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Cerebrum is the part of the brain that acts as coordinating centre. It sends nerve impulses to effectors (ex;muscles) to do work by using the efferent neurons (nerve cells). Impulses travel through nerve system with help neurotransmitters like serotonin and dopamine that carry information from one cell to another. The ammount of neurotransmitter is related to importance and strength of information (resulting in mild to strong pain). However some parts of the body aren't in reach of nerve system and also need some control. That is done by hormones traveling with blood and is much slower than nerves.
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Sensory neuron is to motor neuron as?
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.
What is the function of the nerve cells?
The functions of the nerve cells is to carry messages around our body. To adapt to their job, they are very long and are branched at each end.Nerve cells receive, carry, and pass electrical impulses.Neurons (or nerve cells) are the smallest unit of the nervous system which send signals to the rest of the body to perform what ever function the brain wants it to; such as telling the heart to beat.
When your cells need energy they send signals to your brain how do these signals make you feel?
tired
How does the brain send and receive messages from our body?
The brain receive messages from the other parts of the body through nerve impulses.
What other parts of the body work with the brain?
The brain is part of the Central Nervous System. The central nervous system includes the brain and spinal cord. Your brain is connected with every part of your body by nerves which extend out from your spinal cord. These nerves are the pathways that receive signals, that send them to your brain, then your brain decides what to do with the received information and sends out new signals to respond to that input.
How does your brain send orders so fast?
This is due to electronic signals are transmitted between brain and other parts of the body; the ever fastest communication.
What transmitte messeges to the brain?
Nerves and brain cells in the brain send electric signals to each other to tell the body what to do.
How does a mobile phone communicates with different parts inside?
like your brain, it send certain signals to the designated parts, which in turn responds to the signals and act appropriately.
Sensory neuron is to motor neuron as?
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.
What twelve structures receive and send sensory and motor signals between the body and the brain?
What 12 structures receive and send sensory and motor signals between the body and brain
How does the brain work withe other parts of the body?
Nerves Send Messages To The Different Body Parts
Do nerves send signals?
No, nerves do not send signals. They transmit signals produced by receptors or the brain or spinal cord.
What is function of axon terminal?
the primary function is to send nerve signals to the various parts of the body
What is the function axon terminal?
the primary function is to send nerve signals to the various parts of the body
What is the function of the nerve cells?
The functions of the nerve cells is to carry messages around our body. To adapt to their job, they are very long and are branched at each end.Nerve cells receive, carry, and pass electrical impulses.Neurons (or nerve cells) are the smallest unit of the nervous system which send signals to the rest of the body to perform what ever function the brain wants it to; such as telling the heart to beat.
How does the Brain Now what to do?
it send messages to other parts of your body like your nervsystem
How does the nervous system relate to homeostasis?
The nervous system plays a crucial role in maintaining homeostasis by regulating and coordinating bodily functions. It detects changes in the internal and external environment, processes this information, and signals the body to make necessary adjustments to maintain a stable internal environment. This communication and control system helps regulate functions such as heart rate, temperature, and hormone levels.
