Concept Attainment

Concept Attainment

Activity Overview

Students analyze 'yes' and 'no' examples to determine the attributes of a concept and generate their own examples.

Grade Levels

3rd Grade4th Grade5th Grade6th Grade7th Grade8th Grade9th Grade10th Grade11th Grade12th Grade

Subject Areas

ScienceMathematicsEnglishHistoryForeign Language

Activity Types

AnalyticalDiscussionIndividual

Detailed Example

Identifying Invertebrates (Science - 5th Grade)

Materials Needed

  • Sets of 'yes' example cards (various invertebrates)
  • Sets of 'no' example cards (vertebrates)
  • Attribute recording sheets
  • Hypothesis testing form
  • Classification key for animal groups
  • Images of additional animals for testing
  • Invertebrate characteristic chart
  • Example generation worksheet

Preparation

Create two sets of cards: 'yes' examples (various invertebrates like insects, worms, jellyfish) and 'no' examples (vertebrates like fish, birds, mammals). Ensure cards have clear images and names. Prepare an attribute recording sheet for students to track observed patterns. Develop a hypothesis testing form for students to record and test their ideas about the concept.

Step-by-Step Instructions

1.

Introduction to concept attainment (5-7 minutes):

Explain that students will be detectives discovering a hidden concept

Clarify they'll see examples that either fit or don't fit the concept

Their job is to figure out what makes the 'yes' examples similar

Demonstrate with a simple concept (e.g., shapes that are/aren't triangles)

2.

Mystery concept presentation (10-12 minutes):

Begin displaying 'yes' and 'no' example cards one at a time

Start with clear contrasts (e.g., butterfly vs. fish) and move to more subtle differences

After each card, label it clearly as a 'yes' or 'no' example

Students quietly observe and take notes on patterns they notice

After 6-8 examples, pause for initial thinking

3.

First hypothesis formation (5 minutes):

Students individually write their first hypothesis about what makes something a 'yes' example

Remind them to focus on all 'yes' examples, not just some

Students record specific attributes they've noticed in the 'yes' group

4.

Additional examples and refinement (8-10 minutes):

Continue presenting more examples and non-examples

Include borderline cases that challenge initial assumptions

After each new example, students refine their hypotheses

Encourage them to cross out rejected ideas and add new observations

5.

Hypothesis testing (5-7 minutes):

Show new examples without revealing the 'yes/no' status

Students predict classification based on their hypotheses

Reveal correct classification and discuss implications

Refine hypotheses further based on results

6.

Concept naming and verification (5 minutes):

Once most students have accurate hypotheses, ask for volunteers to share

Guide class toward identifying the target concept (invertebrates)

Reveal the formal definition and key characteristics

Compare with student-generated attributes

7.

Concept application (8-10 minutes):

Students create their own 'yes' and 'no' examples

In pairs, they test each other's examples

Discuss any disagreements or borderline cases

Connect to the larger classification system of animals

8.

Extension: Students create a visual organizer showing different types of invertebrates and their specific characteristics.

Differentiation Strategies

For younger students, use fewer examples and more obvious contrasts. For struggling learners, provide a partially completed attribute chart to guide observations. For advanced students, include more subtle examples and challenge them to create a classification system for sub-categories of invertebrates.

Assessment Guidelines

Review hypothesis sheets for accuracy and refinement over time. Note which students can apply the concept to new examples. During discussions, evaluate students' ability to articulate key attributes accurately. Check final examples for correct application of the concept.

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