The muscles and the brain
It could be something in the fuel-sending unit or a float has leaks which causes the fuel to remain at the bottom. The latter signals the sensor to send the warning.
No. The nodes are automatic. They start the pulses by themselves. This is called an automatic pacemaker. They have no external nerve or hormonal control.
signals from at least 3 satellites send signals to and receive signals from the gps which are then triangulated to give the exact position of the GPS unit. Most GPS units are receive only. That is they must receive positional and timing information from the GPS satellite constellation. The internal processor them computes your position based upon this data(triangulation). Generally receiving data from three or more satellite's is needed to be produce a good fix (your position) but this is also dependent upon the geometry of the satellites. The best fixes are obtained when you have signals from three or more satellites which are geometrically separated by 45 degrees.
An automatic door has a controller, an electrical sensor and a motor. The sensor detects an approach to the door either by the interruption of a laser beam or by a pressure pad. This is set up to send a signal to the controller which triggers the motor on the door which moves the door to the open position. The motor then closes the door after a set time period unless the sensor is re-triggered in that time.
The Vegal Nerve conveys parasympathetic signals to the heart
Sensory neuron is to motor neuron...as feedback system is to control system. The motor neurons send signals from the brain to control the body. The sensory neurons send signals from the body back to the brain.
Neurons send signals to other neurons, muscles, and glands in the human body.
There are three major classes of neurons: sensory neurons, which receive information from the external environment; interneurons, which process and integrate this information; and motor neurons, which send signals to muscles and glands to produce a response.
The brain sends and receives messages from the body through the nervous system. Nerve cells, or neurons, transmit electrical and chemical signals to communicate information. Sensory neurons carry signals from the body to the brain, while motor neurons send signals from the brain to the muscles and glands.
Sensory neurons (afferent neurons) send sensory signals from the body to the Central Nervous System. Their cell bodies are always found in a ganglion outside the central nervous system. Motor neurons (efferent neurons) send signals from the central nervous system to the muscles and glands of the body. Their cell bodies are always located in the central nervous system.
Sensory neurons transmit signals from sensory receptors towards the central nervous system to detect external stimuli, while motor neurons transmit signals from the central nervous system to muscles and glands to initiate a response or action. In this way, sensory neurons bring information in and motor neurons send information out to carry out a response.
Nerve cells specialized on transmitting messages from one part of the body to another. Motor neurons send information away from the central nervous system (CNS). Sensory neurons send information toward the CNS. Inter-neurons send information between motor and sensory neurons.
Sensory neurons carry signals from the receptors in our body (e.g. thermal, pressure etc.) to the relay neurons, which are found in our spinal cord. Relay neurons then send signals along the spinal cord to the brain. The brain then processes the information and sends a signal back down the spinal cord, through the relay neurons. Relay neurons then sends signals to motor neurons, which will then affect the muscles' movements.Read more: What_does_neuron_cells_do
Neurons that carry signals from the central nervous system (CNS) to skeletal muscles are known as somatic motor neurons. These neurons are responsible for controlling voluntary movements of the body by transmitting signals that stimulate muscle contractions.
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conductivity
Sensory neurons carry signals from the receptors in our body (e.g. thermal, pressure etc.) to the relay neurons, which are found in our spinal cord. Relay neurons then send signals along the spinal cord to the brain. The brain then processes the information and sends a signal back down the spinal cord, through the relay neurons. Relay neurons then sends signals to motor neurons, which will then affect the muscles' movements.Read more: What_does_neuron_cells_do