It is located outside of the central nervous system and consists of nerves and sensory receptors, it carries impulses formed by receptors, such as pain and sound receptors, to the CNS and it carries impulses from the CNS to effectors, glands and muscles that carry out actions directed by the CNS
The neuron that carries impulses to the central nervous system is called a sensory neuron. Sensory neurons transmit signals from sensory receptors to the brain and spinal cord, allowing the central nervous system to process and respond to sensory information.
No, the sensory afferent division conveys impulses towards the central nervous system. Afferent neurons transmit sensory signals from sensory receptors to the central nervous system, whereas efferent neurons carry signals away from the central nervous system to muscles and glands.
The peripheral nervous system carries impulses between the spinal cord and other body parts.
Motor neurons carry instructions from the central nervous system to effector organs. They are a part of the peripheral nervous system and transmit signals to muscles and glands, causing them to contract or secrete in response to stimuli.
The answer is the central send impulses and the brain and spinal chord are used in this application.
An efferent neuron carries impulses away from the central nervous system, toward the effectors such as muscles or glands.
They are called as motor neurons.
The Central nervous systme sends impulses to the peripheral nervous system which in turn carries signals to the muscles.
Neurons that receive info & send impulses to brian or spinal cord.
Sensory neurons are responsible for carrying impulses from the skin to the central nervous system. These neurons transmit information about touch, temperature, and pain from sensory receptors in the skin to the brain and spinal cord for processing.
Sensory neurons are responsible for transmitting information from sensory receptors to the central nervous system. They detect stimuli from the external environment or within the body and convert these signals into electrical impulses that can be processed by the brain.