Receptors for the kinesthetic sense are found in the:
A. cochlea
B. basilar membrane
C. ligaments and tendons
D. joints and muscles
A. cochlea
B. basilar membrane
C. ligaments and tendons
D. joints and muscles
A. closure
B. continuation
C. similarity
D. nearness
A. subtle differences is stimuli
B. bright stimuli
C. contrast or change in stimulation
D. subliminal stimuli
A. The fact that perceptions are often reconstructions of events
B. The low degree of accuracy of human psi phenomena
C. Perceptual closure operating in a real life situation
D. An “innocence of vision” in stressful situations
A. Sensory completion
B. Closure
C. Figure-ground
D. Continuation
A. Inhibit action potentials from reaching the terminal buttons
B. Cause action potentials that were took weak to reach the terminal buttons
C. Fall below William’s absolute threshold for sound
D. Cause more inhibitory than excitatory synapses
A. Transduction
B. Sensory adaptation
C. Parallel processing
D. Accommodation
A. Subliminal cells
B. Ganglion cells
C. Rods and cones
D. Bipolar cells
A. Subtractive color mixing
B. Divisive color mixing
C. Trichromatic theory
D. Multiplicative color mixing
A. Sensory interaction; feature detection
B. Sensation; perception
C. Absolute threshold; difference threshold
D. The just noticeable difference; accommodation