Asked by Jayden Daies on Mar 10, 2024
Verified
A car controlled by a computerized navigational guidance system is likely to respond more rapidly to sudden obstructions in its path than a car controlled by a human driver.This is primarily due to the fact that
A) a neuron's reaction is an all-or-none response.
B) an axon branches into junctions with many other neurons.
C) the fatty tissue layer that insulates axons slows the transmission of neural impulses.
D) the speed of neural impulses is much slower than the speed of electricity through a wire.
Neuron's Reaction
The process by which a neuron responds to stimuli, often involving electrical and chemical signals to transmit information.
Axon Branches
Extensions of an axon, which are part of a neuron, that help in transmitting neural signals to other cells.
Fatty Tissue Layer
Adipose tissue that stores fat, providing insulation and acting as an energy reserve.
- Delineate the structure and operational tasks of neurons, including prominent mention of the importance of myelin sheaths.
Verified Answer
TB
taylor bhendMar 10, 2024
Final Answer :
D
Explanation :
The primary reason a computerized system can respond more rapidly than a human is due to the difference in the speed of signal transmission. Neural impulses in humans travel significantly slower than electrical signals through wires, which are used in computerized systems. This allows the computerized system to process information and react faster than the human brain and nervous system.
Learning Objectives
- Delineate the structure and operational tasks of neurons, including prominent mention of the importance of myelin sheaths.