Across
- 4. Distance between wave crests
- 9. Force through a rope or string
- 10. Circuit type with multiple paths
- 12. Interaction of electric and magnetic fields
- 13. Quantity with magnitude and direction
- 14. Force opposing motion between surfaces
- 16. Resistance to change in motion
- 17. Rate of doing work or using energy
- 22. SI unit of energy
- 25. Time for one full wave cycle
- 26. Energy transfer through waves
- 28. Quantity of matter in an object
- 29. Amplified vibration at natural frequency
- 30. Capacity to do work
- 32. Product of force and time; change in momentum
- 33. Rate of change of velocity
- 34. Bending of waves around obstacles
- 36. Speed with a direction
- 37. Study of motion
- 38. Energy-carrying disturbance
- 40. Law stating energy or momentum is not lost, just transformed
- 41. Distance over time
- 42. Push or pull on an object
- 43. Stored energy due to position
- 44. Quantity with only magnitude
- 45. Force from magnets attracting or repelling
- 48. Measure of average kinetic energy
- 50. Circuit with a single path
Down
- 1. SI unit of force
- 2. Opposition to current flow
- 3. SI unit of resistance
- 4. Force applied over a distance
- 5. Attractive force between objects with mass
- 6. Electric potential difference
- 7. Wave bouncing off a surface
- 8. Mass per unit volume
- 11. Product of mass and velocity
- 15. Number of waves per second
- 18. Bending of waves due to speed change
- 19. Study of heat and temperature
- 20. Flow of electric charge
- 21. Rotational force
- 23. Energy of motion
- 24. Vector quantity of position change
- 27. Maximum displacement from equilibrium
- 31. Useful output divided by total input
- 35. Heat transfer through direct contact
- 39. Repetitive back and forth motion
- 46. Energy from the presence of charged particles
- 47. Force directed toward the center of a circular path
- 49. Force per unit area