Hearing Seeiology!

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Across
  1. 2. ARE FOR COLOR
  2. 5. TO SEE DIM LIGHT
  3. 6. the whole apex vibrates according to the frequency of the sound
  4. 8. theory, cortex compares responses to determine brightness
  5. 9. RELEIVE PAIN DUE TO THE POWER OF BELIEF, A DRUG THAT HAS NO EFFECTS
  6. 11. ear sound waves strike the timpanist membrane; sound vibrates
  7. 15. A PROTEIN SUBSTANCE THAT CAUSES INFLAMMATION, AND ITCHING SENSATION
  8. 17. CHEMICALS RELEASED BY AN ANIMAL THAT AFFECT BEHAVIOR SEXUALLY
  9. 22. neurons have larger receptors needvisual agnosit inability to despite trf mark\
  10. 23. REAR SURFACE OF THE EYE LINED WITH VISUAL RECEPTORS
  11. 24. adaptation a reduced response to one taste after exposure to a different taste
  12. 25. vitamin A that activates messengers within the cell
  13. 26. inner ear contains it, vibration of the oval window, varies
  14. 27. perception of the frequency of a sound wave. sounds like
  15. 29. blurring lines in goes in one nation,
  16. 31. are opiates that reduce pain by inhibiting substance p
  17. 32. GIVES EYES THEIR COLOR, CONTROLS THE OPENING OF THE PUPIL
  18. 34. THE SENSE OF SMELL
  19. 35. decreased response to a taste as a result of recent to the same taste
  20. 37. THEORY THREE TYPES OF CONES, CERTAIN WAVELENGTHS
  21. 41. combination of smell and taste
  22. 42. ability to respond to visual info after damage to area
  23. 45. IS IN THE OBJECT, NO
  24. 47. line one taste receptor transmits info to a single sensory neuron
  25. 48. EAR; ear the flesh and cartilage attached,
  26. 50. SPOT OPTIC NERVE LEAVES THE EYE
  27. 51. LIGHT ENTERS, OPENING IN THE EYE
Down
  1. 1. THEORY PROBLEM PARTS OF THE BASILAR MEMBRANE ARE BOUND TOGETHER TOO TIGHTLY
  2. 2. theory decribes a new way to understand pitch
  3. 3. DETAILED VISION, RECEPTORS ARE PACKED TIGHTLY HERE
  4. 4. the surface of the tongue, small rounded projections.
  5. 6. Intensity of a sound wave
  6. 7. number of compressions per second of a sound.
  7. 10. pain release of both glutamate and substance p.
  8. 12. each sensory spinal nerve connects to an area of the body
  9. 13. blocks the release of substance p and decreased prolonged pain
  10. 14. perception of the intensity of a sound wave
  11. 16. SENSE detects head tilt, mainatains balance
  12. 18. ceeletationis perceoved like subcircular ostrins
  13. 19. REFINES LIGHT BUT IT DOESN'T ADJUST IT
  14. 20. NERVE MADE UP OF GANGLION CELLS
  15. 21. can't recall, can't identiy the person.
  16. 25. temporal cortex and parietal locations of the "where" the sound come from
  17. 28. buds structures located within the grooves of the papillae
  18. 30. pain release of the neurotransmitter glutamate in spinal cord
  19. 33. THEORY SPINAL CORD AREAS THAT RECEIVE PAIN MESSAGES ALSO RECEIVE INPUT FROM TOUCH RECEPTORS
  20. 36. experience evoked by a harmful stimulus, attention towards danger
  21. 38. PROCESS perceive colors in opposites, fatigue the color
  22. 39. temporal cortex the location of the "what" sound is it
  23. 40. senses taste and smell
  24. 43. lazy eye. eyes do not point tin the same direction.
  25. 44. the quality of complexity of a tone.
  26. 46. LIGHT ADJUSTMENT AT VARIOUS DISTANCE
  27. 49. different taste, a savory taste