A. Respond to specific stimulus patterns
B. Respond to the whole visual field
C. Respond primarily to stationary objects
D. Develop only after birth
Related Mcqs:
- The process by which sensory information is converted into neural energy is ______________?
A. sensory adaptation
B. feature detection
C. signal detection
D. transduction - Afferent pathways are involved in which of the following sensory systems?
A. visual, tactile, kinetic and auditory only
B. olfactory and kinetic only
C. kinetic and auditory only
D. all sensory systems - Which of the following sensory systems involves the ganglion cells and the ciliary muscles?
A. Cutaneous
B. Auditory
C. Visual
D. Olfactory - The local fire department sounds the 12 o’clock whistle. The process by which your ears convert the sound waves from the siren into neural impulses is an example of:
A. Transduction
B. Sensory adaptation
C. Parallel processing
D. Accommodation - How are cortical cells arranged to best transmit neural information?
A. Cells are vertically organized in columns
B. Cells are horizontally organized in straight lines
C. Cells are organized around the optic nerve
D. Cells are vertically organized by volume - The speed that neural impulses travel is _____________?
A. 3 to 200 miles an hour
B. the speed of light
C. 600 miles an hour
D. 200 miles a second - A physical stimulus is converted into a neural impulse by a process ____________?
A. transposition
B. transduction
C. transition
D. transference - As the individual continues his growth after birth, the neural cells in his brain _______________?
A. change in their chemical composition
B. increase in number
C. both a and b
D. none of these - Its release is stimulated by distensions of cervix, decrease in progesterone level in blood and neural stimuli during parturition and suckling:
A. Prolactin
B. Antidiuretic hormone
C. Oxytocin
D. Luteinizing hormone - Research on neural grafting techniques to transplant dopamine cell bodies indicate that:
A. We cannot repair damaged brains
B. We can repair some damaged brains
C. We can prevent brain damage
D. We can prevent Parkinson’s disease
