![Nonassociative Learning](http://s1.studyres.com/store/data/003969295_1-d3f032e5f61379ea6e81c65eb5519db0-300x300.png)
Nonassociative Learning
... due only to passage of time stimulus may again have consequences ~ ...
... due only to passage of time stimulus may again have consequences ~ ...
Chapter 12 – Auditory Localization and Organization
... Condition 1: Participants were able to identify locations of the sounds in front of and behind the artificial head. Condition 2: Participants were not able to localize the sounds correctly. Conclusion: The plaster, artificial pinnae muffled the sounds played behind the head in a way that was similar ...
... Condition 1: Participants were able to identify locations of the sounds in front of and behind the artificial head. Condition 2: Participants were not able to localize the sounds correctly. Conclusion: The plaster, artificial pinnae muffled the sounds played behind the head in a way that was similar ...
Visual cortex - DPI Goettingen
... Colormap of preferred orientation in the visual cortex of a cat. One dimensional experiments like in the previous slide correspond to an electrode trace indicated by the black arrow. Small white arrows are VERTICES where all orientations meet. ...
... Colormap of preferred orientation in the visual cortex of a cat. One dimensional experiments like in the previous slide correspond to an electrode trace indicated by the black arrow. Small white arrows are VERTICES where all orientations meet. ...
File
... Theories or color visionTrichromatic theory -Theory of color vision that holds that all color perception derives from three different color receptors in the retina Opponent-process theory - Theory of color vision that holds that three sets of color receptors respond in an either/or fashion to determ ...
... Theories or color visionTrichromatic theory -Theory of color vision that holds that all color perception derives from three different color receptors in the retina Opponent-process theory - Theory of color vision that holds that three sets of color receptors respond in an either/or fashion to determ ...
middle ear
... nerve axons to produce action potentials at the same frequency. Place theory - each area along the basilar membrane is tuned to a specific frequency of sound wave. ...
... nerve axons to produce action potentials at the same frequency. Place theory - each area along the basilar membrane is tuned to a specific frequency of sound wave. ...
The Auditory System
... Functionally, an extremely important feature of the cochlear duct is that the spectral pattern of footplate vibration at the oval window is translated into a spatial pattern of basilar membrane movement ("The cochlea performs a spectral to spatial transformation"). The basilar membrane is narrowest ...
... Functionally, an extremely important feature of the cochlear duct is that the spectral pattern of footplate vibration at the oval window is translated into a spatial pattern of basilar membrane movement ("The cochlea performs a spectral to spatial transformation"). The basilar membrane is narrowest ...
Nolte Chapter 9 – Sensory Receptors and the Peripheral Nervous
... that increases the probability of its openings. These same channels have binding sites for various botanical molecules, leading to the warm and cool feelings of chili peppers and menthol. Nociceptors can detect stimuli that provide nxious levels of heat or cold or chemicals that are released by dama ...
... that increases the probability of its openings. These same channels have binding sites for various botanical molecules, leading to the warm and cool feelings of chili peppers and menthol. Nociceptors can detect stimuli that provide nxious levels of heat or cold or chemicals that are released by dama ...
28.1_Responses
... following in response to a stimuli: interneuron, motor neuron, sensory neuron, muscle Review What are two general ways in which nervous systems differ among animal groups Review Give an example of an animal with a very simple sensory system and an example of one with a complex sensory system ...
... following in response to a stimuli: interneuron, motor neuron, sensory neuron, muscle Review What are two general ways in which nervous systems differ among animal groups Review Give an example of an animal with a very simple sensory system and an example of one with a complex sensory system ...
Symposium Poster - uospur
... project to a single glomerulus, where they synapse with mitral and tufted cells, which project axons to the cortex. • The glomeruli are arranged spatially in a stereotyped manner, forming identical maps in the left and right olfactory bulbs. Thus, each type of glomerulus is present on the two sides. ...
... project to a single glomerulus, where they synapse with mitral and tufted cells, which project axons to the cortex. • The glomeruli are arranged spatially in a stereotyped manner, forming identical maps in the left and right olfactory bulbs. Thus, each type of glomerulus is present on the two sides. ...
Key Elements of Sensation
... o According to the place theory, different _________________ excite different _________________ at different ________________ along the basilar membrane. o High-frequency sounds cause maximum vibrations near the ___________ end of the basilar membrane. Lower-frequency sounds cause maximum vibrations ...
... o According to the place theory, different _________________ excite different _________________ at different ________________ along the basilar membrane. o High-frequency sounds cause maximum vibrations near the ___________ end of the basilar membrane. Lower-frequency sounds cause maximum vibrations ...
File
... You should be able to define/explain/and provide an example (when appropriate) for the following terms. In addition, please remember this list should be used in combination with your textbook1. ...
... You should be able to define/explain/and provide an example (when appropriate) for the following terms. In addition, please remember this list should be used in combination with your textbook1. ...
Extra Credit Quiz #19
... 12. Kasandra is new to the local high school. Throughout the course of a typical day, a number of tones sound. One set of tones is for dismissing classes while another tone sounds to let students know there are ten minutes left in the period. After a week, Kasandra has learned how to distinguish one ...
... 12. Kasandra is new to the local high school. Throughout the course of a typical day, a number of tones sound. One set of tones is for dismissing classes while another tone sounds to let students know there are ten minutes left in the period. After a week, Kasandra has learned how to distinguish one ...
Lecture 12
... glands - secrete mucus to clean epithelium nerve (I) - axons of olfactory cells bulbs - brain region where (I) synapses tract - axons from bulbs to cortex ...
... glands - secrete mucus to clean epithelium nerve (I) - axons of olfactory cells bulbs - brain region where (I) synapses tract - axons from bulbs to cortex ...
unit1sup - University of Kentucky
... first case the later tonal group sounds as one stream due to time proximity. In the second case flanking the lower tones with a sequence at same frequency, separates the lower tone from the upper tones creating 2 separate streams. ...
... first case the later tonal group sounds as one stream due to time proximity. In the second case flanking the lower tones with a sequence at same frequency, separates the lower tone from the upper tones creating 2 separate streams. ...
IN SEARCH OF PRINCIPLES IN INTEGRATIVE BIOLOGY
... species that discharge the electric organ steadily at moderate to high frequency, 100 per sec or more. The receptor generates one impulse in its axon for each such discharge and therefore fires at a constant rate (Fig. 7B). Some sensory axons respond to adequate stimuli by shifting the phase relatio ...
... species that discharge the electric organ steadily at moderate to high frequency, 100 per sec or more. The receptor generates one impulse in its axon for each such discharge and therefore fires at a constant rate (Fig. 7B). Some sensory axons respond to adequate stimuli by shifting the phase relatio ...
Sensation
... membrane that vibrates with the waves) • Middle Ear: transmits eardrum’s vibrations through a piston made of 3 tiny bones (hammer, anvil, & stirrup) to the cochlea (snail shaped tube in inner ear) • Inner Ear: incoming vibrations cause the cochlea to vibrate & jostles the fluid that fills the tube ...
... membrane that vibrates with the waves) • Middle Ear: transmits eardrum’s vibrations through a piston made of 3 tiny bones (hammer, anvil, & stirrup) to the cochlea (snail shaped tube in inner ear) • Inner Ear: incoming vibrations cause the cochlea to vibrate & jostles the fluid that fills the tube ...
All Other Senses
... Intensity: Amount of energy in a wave determined by the amplitude. It is related to perceived brightness. ...
... Intensity: Amount of energy in a wave determined by the amplitude. It is related to perceived brightness. ...
LCog read ch 3
... alone cannot account for the results of several different classical conditioning procedures (e.g., simultaneous conditioning, though maximizing contingency, leads to poor conditioning). contingency: is an if-then relationship between two stimuli. One stimuli predicts the occurrence of the other (e ...
... alone cannot account for the results of several different classical conditioning procedures (e.g., simultaneous conditioning, though maximizing contingency, leads to poor conditioning). contingency: is an if-then relationship between two stimuli. One stimuli predicts the occurrence of the other (e ...
Document
... • How to measure it – Measure sensitivity to range of one stimulus characteristic – Adapt to that characteristic by extended exposure – Re-measure the sensitivity to range of the stimulus characteristic ...
... • How to measure it – Measure sensitivity to range of one stimulus characteristic – Adapt to that characteristic by extended exposure – Re-measure the sensitivity to range of the stimulus characteristic ...
Solution 1
... discussed in class)? There are two possible reasons. One is that as percepts become encoded with more semantic meaning, attentional modulation becomes more behaviorally relevant, and therefore increases at higher processing areas. Another possibility is that there exists an accumulative effect of ...
... discussed in class)? There are two possible reasons. One is that as percepts become encoded with more semantic meaning, attentional modulation becomes more behaviorally relevant, and therefore increases at higher processing areas. Another possibility is that there exists an accumulative effect of ...
Motor System I: The Pyramidal Tract
... Oculomotor, trochlear and abducens motor nuclei do not receive PT fibers. Corticobulbar fibers on one side of the brain are distributed bilaterally to much of the above nuclei, except that V and XII receive more crossed than uncrossed PT fibers. Corticobulbar innervation of motor VII is as follow: 1 ...
... Oculomotor, trochlear and abducens motor nuclei do not receive PT fibers. Corticobulbar fibers on one side of the brain are distributed bilaterally to much of the above nuclei, except that V and XII receive more crossed than uncrossed PT fibers. Corticobulbar innervation of motor VII is as follow: 1 ...