hearing
Special sensory neurons in sense organs that receive stimuli from the external environment.
Sensory organs are typically concentrated at the head end of an organism. This allows for efficient detection of stimuli from the external environment, such as light, sound, and chemical signals. These sensory organs help the organism navigate its surroundings and respond to various stimuli quickly.
Milk snakes are non-venomous and are harmless to humans. Despite their similar appearance to venomous coral snakes, milk snakes pose no threat to humans as they do not produce venom.
touch,smell,taste,sight,hearing,mind control and morphing
The sensory organs developed around the mouth in an attempt to help the creature eat - that being the primary reason for senses. Because all the sensory organs were concentrated around the mouth that was the beginnings of the head. So you see - the concentration of sensory organs was the reason for the head. There was no head to begin with. The head (and brain) developed because that was where all the sensory organs (and mouth) were. As for an advantage. It might be advantageous to have your sensory organs as high as possible. The reason for this is obvious for sight and sound. Smelling however would benefit more if it were located in the feet. Consider dogs and pigs. As soon as they start smelling they put their nose (and the rest of the head as well) to the ground. Feeling is not found concentrated in the head but is omni-localized.
hearing
two test related to the sensory organs
two test related to the sensory organs
Humans respond to various stimuli because of the complex interaction between their sensory organs, nervous system, and brain. When a stimulus is detected by the sensory organs, it is relayed to the brain through the nervous system, triggering a response or reaction based on past experiences, emotions, and instincts. This process helps humans adapt to their environment and ensure their survival.
Special sensory neurons in sense organs that receive stimuli from the external environment.
No, sensory neurons are not organs. Sensory neurons are a type of nerve cell that carry information from sensory receptors to the central nervous system where it is processed. They are part of the nervous system but do not constitute organs themselves.
The tongue is a boneless sensory organ (taste).The eyes are also boneless sensory organs (sight).Technically speaking, the skin is also a boneless sensory organ (touch).The nose and ears, which are sensory organs, have bones in them,
The localization of a brain and specialized sensory organs of an animal's head is known as cephalization. This presumed evolutionary process focuses on the creation of sensory organs in the anterior end of the head.
Humans use sensory organs in their inner ear, known as the vestibular system, to sense acceleration. This system includes structures such as the semicircular canals and otolith organs, which detect changes in motion and orientation to help maintain balance and spatial awareness.
No, arachnids do not possess antennae as part of their sensory organs. They primarily rely on other sensory structures such as hairs and specialized appendages to detect their surroundings.
The grasshopper has four sensory organs that help it interact with its environment. These are the eyes, antennae, palps and cerci.
The organs are located between the ribs and the top of the hips.