ch statement is true about classifications of senses?A general sense has a specific sense organ to process sensations.A special sense uses sense organs located in the head that are anatomically distinctstructures.A general sense is considered to be a complex neural pathway, whereas a special sense isless complexOne general sense is the sense of vision, and an example of a special sense is feeling painin an internal organ. Select all of the statements that are true about gustation:The papillae on the tongue are the receptor cells for taste molecule stimuli.Salt and sour taste stimuli sense Na+ ions and H+ ions respectively.In order for sweet tastes to be sensed, the taste molecule must first bind to a proteinreceptor in a taste bud.The gustatory pathway for the processing of taste stimuli are relayed to the thalamus,and then to the gustatory cortex for processing by the brain.

Senses refer to the physiological mechanisms through which living organisms perceive and interpret…

ch statement is true about classifications of senses? A general sense has a specific sense organ to process sensations. A special sense uses sense organs located in the head that are anatomically distinct structures. A general sense is considered to be a complex neural pathway, whereas a special sense is less complex One general sense is the sense of vision, and an example of a special sense is feeling pain in an internal organ.

ch statement is true about classifications of senses? A general sense has a specific sense organ to process sensations. A special sense uses sense organs located in the head that are anatomically distinct structures. A general sense is considered to be a complex neural pathway, whereas a special sense is less complex One general sense is the sense of vision, and an example of a special sense is feeling pain in an internal organ.

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

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Similar questions

Which of the following structures is not part of the physiology of hearing? Incus Cochlea Utricle Auditory canal
1) Which of the following best describes a mechanism that helps us locate how far to the left or right a sound in our environment is coming from? certain neurons fire when input from the left and right ear reaches them at the same time neurons in the area postrema fire differentially based on relative volume differences rate coding (namely, the relative distance a sound is from the left or right ear affects the rate of firing) There does not need to be any difference in neural firing; we can just tell where a sound is coming from based on where it SOUNDS like it s coming from! 2) A retinal photoreceptor (rod/cone) is relatively ________ in the dark. Then when light hits it, it gets ________ . depolarized; hyperpolarized hyperpolarized; more hyperpolarized depolarized; more depolarized hyperpolarized; depolarized
Which of the following statements about the olfactory system is true? Question 2 options: Turbinates are always in motion to sweep odorants up to the olfactory epithelium. All odorants must reach the olfactory epithelium through the nose. The two nasal cavities sample different sections of air providing a binasal experience. Olfactory receptor neurons die after about a month and must be resupplied.
Which of the following is/are commonalities between hearing and equilibrium? The receptors of both are depolarized by an influx of K+ Both occur in the inner ear All of these are correct Both use hair cells as sensory receptors
What two structures of the inner ear are responsible for the sense of balance? Vestibular apparatus and semicircular canals Eyes and ears Cochlea and Vestibular apparatus None of these is correct Vestibular apparatus and semicircular canals
Which of the following accurately depicts the neural pathway taken in the sense of olfaction? olfactory nerves-olfactory bulb-olfactory tract-temporal lobe olfactory nerves-olfactory tract-olfactory bulb-parietal lobe Oolfactory tract-olfactory nerves-olfactory bulb-temporal lobe Oolfactory tract-olfactory bulb-olfactory nerves-parietal lobe
Page 2: Which special sense has axons from its receptor go through the cribiform plate? Hearing Page 3: Smell 3 Taste Page 4: Equilibrium 4 Vision Page 5: Next Page Page 6 of 10 Previous Page
Include a 5-10 sentence explanation of how the ear senses sound and relays that data to the brain to interpret auditory information. Some pieces to consider: What path does the sound travel through the ear? What structures do the waves interact with? How does the signal travel to the brain? Where in the brain is the data processed? How does this sense change with age? What could cause deafness in humans (there are at least two major ways this can happen)?
You discover that the convergence ratio for the photoreceptors in the Zerons is opposite to that of humans, i.e the convergence ratio for rods is lower and the convergence ratio of cones is higher. The site and distribution of the photoreceptors is the same as in humans. Question: What might be true for Zerons vision? The images formed in the dark are sharper than those formed in light The central parts of their visual field aren't as sharp as the peripheral parts of their visual fields. They are better at forming color contrasts in images They have poor differentiation between black and white
As light hits the rods and cones, they release molecules. This is interpreted as light by the brain. None of these is correct More neurotransmitter molecules More opsin molecules More rhodopsin molecules Fewer neurotransmitter molecules
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Events in Visual Perception Potassium channels open. Potassium ions move out of the neuron. Some sodium channels open in the neuronal membrane of the dendrite. All ion channels close and the Na+/K+ exchange pump starts working. Some sodium ions diffuse into the neuron membrane of the dendrite. Lights hit the retina. The threshold level is reached at the neuronal membrane of the dendrite. The remaining sodium channels open. Sodium ions move into the neuron. List, in order, the events in visual perception that must occur for a person to see an object: