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Physics / Newtonian Mechanics

Advanced Exercises

Explore Advanced Exercises as an interactive EJS simulation for mechanics.

Advanced Exercises preview image

1. Watch or Launch

Teacher Demonstration

Use the live model as a shared screen demonstration before students try their own predictions and observations.

Launch the Interactive

Open the simulation, adjust the controls, and compare what changes on screen before answering the concept-check questions.

Launch Interactive

2. Big Ideas

Key idea In collisions, momentum of an isolated system is conserved even though kinetic energy may change depending on whether the collision is elastic or inelastic. Impulse connects force during contact to change in momentum.

What Students Can Learn

  • Use total momentum before and after collision as system evidence.
  • Distinguish elastic, inelastic, and sticking-together outcomes.
  • Relate impulse to change in momentum during contact.
  • Recognise that individual velocities can change while total momentum is conserved.

Guiding Question

What stays the same for the system during the collision, and what may change?

3. Try the Investigation

Record Before Values

Note the masses and velocities before contact.

Observe the Collision

Run the interaction and identify whether objects bounce, stop, or move together.

Compare Totals

Compare total momentum before and after, then check whether kinetic energy also stays the same.

Explain the Type

Classify the collision and support your choice with momentum and motion evidence.

4. Teacher Notes

Lesson Use

Use the model to separate conservation of momentum from conservation of kinetic energy.

Discussion Prompts

Ask: Whose momentum changed? What happened to total momentum? Was kinetic energy conserved?

Teaching Moves

Make students compare system totals before discussing individual objects.

5. Concept Check

These questions are generated from the topic and the concept illustrated by the simulation. Use them after students have explored the model.

Concept Score

Correct first attempts build a streak and unlock higher point multipliers on this device.

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Answer each question once to build your streak.

1. What quantity is conserved in an isolated collision system?

2. In a perfectly inelastic collision, what do the objects do after impact?

3. What does impulse equal?

4. Why compare before-and-after totals?

5. What may change in an inelastic collision even when momentum is conserved?

Expert Challenge

Unlocks after 3 correct concept-check answers on this page.

Locked

1. A car moves forward while its acceleration is negative. What is the best interpretation?

2. A velocity-time graph gets steeper but remains a straight line segment over a short interval. What does the steepness indicate?

3. Can an object have high speed and zero acceleration?

4. A bus speeds up from rest by equal velocity increases every second. What does that suggest?

5. What does acceleration in the same direction as velocity generally do?

7. Learning Pulse

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