LensTransparentstructure thatfocuses lightonto the backof the eyeMyopiaNearsightednessTransductionThe transformationof sensory energyinto neuralimpulses yourbrain can readTop-downprocessingHigher levelinformationprocessing thatconstructs ourperceptionsCataractsCloudingof the lensso light isobstructedHueLong or shortwavelengthsdetermine the_____ of lightAstigmatismCornea or lensis oddly-shapedresulting inblurry or doublevisionMonochromatismCan only seeblack, whiteand shadesof grayDichromatismInability tosee onered orgreenAbsolutethresholdMinimum amountof sensoryinformation thatcan detected atleast half the timeGlaucomaFluid pressureinside the eyethat damagesthe retina andoptic nerveDifferencethresholdMinimumdifference that canbe detectedbetween twostimuli at least halfthe timeSignaldetectiontheoryDetecting a weakstimulus depends notonly on the strengthof the stimulus butalso on one'spsychological stateHyperopiaFarsightednessAmplitudeBrightlight hasgreat______Opponent-processtheoryExplainsafterimagesWeber'sLawThe larger orstronger a stimulus,the larger or strongera change has tohappened before wenotice a change hashappenedSubliminalperceptionStimuli that are belowthe absolutethreshold forconscious detectionbut can sometimesbe detected by thebrain anywayRetinaThe back ofthe eye whereall thephotoreceptorsare locatedSensoryadaptationSensitivity toa stimulusdiminishes ifin constantstimulationFeaturedetectorsSpecialized cellsin the visual cortexthat respond tolines, angles, andmovementsConesThere are 6million of thesephotoreceptorsin each eyeRodsThere areapprox. 120million of thesephotoreceptorsin each eyePsychophysicsThe study of therelationshipsbetween sensoryexperience andthe stimuli thatcreate themYoung-HelmholtztheoryRetina hasthree differenttypes of cones:red, green, andblueCorneaClear outercovering ofeye that lightfirst passesthroughIrisColoredmuscle thatcontrols lightentering theeyeWhitelightLight as itoriginatesdirectly fromthe sun or alight bulbFoveaArea ofcentral focusin the backof the eyeBottom-upprocessingAnalysis thatbegins with thesensoryreceptors beforeworking up tothe brainLensTransparentstructure thatfocuses lightonto the backof the eyeMyopiaNearsightednessTransductionThe transformationof sensory energyinto neuralimpulses yourbrain can readTop-downprocessingHigher levelinformationprocessing thatconstructs ourperceptionsCataractsCloudingof the lensso light isobstructedHueLong or shortwavelengthsdetermine the_____ of lightAstigmatismCornea or lensis oddly-shapedresulting inblurry or doublevisionMonochromatismCan only seeblack, whiteand shadesof grayDichromatismInability tosee onered orgreenAbsolutethresholdMinimum amountof sensoryinformation thatcan detected atleast half the timeGlaucomaFluid pressureinside the eyethat damagesthe retina andoptic nerveDifferencethresholdMinimumdifference that canbe detectedbetween twostimuli at least halfthe timeSignaldetectiontheoryDetecting a weakstimulus depends notonly on the strengthof the stimulus butalso on one'spsychological stateHyperopiaFarsightednessAmplitudeBrightlight hasgreat______Opponent-processtheoryExplainsafterimagesWeber'sLawThe larger orstronger a stimulus,the larger or strongera change has tohappened before wenotice a change hashappenedSubliminalperceptionStimuli that are belowthe absolutethreshold forconscious detectionbut can sometimesbe detected by thebrain anywayRetinaThe back ofthe eye whereall thephotoreceptorsare locatedSensoryadaptationSensitivity toa stimulusdiminishes ifin constantstimulationFeaturedetectorsSpecialized cellsin the visual cortexthat respond tolines, angles, andmovementsConesThere are 6million of thesephotoreceptorsin each eyeRodsThere areapprox. 120million of thesephotoreceptorsin each eyePsychophysicsThe study of therelationshipsbetween sensoryexperience andthe stimuli thatcreate themYoung-HelmholtztheoryRetina hasthree differenttypes of cones:red, green, andblueCorneaClear outercovering ofeye that lightfirst passesthroughIrisColoredmuscle thatcontrols lightentering theeyeWhitelightLight as itoriginatesdirectly fromthe sun or alight bulbFoveaArea ofcentral focusin the backof the eyeBottom-upprocessingAnalysis thatbegins with thesensoryreceptors beforeworking up tothe brain

Sensation 1 - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


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  1. Transparent structure that focuses light onto the back of the eye
    Lens
  2. Nearsightedness
    Myopia
  3. The transformation of sensory energy into neural impulses your brain can read
    Transduction
  4. Higher level information processing that constructs our perceptions
    Top-down processing
  5. Clouding of the lens so light is obstructed
    Cataracts
  6. Long or short wavelengths determine the _____ of light
    Hue
  7. Cornea or lens is oddly-shaped resulting in blurry or double vision
    Astigmatism
  8. Can only see black, white and shades of gray
    Monochromatism
  9. Inability to see one red or green
    Dichromatism
  10. Minimum amount of sensory information that can detected at least half the time
    Absolute threshold
  11. Fluid pressure inside the eye that damages the retina and optic nerve
    Glaucoma
  12. Minimum difference that can be detected between two stimuli at least half the time
    Difference threshold
  13. Detecting a weak stimulus depends not only on the strength of the stimulus but also on one's psychological state
    Signal detection theory
  14. Farsightedness
    Hyperopia
  15. Bright light has great ______
    Amplitude
  16. Explains afterimages
    Opponent-process theory
  17. The larger or stronger a stimulus, the larger or stronger a change has to happened before we notice a change has happened
    Weber's Law
  18. Stimuli that are below the absolute threshold for conscious detection but can sometimes be detected by the brain anyway
    Subliminal perception
  19. The back of the eye where all the photoreceptors are located
    Retina
  20. Sensitivity to a stimulus diminishes if in constant stimulation
    Sensory adaptation
  21. Specialized cells in the visual cortex that respond to lines, angles, and movements
    Feature detectors
  22. There are 6 million of these photoreceptors in each eye
    Cones
  23. There are approx. 120 million of these photoreceptors in each eye
    Rods
  24. The study of the relationships between sensory experience and the stimuli that create them
    Psychophysics
  25. Retina has three different types of cones: red, green, and blue
    Young-Helmholtz theory
  26. Clear outer covering of eye that light first passes through
    Cornea
  27. Colored muscle that controls light entering the eye
    Iris
  28. Light as it originates directly from the sun or a light bulb
    White light
  29. Area of central focus in the back of the eye
    Fovea
  30. Analysis that begins with the sensory receptors before working up to the brain
    Bottom-up processing