The Phrenic & Intercostal nerves.
glands
Electrical impulses telling them to contract or relax.
Motor nerves conduct impulses from the central nervous system (brain and spinal cord) to muscles and glands in order to stimulate movement or secretion.
The efferent nerves, also known as motor nerves, carry impulses away from the brain and spinal cord to control muscles and glands in the body.
remember the word SAMESensory are AfferentMotor are Efferent
Sensory nerves carry impulses to the brain (as sights seen, sounds heard, etc.). Motor nerves carry impulses from the brain to cause the body to do things such as move muscles.
Muscles are responsible for movement by contracting and relaxing, while nerves transmit signals throughout the body. The nervous system controls muscle movement by sending electrical impulses to stimulate muscle contractions. Coordination between muscles and nerves is crucial for proper functioning of the body.
Your brain tells the muscle to move by sending electric impulses through your nerves to your muscles.
as the motor nerves carry impulses from the brain to the limbs and muscles numbness or feeling will be reduced or lost and muscle tone will diminish.
An electromyogram (EMG) may also be used to determine the health of nerves and muscles using electrical impulses.
The nervous system carries impulses to and from the brain by way of neurons. The bundles are called nerves. Sensory nerves bring impulses into the spinal cord and brain and motor neuron carry impulses away from the brain and spinal cord to the muscles and glands.
Motor nerves allow the brain to stimulate muscle contraction. A motor nerve is an efferent nerve that exclusively contains the axons of somatic and branchial motoneurons, which innervate skeletal muscles (that ensure locomotion) and branchial muscles (that motorize the face and neck).