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Grudge

Grudge. Modules 12 – 15. We will split into 4/5 teams. Each group will be given 10 X’s. Your group will be given a question. Answer it right and you get to erase two X’s from other groups. If you lose all of your X’s, your group is eliminated . Grudge Rules.

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Grudge

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  1. Grudge Modules 12 – 15

  2. We will split into 4/5 teams. • Each group will be given 10 X’s. • Your group will be given a question. Answer it right and you get to erase two X’s from other groups. • If you lose all of your X’s, your group is eliminated. Grudge Rules

  3. The chemical sense of smell is called this Olfaction

  4. Thin outer layer where light enters the eye. Cornea

  5. The region of the ear that contains the stirrup. Middle Ear

  6. The only sense that doesn’t pass through the thalamus on its way to the brain. Smell

  7. The back part of your eye that contains rods and cones. Retina

  8. Messages that are below one’s absolute threshold. Subliminal

  9. Light rays focus in front of the retina and creates this type of vision problem. Nearsightedness

  10. This nerve carries neural impulses from the eye to the brain. Optic Nerve

  11. Focusing on one thing allows us to block out other things going on. (Gorilla Video) Selective Attention

  12. Central point of the retina where images focus. Fovea

  13. Simultaneously analyzing different elements of sensory information such as color, brightness, shape, depth. Parallel Processing

  14. The idea that one sense may influence another sense is called: Sensory Interaction

  15. Our body’s sense that provides information about the position and movement of our body parts is called: Kinesthesis

  16. Color depends on context. Just because you change the background around a color doesn’t change the color. Color Constancy

  17. The sense of hearing is called this. Audition

  18. This Young-Helmholtz Trichromatic theory says that our retinas have these 3 types of color receptors. Red, Blue, and Green

  19. Light rays focus in back of the retina and creates this type of vision problem. Farsightedness

  20. Colored ring of muscle, constricts or dilates depending on the amount of light. Iris

  21. This theory of pain states that messages must pass through the spinal cord to reach the brain. Gate-Control Theory

  22. These are 3 fluid filled bony channels in the inner ear that help maintain balance. Semicircular Canals

  23. Height of a wave. Amplitude

  24. The ability to focus on one voice in a room full of people. Cocktail Party Effect

  25. The highness or lowness of a sound. Pitch

  26. Brightness of light Intensity

  27. We become dizzy if the fluids in this part of our ear have not returned to normal. Semicircular Canals

  28. The amplitude of a sound wave determines this. Loudness

  29. The distance from one wave peak to the next. Wavelength

  30. Shorter wavelengths produce __________ frequencies. Higher

  31. This theory states that opposing retinal processes enable color vision. Red & Green, Yellow & Blue, White & Black. Opponent-Process Theory

  32. Laser eye surgery in which a flap is cut into the cornea to access the tissue behind it. LASIK

  33. These are measuring units for sound energy. Decibels

  34. The region of the ear that contains the eardrum. Outer Ear

  35. The study of how physical stimuli are translated into psychological experience. Psychophysics

  36. The five basic taste sensations are: Sweet, sour, salty, bitter, and umami

  37. These receptors detects color and allows you to see in bright light. Cones

  38. Transformation of stimulus energy (light, sound, etc.) to neural impulses our brains can interpret. Transduction

  39. Taste receptors reproduce this often. Every week or two

  40. The region of the ear that contains the semicircular canals. Inner Ear

  41. These are chemicals released by animals to attract other animals. Pheromones

  42. Vibrations on this part of the cochlea causes movement of the fluids inside. Oval Window

  43. Point in your retina where there are no receptor cells. Blind Spot

  44. The basilar membrane is lined with these cells that move with vibrations from sound. Hair Cells

  45. Images the briefly appear after the actual image is removed. Afterimages

  46. Focuses the light rays onto the retina. Lens

  47. Theory in which we hear different pitches because different sound waves trigger activity at different places in the cochlea. Place Theory

  48. This is what our body does with the information we sense. Perception

  49. Theory in which we sense pitch at the same rate as the sound entering the basilar membrane. Frequency Theory

  50. These receptors detect black, white, and gray. They also allow you to see in low light. Rods

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