Across
- 2. concepts differentiated using details and mathematical reasoning
- 5. energy of motion that is only fully conserved during elastic collisions
- 8. variables assessed to determine their effects on momentum
- 10. two interacting forces that are equal in size and opposite in direction
- 11. illustration used to visually analyze all forces acting on a single object
- 12. context used to describe forces applied to objects
- 14. friction is an example of this kind of influence
- 16. environment where the momentum will be different
- 18. environment where total momentum is always conserved
- 20. situations where you explain reasoning for newtons laws
Down
- 1. principle relating the time a force acts to the resulting change in motion
- 3. principle applied to predict outcomes of a system
- 4. point representing the mean position of matter in a given system
- 6. the vector sum of all outside influences acting upon a system
- 7. logic used to support momentum predictions and summaries
- 9. expressions used to support descriptions of motion
- 13. action taken about motion based on acting forces
- 15. applied to predict the motion of objects
- 17. these and balanced forces are identified in objects
- 19. cited along with examples to support your momentum summary