The nervous system.
The theory of communication would have it that communication has only occurred when the recipient is aware of the message. In this sense, broadcast radio is possibly not communicating for at least some of the time.It is not necessary for the communication to be responded to. In wartime, often the recipient is not required to respond to the message - for to do so would reveal their presence.So to the Q. Whether one communicates with depends rather on whether there are two entities active in the process. An Advertiser communicates to. A husband would like to communicate with.
You don't communicate with me enough.
Message that is being asked in speech would be that what is the main point of the speech or presentation. What is the message that the speaker is trying to tell you or trying to convince you in doing something.
When using Anti-spam Exchange, there is a risk that a legitimate message would be labeled as spam, which would easily cause an important message to be overlooked.
people would often write letters and men on horses would take them to that address
Your nervous system would respond by sending an electrical message to your brain through your nervous system. Once you have recognized you were hurt, you would go and get a band-aid.
Depending on where the "message" originates, it would generally be the periphrial nervous system carrying the message to the central nervous system, which is then processed by the appropriate neurons in the brain. The class of these nerves are the "efferent" nerves.
Neurons would not be able to communicate across synapses. The different parts of the brain would not be able to communicate with each other as well.
Many parts of the brain control your muscles. There is a part of the brain called the Central Nerve System or CNS located towards the center of the brain. This are controls your nerves and movement. Everytime you want to move a body part, your brain sends a message lightning speed to your nerves and that is how you move. Without the Central Nerve System, you would be paralized and unable to move.
It is part of the neurological system.
The scientist studying the brain would be part of the nervous system.
To persuade an audience to act against a particular issue
the brain controls your body because there are nerve cells and your brain is the one sendind messages to the nerve cells to take take it to that part of your body which makes it move. for example, if your brain wants you to move your hand, the nerve cells would take that message to your hand and it will move. which means , your brain is the one making you do the stuff you do everyday.
If you step on a tack, your nervous system would immediately signal the pain to your brain, causing a reflex to withdraw your foot. Your circulatory system may also be affected as your heart rate and blood pressure could temporarily increase in response to the pain.
The sensory neurons in your peripheral nervous system are responsible for detecting pain signals from your body and transmitting them to your brain. These neurons are equipped with specialized receptors that respond to stimuli like temperature, pressure, and tissue damage, sending electrical signals along nerve pathways to your brain to signal pain.
Your nervous system sends messages from the body to the brain. Different kinds of Neurons are used to send each message, to allow your brain to know what is going on in your environment. The things that cause a reaction are called Stimuli. Messages are sent along nerve cells, or Neurons. For instance, if you prick your finger on a pin, a sensor in your skin called a Receptor sends a message of pain through a Sensory Neuron, to a Relay neuron in your Central Nervous System (which is your brain and spinal cord). The message is then sent through the CNS, to the brain, so your brain can decide how to react to the pain. The message is THEN sent through a motor neuron, which causes your muscles to move to react to the message. (Something that reacts to a message from a neuron is called an Effector- because it causes an effect.) In this case, the message from the motor neuron to the effector- your muscle- would make you pull your hand back, to get it away from the pin. In short: A change in your environment, like pain, is picked up by a Receptor. The message picked up by the Receptor is sent through a Sensory Neuron. The message is then sent through the Central Nervous System by Relay Neuron. Once the brain has decided what to do, it sends a message to the Motor Neuron. The Motor Neuron triggers an Effector (a muscle, or some chemical secretion) to react to the change. It may not be completely correct, but I'm 90% sure that's at least a rough, simple version.
The peripheral nervous system connects the central nervous system to the limbs and organs, enabling communication between the brain and the rest of the body. It controls voluntary movements via the somatic system and involuntary functions through the autonomic system, which regulates things like heart rate, digestion, and breathing.