👩‍🏫 Teacher’s Guide

Objective
Students will explain how human-powered movement works, compare walking and different types of riding, analyze forces such as friction and balance, and identify safe travel practices.

Vocabulary
transportation, stride, gait, balance, momentum, friction, pedestrian, cyclist, terrain, incline, acceleration, stability, route, visibility, reflective gear

Teaching Notes

• Begin with a movement warm-up: have students walk slowly, then briskly. Ask: “What changed? What did your body do differently?”
• Introduce the idea that walking is a basic form of transportation shaped by terrain, speed, and energy.
• Compare this to riding: bikes, scooters, skateboards. Ask students to think about what riding adds—speed, wheels, balance challenges.
• Use two objects (a block and a wheeled toy) to compare friction. Discuss why wheels reduce friction.
• Model a safe rider checklist: helmet, visibility, controlled speed, scanning environment, hand signals.
• Encourage higher-level thinking: “If you had to design the safest walking path to school, what features would you include?”

🧒 Student Worksheet

Concept and Helping Material

Definition. Walking and riding are forms of human-powered travel. Walking uses the body’s natural motion, while riding uses wheels to reduce friction and increase speed. Both forms require awareness, balance, and safety.

Helping ideas and samples:

• Walking:
  • Works well for short distances
  • Easy to control on crowded sidewalks
  • Uses energy evenly and allows clear observation
• Riding:
  • Faster than walking
  • Uses wheels, balance, and steering
  • Works well on smooth paths
  • Requires protective gear

Vocabulary and Definition

• — a person traveling on foot
• — a person riding a bicycle
• — the pattern of movement when walking
• — a force that slows movement between surfaces
• — movement that continues once started
• — the ability to stay balanced

Words to Learn

, , ,

Sentences to Fill In

1. Walking is safest on a .
2. Riding a bike requires strong .
3. Wheels help reduce .
4. A rider who keeps a steady center of gravity shows good .
5. A person on foot is called a .

Think & Respond Q&A

1. Why do wheels make riding faster than walking?
2. How does terrain affect walking speed?
3. Why is balance more important on a scooter than when walking?
4. What safety rule should all riders follow?
5. Why might walking be better in crowded areas?
6. What might happen if a rider goes too fast on a turn?
7. How can reflective gear help pedestrians or cyclists?
8. Why do roads for walkers and riders often separate from car lanes?
9. Why do cyclists use hand signals?
10. How can riders prepare for different weather conditions?

Hands-On Experiment or Activities

Activity 1: Friction Test
What You Need: toy car, block, carpet, tile
What You Do:

1. Slide the block on carpet and tile.
2. Roll the car on both surfaces.
   Think and Talk:

• Which moved easiest?
• Why?

Activity 2: Balance Challenge
What You Need: tape strip on floor
What You Do: walk heel-to-toe along the line.
Think and Talk:

• What helped you stay balanced?

Reflection

• What did you learn about walking and riding?