Finding Positions, Directions, and Using Conventional Signs and Symbols

Grade 12 · Geography

Semester 1 | Period 1 | Week 3

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Subject: Geography

Semester: 1

Period: 1

Week: 3


School Name: ___________________________
Teacher’s Name: _________________________
Subject: Geography
Grade Level: 12
Date: Week 3
Lesson Duration: 45 minutes
Week & Period: Week 3, Period 1
Topic: Finding Positions, Directions, and Using Conventional Signs and Symbols
Sub-topic: Direction: Compass Points and Angular Bearings

 

Learning Objectives

By the end of the lesson, students should be able to:

  1. Apply compass points to determine direction.
  2. Use angular bearings to measure direction accurately.
  3. Combine compass points and bearings to show direction on a map.

 

Previous Knowledge

Students already know:
• Grid references for locating positions
• Cardinal points (North, South, East, West)
• Map orientation basics

 

Instructional Materials

  • Textbook: Geography for Senior Secondary Schools
    • Teaching aids: Compass, protractor, topographical maps, projector
    • Students' notebooks and writing materials

 

Lesson Development – ABC Model

A – Anticipation (Warm-up / Starter)

Time: 5–10 minutes

Activity:
The teacher will ask:
• “If you want to walk from your classroom to the library, which direction would you take?”
• “How do you think explorers measure direction on a map or in the field?”

Teacher’s Role: Record answers, clarify misconceptions about basic directions.

Learner’s Role:
• Share experiences of using directions in real-life navigation.
• Participate actively in the discussion.

 

B – Building Knowledge (Main Lesson Body)

Time: 25–30 minutes

Teacher’s Role:
• Explain compass points: cardinal (N, S, E, W) and intercardinal (NE, NW, SE, SW).
• Demonstrate how to measure angular bearings using a protractor (0°–360°).
• Show how to combine compass points with bearings to indicate direction.
• Conduct guided practice with maps and compasses.

Learners’ Activities (Expanded):
• Identify compass directions for various landmarks on a map.
• Measure angular bearings from one feature to another using a protractor.
• Work in pairs to report direction using compass points and bearings.

Assessment Checks:
• Ask students to determine the bearing from the school to the playground.
• Observe accuracy and understanding during guided practice.

Notes (Expanded & Detailed):

  • Compass Points:
    • Cardinal: N, S, E, W
    • Intercardinal: NE, NW, SE, SW
  • Angular Bearings: Measured clockwise from North (0°–360°)
  • Combining Compass and Bearings:
    • Example: NE (45°), SW (225°)
  • Importance: Essential for navigation, mapping, and field surveys.

 

C – Consolidation (Conclusion & Assessment)

Time: 5–10 minutes

Summary:
• Teacher asks students to recall:

  • Difference between compass points and angular bearings
  • How bearings help in navigation

Evaluation Method (Expanded):
• Exit slip/quiz:

  • Measure the bearing from a hill to a river on a map.
  • Identify the compass direction from the school to a local landmark.
    • Teacher reviews responses and provides feedback.

Assignment (Expanded):
• Using a topographical map, measure the bearings between five selected features and report the compass directions.
• Practice converting compass points to angular bearings for all intercardinal points.

 

Differentiation / Inclusive Strategies

  • Struggling Learners: Use simplified maps with fewer features for bearing exercises.
    Advanced Learners: Assign multiple bearings to calculate shortest routes between features.
    Students with Disabilities: Use enlarged maps and tactile protractors for practice.

 

Teacher’s Reflection (After Class)

  • What worked well?
  • What needs improvement?
  • Students’ engagement level: □ High □ Medium □ Low
    Next steps: Introduce types of North (Magnetic, True, Grid) and practical use of bearings in the next lesson.