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From sensory neurons to motor neurons
The motor neurons carry impulses from the central nervous system to the muscles. These impulses may be generated autonomically (instinctively) or through voluntary control by the brain.
muscles
The function is to catch/take impulses from the central nervous system and send it to muscles and glands
Sensory neurons relay information from sense organs, motor neurons carry impulses to muscles and glands, and inter-neurons transmit impulses between sensory and motor neurons. A typical neuron consists of dendrites (fibres that receive stimuli and conduct them inward), a cell body (a nucleated body that receives input from dendrites), and an axon (a fibre that conducts the nerve impulse from the cell body outward to the axon terminals). Both axons and dendrites may be referred to as nerve fibres. Impulses are relayed by neurotransmitter chemicals released by the axon terminals across the synapses (junctions between neurons or between a neuron and an effector cell, such as a muscle cell) or, in some cases, pass directly from one neuron to the next. Large axons are insulated by a myelin sheath formed by fatty cells called Schwann cells. Bundles of fibres from neurons held together by connective tissue form nerves. For more information on neurons, visit Britannica.com.
Motor neurons
Motor neurons
Motor neurons are neurons which carry impulses from the Central Nervous System to muscles or glands. When an action potential is conducted by a motor neuron a muscle contracts or a product is released from a gland.
Motor Neurons
MOTOR neurons
Motor neurons are the neurons that conduct impulses from the central nervous system to cardiac muscle, smooth muscle, and glandular epithelial tissue. These types of nerves are what make up the Autonomic nervous system, which regulates the bodies involuntary functions.
Sensory Neurons
Sensory Neurons
It would be more accurate to say that the neurons transmit the impulses, rather than that they receive them.
The motor nerve cells control the skeletal muscle
From sensory neurons to motor neurons
Motor neurons