. Biophysical science. Biophysics. 5 : 3/ Electrical Potentials of the Brain 93 temperature of a room; (b) a method of sensing this quantity such as a thermostat; and (c) an active mechanism whose rate can be varied by the sensing element to effect the control (in this example, an oil furnace). If the control opposes changes, the loop is said to have a negative feed- back. Similar negative feedback loops are common in electronics. One such frequent use is to keep an amplifier's gain constant in spite of changes in supply voltages and tube characteristics. Feedback loops can also Pre-motor Supp
. Biophysical science. Biophysics. 5 : 3/ Electrical Potentials of the Brain 93 temperature of a room; (b) a method of sensing this quantity such as a thermostat; and (c) an active mechanism whose rate can be varied by the sensing element to effect the control (in this example, an oil furnace). If the control opposes changes, the loop is said to have a negative feed- back. Similar negative feedback loops are common in electronics. One such frequent use is to keep an amplifier's gain constant in spite of changes in supply voltages and tube characteristics. Feedback loops can also Pre-motor Suppressor Suppressor Biological Intelligence. Somato-mofor Somato-sensory -Suppressor Bodily Awareness Writing __ Speech Understanding Visuo-sensory Visuo-psychic Suppressor Biological ^ j^ \ Intelligence '⢠$.-'â' Reading (Visual Speech) Audito- / I Suppressor psychic Audito-sensory Somato-motor Somato-sensory Stressor.;;^^[i!;^!^^^ ^Suppressor Pre-motor ~ ^^f^ssl^ ,|!p''!â sUP"^*^ Suppressor. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Ackerman, Eugene, 1920-. Englewood Cliffs, N. J. , Prentice-Hall
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