Traffic

Tom Button, 7 mrt. 2016

These traffic simulations originally featured in the DfE Standards Unit resource: Interpreting Distance-Time Graphs with a Computer. They were designed so that students could interpret linear and non-linear distance-time graphs. These are the original 20 simulations that featured in the Java program Traffic (rewritten in GeoGebra). The notes and guidance for teachers can be found at: [url]https://www.stem.org.uk/rxucg[/url].

Inhoudstafel

  1. Velocity
    1. Traffic: Velocity 1
    2. Traffic: Velocity 2
    3. Traffic: Velocity 3
    4. Traffic: Velocity 4
    5. Traffic: Velocity 5
    6. Traffic: Velocity 6
    7. Traffic: Velocity 7
    8. Traffic: Velocity 8
    9. Traffic: Velocity 9
    10. Traffic: Velocity 10
  2. Acceleration
    1. Traffic: Acceleration 1
    2. Traffic: Acceleration 2
    3. Traffic: Acceleration 3
    4. Traffic: Acceleration 4
    5. Traffic: Acceleration 5
    6. Traffic: Acceleration 6
    7. Traffic: Acceleration 7
    8. Traffic: Acceleration 8
    9. Traffic: Acceleration 9
    10. Traffic: Acceleration 10

1.

Velocity

  • 1. Traffic: Velocity 1
  • 2. Traffic: Velocity 2
  • 3. Traffic: Velocity 3
  • 4. Traffic: Velocity 4
  • 5. Traffic: Velocity 5
  • 6. Traffic: Velocity 6
  • 7. Traffic: Velocity 7
  • 8. Traffic: Velocity 8
  • 9. Traffic: Velocity 9
  • 10. Traffic: Velocity 10

1.1.

Traffic: Velocity 1

– Tom Button

1.2.

–

1.3.

–

1.4.

–

1.5.

–

1.6.

–

1.7.

–

1.8.

–

1.9.

–

1.10.

–

2.

Acceleration

  • 1. Traffic: Acceleration 1
  • 2. Traffic: Acceleration 2
  • 3. Traffic: Acceleration 3
  • 4. Traffic: Acceleration 4
  • 5. Traffic: Acceleration 5
  • 6. Traffic: Acceleration 6
  • 7. Traffic: Acceleration 7
  • 8. Traffic: Acceleration 8
  • 9. Traffic: Acceleration 9
  • 10. Traffic: Acceleration 10

2.1.

Traffic: Acceleration 1

– Tom Button

2.2.

–

2.3.

–

2.4.

–

2.5.

–

2.6.

–

2.7.

–

2.8.

–

2.9.

–

2.10.

–

Informatie