You will have to use your finger on your ear to determine which part of the ear receives a stimulus
Emotion
Subthreshold stimulus
Will I receive a stimulus check?
The next stimulus package, which is only proposed and never mentions sending checks like the last one (and probably won't), would never apply to illegals anyway.
The stimulus for taste is chemical reaction.
The eardrum receives the vibrations of the air.
See the link bellow !
no because it doesnt want to
The ear can be defined as the organ that detects sound. It not only receives sound, but it also aids in the balance and body position. The ear is part of the auditory system
all or none fashion
The auricle or pinna of the outer ear acts like a horn to capture the sound waves which are then tunneled into the auditory canal and strike the tympanic membrane (eardrum).
The nervous system is made up of three parts: the receptor, the decider, and the effector. The receptor receives an stimulus and creates an electric impulse to be sent to the brain. The brain receives this impulse and decides what to do in order to react to the stimulus. Your brain then makes a decision and sends out an electric impulse to the effector which moves the muscle or activates a gland in your body which is a reaction to the stimulus.
ThalamusIf you are referring to outside stimulus that are sensory messages, all stimuli, except smell, go to the thalamus in the brain which is then relayed to the cerebral cortex.
The receptor!
The dendrite receives a stimulus and conducts the nerve impulse toward the cell body.
When you are deaf multiple parts of the ear can be injured. The ear receives sound as vibration that it converts into sound that is understood by the brain. The parts of the ear that can be injured to result in deafness are the following: the eardrum, the cochlea, the auditory nerve and the middle ear ossicles. Damage to any one of these will result in deafness.
Exaggerating the stimulus is also seen as amplifying the stimulus. This is seen in outer ear hair cells.The mechanism you refer to is probably a positive feedback mechanism: more of the stimulus causes more of the stimulus. This is in contrast to a negative feedback mechanism, whereby more stimulus results in processes that strive to attenuate (lessen) that stimulus.