FLOW RATE = pressure gradient / resistance

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Across
  1. 6. a type of flow characterized by a decrease in resistance
  2. 10. It functions to WARM, HUMIDIFY, FIlTER, and CONDUCT air to the respiratory zone.Anatomically are the most distal segment of the conducting zone
  3. 11. breathing through this lowers resistance significantly
  4. 12. breathing through this is considered more efficient because it creates more turbulent flow.
  5. 14. in this stage of breathing the diaphragm contracts and pushes the abdominal content downwards.
  6. 15. a device used to record changes in lung volume
  7. 18. the large surface are for gas exchange is equivalent of a tennis court
  8. 19. of the diaphragm decreases the volume of the thoracic cavity
Down
  1. 1. an accessory muscle of respiration that is activated when breathing is difficult
  2. 2. mechanism that is used during the breathing cycle the movement of gas move from high pressure to low pressure.
  3. 3. the volume of the airway that goes down to the level of the terminal bronchioles and does not participate in gas exchange
  4. 4. if food enters this structure you will have a coughing reflex
  5. 5. this is a type of flow that is "disorganized". In this, you have a collision of numerous collisions between molecules.
  6. 7. swelling of this can lead to recurrent ear and sinus infection
  7. 8. the shape of this increases resistance and creates considerable turbulent flow.
  8. 9. this is an essential skeletal muscle that separates the abdomen from the chest.
  9. 13. symptoms of this include difficulty breathing, cough, mucus production and wheezing. (acronym)
  10. 14. used during deep breathing.The amount of FORCIBlY inhaled ( acronym)
  11. 16. using this allows people with asthma to breathe easy again after feeling tightness in the chest
  12. 17. located in the surface of epithelium they beat constantly to push mucus upward towards the pharynx where it can be expelled by a cough or swallowed