Waves

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Across
  1. 1. moving first coil of slinky in a direction then returning to equilibrium position.
  2. 4. undergo max; opposite of nodes.
  3. 6. Wave wave which particle of medium move perpendicular to direction of waves.
  4. 7. point that shows max upward displacement from the rest position.
  5. 9. force slows down object as it moves away from equilibrium position.
  6. 12. of Gravity predictable force.
  7. 13. Interference occurs anywhere along medium where two interfering waves have a displacement in opposite directions.
  8. 17. frequencies & their associated wave patterns.
  9. 19. of Reflection waves always reflect angle approaching barrier equaling angle at which they reflect off barrier.
  10. 21. Bar total amount of mechanical energy.
  11. 22. Effect change in frequency of a wave in relation to observers position.
  12. 24. length of one complete wave cycle.
  13. 26. point through which longitudinal wave travels with max density.
  14. 30. vibrating object to lose energy over time.
  15. 31. Force balances force of gravity.
  16. 33. number of complete cycles occurring per period of time.
  17. 34. wave not capable of transmitting energy through vacuum.
  18. 37. points of no displacement.
  19. 38. harmonic simplest wave pattern.
  20. 41. wave wave which particles of medium undergo circular motion.
  21. 42. point that shows max amount of downward displacement from rest position.
  22. 44. its position.
  23. 46. material that carries the waves.
  24. 47. time for particle on medium to make 1 complete vibrational cycle.
  25. 50. Wave wave which particle of medium move parallel to direction of waves.
  26. 51. Wave Pattern wave that appears to be standing still.
Down
  1. 2. Interference occurs anywhere along medium where two interfering waves have displacement in same direction.
  2. 3. Interference phenomenon that occurs when two waves meet while traveling along same medium.
  3. 5. of Equilibrium experiencing a balance of forces
  4. 8. wave wave that's capable of transmitting energy through vacuum.
  5. 10. point on medium through which longitudinal wave travels with min density.
  6. 11. change in direction of waves as they pass through an opening or around a barrier in their path.
  7. 14. Harmonic patterns with three nodes and two antinodes.
  8. 15. portion of energy carried by pulse.
  9. 16. Pulse introduced at left end of rope it will travel through rope towards right end of medium.
  10. 18. & Amplitude two measurable quantities.
  11. 20. repeating disturbance through one location to another.
  12. 23. Pulse disturbance that returns to left after bouncing off pole.
  13. 25. position another word for resting position.
  14. 27. max amount of displacement of a particle on medium from rest position.
  15. 28. Behavior behavior of wave upon reaching end of a medium.
  16. 29. End end of rope.
  17. 32. positioned assumed when not vibrating
  18. 33. vibration force which sets other object into motion.
  19. 35. reflected pulse.
  20. 36. Potential Energy position of mass on spring relative to equilibrium position.
  21. 39. force exerted upon the spring.
  22. 40. single disturbance through one location to another.
  23. 43. waves involving change in direction of wave as they pass from one medium to another
  24. 45. end last particle of rope will be unable to move when disturbance reaches end of rope.
  25. 47. Motion motion that is regular and repeating.
  26. 48. Potential Energy position of mass on spring relative to position.
  27. 49. Transport Phenomenon disturbance through medium from one particle to its adjacent particle.