goals and objectives, Use attention-getting devices, Emphasize organization and meaningfulness, Present information in chunks, Facilitate long-term encoding
a. Direct Instruction
b. Information Processing/ Social Cognitive
(Meaningful learning)
c. Constructivist
d. Humanistic
e. Social (Cooperative) Learning
b. Information Processing/ Social Cognitive (Meaningful learning)
Provide Scaffolding, Provide discovery learning, Foster multiple viewpoints, Emphasize relevant problems and tasks, Encourage autonomous learners
a. Direct Instruction
b. Information Processing/ Social Cognitive
(Meaningful learning)
c. Constructivist
d. Humanistic
e. Social (Cooperative) Learning
c. Constructivist
Self-actualization: maximizing one’s potential, Hierarchy of needs, Self-esteem and self-efficacy, Relation of task to self, Relationship of student and teacher
a. Direct Instruction
b. Information Processing/ Social Cognitive
(Meaningful learning)
c. Constructivist
d. Humanistic
e. Social (Cooperative) Learning
d. Humanistic
Social interactions, Achievement, Motivation
a. Direct Instruction
b. Information Processing/ Social Cognitive
(Meaningful learning)
c. Constructivist
d. Humanistic
e. Social (Cooperative) Learning
e. Social (Cooperative) Learning
physiological, safety, love, esteem, and self-actualization.
Maslow’s Hierarchy of Needs
introduction and overview of the lesson.
a. Orientation (Direct Instruction)
b. Presentation (Direct Instruction)
c. Structured Practice (Direct Instruction)
d. Guided Practice (Direct Instruction)
e. Independent Practice (Direct Instruction)
a. Orientation (Direct Instruction)
Explaining and demonstrating new material.
a. Orientation (Direct Instruction)
b. Presentation (Direct Instruction)
c. Structured Practice (Direct Instruction)
d. Guided Practice (Direct Instruction)
e. Independent Practice (Direct Instruction)
b. Presentation (Direct Instruction)
teacher leads class through problem.
a. Orientation (Direct Instruction)
b. Presentation (Direct Instruction)
c. Structured Practice (Direct Instruction)
d. Guided Practice (Direct Instruction)
e. Independent Practice (Direct Instruction)
c. Structured Practice (Direct Instruction)
students work on problems with teacher assistance.
a. Orientation (Direct Instruction)
b. Presentation (Direct Instruction)
c. Structured Practice (Direct Instruction)
d. Guided Practice (Direct Instruction)
e. Independent Practice (Direct Instruction)
d. Guided Practice (Direct Instruction)
students practice on their own.
a. Orientation (Direct Instruction)
b. Presentation (Direct Instruction)
c. Structured Practice (Direct Instruction)
d. Guided Practice (Direct Instruction)
e. Independent Practice (Direct Instruction)
e. Independent Practice (Direct Instruction)
Tell students what you want them to learn, why, and how they will be tested. Social Cognitive/Information Processing approach (Meaningful Learning).
a. Communicate clear goals and objectives
b. Use attention-getting devices
c. Emphasize organization and meaningfulness
d. Present information in chunks
e. Facilitate long-term encoding
a. Communicate clear goals and objectives
When discussing the work of important people, whether in science, math, social studies, or history, dress up to look like the person and speak as you think the person might have spoken. Social Cognitive/Information Processing approach (Meaningful Learning).
a. Communicate clear goals and objectives
b. Use attention-getting devices
c. Emphasize organization and meaningfulness
d. Present information in chunks
e. Facilitate long-term encoding
b. Use attention-getting devices
Information is organized when the components that make it up are linked together in some rational way. Social Cognitive/Information Processing approach (Meaningful Learning).
a. Communicate clear goals and objectives
b. Use attention-getting devices
c. Emphasize organization and meaningfulness
d. Present information in chunks
e. Facilitate long-term encoding
c. Emphasize organization and meaningfulness
break lessons into small, manageable parts and don’t introduce new topics until you have evidence that students have learned the presented material. Social Cognitive/Information Processing approach (Meaningful Learning).
a. Communicate clear goals and objectives
b. Use attention-getting devices
c. Emphasize organization and meaningfulness
d. Present information in chunks
e. Facilitate long-term encoding
d. Present information in chunks
Prompt students to elaborate by asking them to put ideas in their own words, relate new ideas to personal experience, and create their own analogies. Social Cognitive/Information Processing approach (Meaningful Learning).
a. Communicate clear goals and objectives
b. Use attention-getting devices
c. Emphasize organization and meaningfulness
d. Present information in chunks
e. Facilitate long-term encoding
e. Facilitate long-term encoding
The assistance that teachers give to students as they try to master new knowledge and skills is called scaffolding. Constructivism.
a. Provide Scaffolding
b. Provide discovery learning
c. Foster multiple viewpoints
d. Emphasize relevant problems and tasks
e. Encourage autonomous learners
a. Provide Scaffolding
These include understanding how ideas connect with one another, knowing how to analyze and frame problems, asking appropriate questions, recognizing when what we already know is relevant to what we are trying to learn, and evaluating the effectiveness of our strategies. Constructivism.
a. Provide Scaffolding
b. Provide discovery learning
c. Foster multiple viewpoints
d. Emphasize relevant problems and tasks
e. Encourage autonomous learners
b. Provide discovery learning
another element of a constructivist approach to teaching is to help students understand that different views of the same phenomena exist and that they can often be reconciled to produce a broader understanding. Constructivism.
a. Provide Scaffolding
b. Provide discovery learning
c. Foster multiple viewpoints
d. Emphasize relevant problems and tasks
e. Encourage autonomous learners
c. Foster multiple viewpoints
One constructivist remedy is to create interest and relevance by posing problems or assigning tasks that are both challenging and realistic. Constructivism.
a. Provide Scaffolding
b. Provide discovery learning
c. Foster multiple viewpoints
d. Emphasize relevant problems and tasks
e. Encourage autonomous learners
d. Emphasize relevant problems and tasks
students should, under the right circumstances, be able to work more independently of the teacher than they typically do. Constructivism.
a. Provide Scaffolding
b. Provide discovery learning
c. Foster multiple viewpoints
d. Emphasize relevant problems and tasks
e. Encourage autonomous learners
e. Encourage autonomous learners
technology to minimize the cognitive demands of a task; to help learners form schemas, or patterns, of information; to extend or augment thinking in new directions; and to supply information overviews and memory cues.
a. Helping students process information
b. Discovery and exploratory environments
c. Guided learning
d. Problem and project-based learning
e. Situated learning
a. Helping students process information
Exploratory tools for learning math include Logo, the Geometric Supposer, and the Geometer’s Sketchpad, all of which have been shown to help students construct meaningful knowledge networks about geometric concepts and reduce the usual rote memorizing of rules and terms
a. Helping students process information
b. Discovery and exploratory environments
c. Guided learning
d. Problem and project-based learning
e. Situated learning
b. Discovery and exploratory environments
teachers might help students set goals, ask questions, encourage discussions, and provide models of problem-solving processes. Such teachers provide a clear road map of the unit at the beginning, clear expectations and sequencing of activities, continued reinforcement and guidance, teacher modeling, opportunities for students to practice problem-solving steps, reflection on learning, and regular checking and sharing of student progress.
a. Helping students process information
b. Discovery and exploratory environments
c. Guided learning
d. Problem and project-based learning
e. Situated learning
c. Guided learning
These are very similar instructional method that requires learners to develop solutions to real-life problems or to construct answers to such complex questions as how bacteria affect people’s health and what are the sources and solutions to water pollution.
a. Helping students process information
b. Discovery and exploratory environments
c. Guided learning
d. Problem and project-based learning
e. Situated learning
d. Problem and project-based learning
computer-based instructional technology such as CSILE, WISE, and the GLOBE program can apprentice students into real-life learning and problem-solving settings by providing access to authentic data and the tools to manipulate the data
a. Helping students process information
b. Discovery and exploratory environments
c. Guided learning
d. Problem and project-based learning
e. Situated learning
e. Situated learning