Introduction to Waves

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Across
  1. 1. The type of ultrasound used to detect and measure blood flow in vessels
  2. 4. A wave classification denoting a medium is not required for wave propagation
  3. 6. The time taken to complete one cycle (compression to rarefaction back to compression)
  4. 7. A mechanical, longitudinal wave type used in the field of ultrasound
  5. 9. low particle density in a longitudinal wave
  6. 11. The rate (m/sec) at which a wave travels through a medium
  7. 14. Transfers of energy that propagate through a medium
  8. 16. The number of cycles per second
  9. 18. The motion of particles perpendicular to the wave propagation direction
  10. 19. Leading to wave cancellation, the maxima of one wave aligns with the minima of another wave
  11. 20. The construction of a larger wave when the minima and maxima of two waves are aligned
Down
  1. 2. A partial construction of a bigger wave due to the fact that the two consecutive waves are not completely in and out of phase
  2. 3. The effect by which a transducer converts energy into another form
  3. 5. A wave classification denoting a medium is required for wave propagation
  4. 8. The distance between one peak compression to the subsequent peak compression
  5. 10. The maximum variation of a variable from the mean value
  6. 12. Pressure, density, particle motion and temperature are
  7. 13. high particle density in a longitudinal wave
  8. 15. Particles' compressions and rarefactions lead to particle motion wherein the wave direction and propagation direction are the same
  9. 17. Known as the time between when the pulse was created to when the pulse was received