Match the cell type with the correct stimulus. __ Rod or cone _ Hair cell in cochlea _Gustatory cell Olfactory neuron ____Hair cell in vestibule a. Head movement b. Odorant c. Photon d. Taste substance e. Sound wave

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Answer 1

Textbook Question

Chapter 15, Problem 1CYR

Match the cell type with the correct stimulus.

______ Rod or cone

_______ Hair cell in cochlea

_______Gustatory cell

________Olfactory neuron

________Hair cell in vestibule

a. Head movement

b. Odorant

c. Photon

d. Taste substance

e. Sound wave

Expert Solution & Answer

Summary Introduction

To review:

The matching of the correct cell types: rods and cones, hair cells in the cochlea, gustatory cell, olfactory neurons, and hair cells in the vestibule with their stimulus given below.

1. Head movement

2. Odorant

3. Photon

4. Taste substance

5. Soundwave

Introduction:

The human body’s control system is one of the main systems of the nervous system. It transfers, receives and controls nerve impulse through the body. Finally, these impulses inform the muscle and the body organs for what to do and how to respond to the environment.

Explanation of Solution

The innermost and the deepest layer of the eyeball is the retina, also called the neural layer. There are two layers; a thin superficial layer and a pigmented epithelium that minimize the scattering of light. There are two light detecting cells found in the depths of pigmented epithelium layer, namely, rods and cones. Rods are the type of photoreceptors sensitive for black and cones are responsible for the colored vision in brighter light.

Hair cells of the cochlea are responsible for detecting sound. In mammals, hair cells are found within the spiral organ of corti, which is located on the thin basilar membrane in the cochlea of the inner ear.

The experience of food can be achieved by the sense of taste. The process of taste involveschemoreceptors that respond to the chemicalsthroughspecialized receptor cells called gustatory cells. These are types of specialized epithelial cells. These cells contain microvilli which are mainly responsible for different tastes.

The olfactory nerve is the first cranial nerve which carries information related to smell. Olfaction (capability to sense smell) starts with the olfactory epithelium, which is found located within the superior portion of the nasal cavity. Olfactory neurons help in the detection of odorants and are known as chemoreceptors. Around 10 million olfactory neurons are found in the human body.

The rotational movements of headis identified by hair cells presented in the posterior, anterior as well as lateral semicircular ducts of the membranous labyrinth. A cluster of hair cells and supporting cells are found in each ampulla. When we turn our head, the endolymph legs trailing and push on the cupula. This activity bends the stereocilia which control the release of glutamate from the hair cells and cause a change in the activity of neurons of the vestibular nerve. Finally, our brain reads the change in neuron activity as the head rotation takes place.

Conclusion

Therefore, it can be concluded that each of the cell types are correctly matched with its stimulus. Followings are the matches:

Rode or cone	c). Photon
Hair cells in cochlea	e). Sound wave
Gustatory cells	d).Taste substance
Olfactory neuron	b). Odorant
Hair cell in vestibule	a.) head movement

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Answer 2

Textbook Question

Chapter 15, Problem 1CYR

Match the cell type with the correct stimulus.

______ Rod or cone

_______ Hair cell in cochlea

_______Gustatory cell

________Olfactory neuron

________Hair cell in vestibule

a. Head movement

b. Odorant

c. Photon

d. Taste substance

e. Sound wave

Expert Solution & Answer

Summary Introduction

To review:

The matching of the correct cell types: rods and cones, hair cells in the cochlea, gustatory cell, olfactory neurons, and hair cells in the vestibule with their stimulus given below.

1. Head movement

2. Odorant

3. Photon

4. Taste substance

5. Soundwave

Introduction:

The human body’s control system is one of the main systems of the nervous system. It transfers, receives and controls nerve impulse through the body. Finally, these impulses inform the muscle and the body organs for what to do and how to respond to the environment.

Explanation of Solution

The innermost and the deepest layer of the eyeball is the retina, also called the neural layer. There are two layers; a thin superficial layer and a pigmented epithelium that minimize the scattering of light. There are two light detecting cells found in the depths of pigmented epithelium layer, namely, rods and cones. Rods are the type of photoreceptors sensitive for black and cones are responsible for the colored vision in brighter light.

Hair cells of the cochlea are responsible for detecting sound. In mammals, hair cells are found within the spiral organ of corti, which is located on the thin basilar membrane in the cochlea of the inner ear.

The experience of food can be achieved by the sense of taste. The process of taste involveschemoreceptors that respond to the chemicalsthroughspecialized receptor cells called gustatory cells. These are types of specialized epithelial cells. These cells contain microvilli which are mainly responsible for different tastes.

The olfactory nerve is the first cranial nerve which carries information related to smell. Olfaction (capability to sense smell) starts with the olfactory epithelium, which is found located within the superior portion of the nasal cavity. Olfactory neurons help in the detection of odorants and are known as chemoreceptors. Around 10 million olfactory neurons are found in the human body.

The rotational movements of headis identified by hair cells presented in the posterior, anterior as well as lateral semicircular ducts of the membranous labyrinth. A cluster of hair cells and supporting cells are found in each ampulla. When we turn our head, the endolymph legs trailing and push on the cupula. This activity bends the stereocilia which control the release of glutamate from the hair cells and cause a change in the activity of neurons of the vestibular nerve. Finally, our brain reads the change in neuron activity as the head rotation takes place.

Conclusion

Therefore, it can be concluded that each of the cell types are correctly matched with its stimulus. Followings are the matches:

Rode or cone	c). Photon
Hair cells in cochlea	e). Sound wave
Gustatory cells	d).Taste substance
Olfactory neuron	b). Odorant
Hair cell in vestibule	a.) head movement

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Answer 3

Textbook Question

Chapter 15, Problem 1CYR

Match the cell type with the correct stimulus.

______ Rod or cone

_______ Hair cell in cochlea

_______Gustatory cell

________Olfactory neuron

________Hair cell in vestibule

a. Head movement

b. Odorant

c. Photon

d. Taste substance

e. Sound wave

Expert Solution & Answer

Summary Introduction

To review:

The matching of the correct cell types: rods and cones, hair cells in the cochlea, gustatory cell, olfactory neurons, and hair cells in the vestibule with their stimulus given below.

1. Head movement

2. Odorant

3. Photon

4. Taste substance

5. Soundwave

Introduction:

The human body’s control system is one of the main systems of the nervous system. It transfers, receives and controls nerve impulse through the body. Finally, these impulses inform the muscle and the body organs for what to do and how to respond to the environment.

Explanation of Solution

The innermost and the deepest layer of the eyeball is the retina, also called the neural layer. There are two layers; a thin superficial layer and a pigmented epithelium that minimize the scattering of light. There are two light detecting cells found in the depths of pigmented epithelium layer, namely, rods and cones. Rods are the type of photoreceptors sensitive for black and cones are responsible for the colored vision in brighter light.

Hair cells of the cochlea are responsible for detecting sound. In mammals, hair cells are found within the spiral organ of corti, which is located on the thin basilar membrane in the cochlea of the inner ear.

The experience of food can be achieved by the sense of taste. The process of taste involveschemoreceptors that respond to the chemicalsthroughspecialized receptor cells called gustatory cells. These are types of specialized epithelial cells. These cells contain microvilli which are mainly responsible for different tastes.

The olfactory nerve is the first cranial nerve which carries information related to smell. Olfaction (capability to sense smell) starts with the olfactory epithelium, which is found located within the superior portion of the nasal cavity. Olfactory neurons help in the detection of odorants and are known as chemoreceptors. Around 10 million olfactory neurons are found in the human body.

The rotational movements of headis identified by hair cells presented in the posterior, anterior as well as lateral semicircular ducts of the membranous labyrinth. A cluster of hair cells and supporting cells are found in each ampulla. When we turn our head, the endolymph legs trailing and push on the cupula. This activity bends the stereocilia which control the release of glutamate from the hair cells and cause a change in the activity of neurons of the vestibular nerve. Finally, our brain reads the change in neuron activity as the head rotation takes place.

Conclusion

Therefore, it can be concluded that each of the cell types are correctly matched with its stimulus. Followings are the matches:

Rode or cone	c). Photon
Hair cells in cochlea	e). Sound wave
Gustatory cells	d).Taste substance
Olfactory neuron	b). Odorant
Hair cell in vestibule	a.) head movement

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Answer 4

Textbook Question

Chapter 15, Problem 1CYR

Match the cell type with the correct stimulus.

______ Rod or cone

_______ Hair cell in cochlea

_______Gustatory cell

________Olfactory neuron

________Hair cell in vestibule

a. Head movement

b. Odorant

c. Photon

d. Taste substance

e. Sound wave

Expert Solution & Answer

Summary Introduction

To review:

The matching of the correct cell types: rods and cones, hair cells in the cochlea, gustatory cell, olfactory neurons, and hair cells in the vestibule with their stimulus given below.

1. Head movement

2. Odorant

3. Photon

4. Taste substance

5. Soundwave

Introduction:

The human body’s control system is one of the main systems of the nervous system. It transfers, receives and controls nerve impulse through the body. Finally, these impulses inform the muscle and the body organs for what to do and how to respond to the environment.

Explanation of Solution

The innermost and the deepest layer of the eyeball is the retina, also called the neural layer. There are two layers; a thin superficial layer and a pigmented epithelium that minimize the scattering of light. There are two light detecting cells found in the depths of pigmented epithelium layer, namely, rods and cones. Rods are the type of photoreceptors sensitive for black and cones are responsible for the colored vision in brighter light.

Hair cells of the cochlea are responsible for detecting sound. In mammals, hair cells are found within the spiral organ of corti, which is located on the thin basilar membrane in the cochlea of the inner ear.

The experience of food can be achieved by the sense of taste. The process of taste involveschemoreceptors that respond to the chemicalsthroughspecialized receptor cells called gustatory cells. These are types of specialized epithelial cells. These cells contain microvilli which are mainly responsible for different tastes.

The olfactory nerve is the first cranial nerve which carries information related to smell. Olfaction (capability to sense smell) starts with the olfactory epithelium, which is found located within the superior portion of the nasal cavity. Olfactory neurons help in the detection of odorants and are known as chemoreceptors. Around 10 million olfactory neurons are found in the human body.

The rotational movements of headis identified by hair cells presented in the posterior, anterior as well as lateral semicircular ducts of the membranous labyrinth. A cluster of hair cells and supporting cells are found in each ampulla. When we turn our head, the endolymph legs trailing and push on the cupula. This activity bends the stereocilia which control the release of glutamate from the hair cells and cause a change in the activity of neurons of the vestibular nerve. Finally, our brain reads the change in neuron activity as the head rotation takes place.

Conclusion

Therefore, it can be concluded that each of the cell types are correctly matched with its stimulus. Followings are the matches:

Rode or cone	c). Photon
Hair cells in cochlea	e). Sound wave
Gustatory cells	d).Taste substance
Olfactory neuron	b). Odorant
Hair cell in vestibule	a.) head movement

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Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution & Answer

Summary Introduction

To review:

The matching of the correct cell types: rods and cones, hair cells in the cochlea, gustatory cell, olfactory neurons, and hair cells in the vestibule with their stimulus given below.

1. Head movement

2. Odorant

3. Photon

4. Taste substance

5. Soundwave

Introduction:

The human body’s control system is one of the main systems of the nervous system. It transfers, receives and controls nerve impulse through the body. Finally, these impulses inform the muscle and the body organs for what to do and how to respond to the environment.

Explanation of Solution

The innermost and the deepest layer of the eyeball is the retina, also called the neural layer. There are two layers; a thin superficial layer and a pigmented epithelium that minimize the scattering of light. There are two light detecting cells found in the depths of pigmented epithelium layer, namely, rods and cones. Rods are the type of photoreceptors sensitive for black and cones are responsible for the colored vision in brighter light.

Hair cells of the cochlea are responsible for detecting sound. In mammals, hair cells are found within the spiral organ of corti, which is located on the thin basilar membrane in the cochlea of the inner ear.

The experience of food can be achieved by the sense of taste. The process of taste involveschemoreceptors that respond to the chemicalsthroughspecialized receptor cells called gustatory cells. These are types of specialized epithelial cells. These cells contain microvilli which are mainly responsible for different tastes.

The olfactory nerve is the first cranial nerve which carries information related to smell. Olfaction (capability to sense smell) starts with the olfactory epithelium, which is found located within the superior portion of the nasal cavity. Olfactory neurons help in the detection of odorants and are known as chemoreceptors. Around 10 million olfactory neurons are found in the human body.

The rotational movements of headis identified by hair cells presented in the posterior, anterior as well as lateral semicircular ducts of the membranous labyrinth. A cluster of hair cells and supporting cells are found in each ampulla. When we turn our head, the endolymph legs trailing and push on the cupula. This activity bends the stereocilia which control the release of glutamate from the hair cells and cause a change in the activity of neurons of the vestibular nerve. Finally, our brain reads the change in neuron activity as the head rotation takes place.

Conclusion

Therefore, it can be concluded that each of the cell types are correctly matched with its stimulus. Followings are the matches:

Rode or cone	c). Photon
Hair cells in cochlea	e). Sound wave
Gustatory cells	d).Taste substance
Olfactory neuron	b). Odorant
Hair cell in vestibule	a.) head movement

Answer 8

Expert Solution & Answer

Summary Introduction

To review:

The matching of the correct cell types: rods and cones, hair cells in the cochlea, gustatory cell, olfactory neurons, and hair cells in the vestibule with their stimulus given below.

1. Head movement

2. Odorant

3. Photon

4. Taste substance

5. Soundwave

Introduction:

The human body’s control system is one of the main systems of the nervous system. It transfers, receives and controls nerve impulse through the body. Finally, these impulses inform the muscle and the body organs for what to do and how to respond to the environment.

Explanation of Solution

The innermost and the deepest layer of the eyeball is the retina, also called the neural layer. There are two layers; a thin superficial layer and a pigmented epithelium that minimize the scattering of light. There are two light detecting cells found in the depths of pigmented epithelium layer, namely, rods and cones. Rods are the type of photoreceptors sensitive for black and cones are responsible for the colored vision in brighter light.

Hair cells of the cochlea are responsible for detecting sound. In mammals, hair cells are found within the spiral organ of corti, which is located on the thin basilar membrane in the cochlea of the inner ear.

The experience of food can be achieved by the sense of taste. The process of taste involveschemoreceptors that respond to the chemicalsthroughspecialized receptor cells called gustatory cells. These are types of specialized epithelial cells. These cells contain microvilli which are mainly responsible for different tastes.

The olfactory nerve is the first cranial nerve which carries information related to smell. Olfaction (capability to sense smell) starts with the olfactory epithelium, which is found located within the superior portion of the nasal cavity. Olfactory neurons help in the detection of odorants and are known as chemoreceptors. Around 10 million olfactory neurons are found in the human body.

The rotational movements of headis identified by hair cells presented in the posterior, anterior as well as lateral semicircular ducts of the membranous labyrinth. A cluster of hair cells and supporting cells are found in each ampulla. When we turn our head, the endolymph legs trailing and push on the cupula. This activity bends the stereocilia which control the release of glutamate from the hair cells and cause a change in the activity of neurons of the vestibular nerve. Finally, our brain reads the change in neuron activity as the head rotation takes place.

Conclusion

Therefore, it can be concluded that each of the cell types are correctly matched with its stimulus. Followings are the matches:

Rode or cone	c). Photon
Hair cells in cochlea	e). Sound wave
Gustatory cells	d).Taste substance
Olfactory neuron	b). Odorant
Hair cell in vestibule	a.) head movement

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Summary Introduction

To review:

The matching of the correct cell types: rods and cones, hair cells in the cochlea, gustatory cell, olfactory neurons, and hair cells in the vestibule with their stimulus given below.

1. Head movement

2. Odorant

3. Photon

4. Taste substance

5. Soundwave

Introduction:

The human body’s control system is one of the main systems of the nervous system. It transfers, receives and controls nerve impulse through the body. Finally, these impulses inform the muscle and the body organs for what to do and how to respond to the environment.

Answer 12

Explanation of Solution

The innermost and the deepest layer of the eyeball is the retina, also called the neural layer. There are two layers; a thin superficial layer and a pigmented epithelium that minimize the scattering of light. There are two light detecting cells found in the depths of pigmented epithelium layer, namely, rods and cones. Rods are the type of photoreceptors sensitive for black and cones are responsible for the colored vision in brighter light.

Hair cells of the cochlea are responsible for detecting sound. In mammals, hair cells are found within the spiral organ of corti, which is located on the thin basilar membrane in the cochlea of the inner ear.

The experience of food can be achieved by the sense of taste. The process of taste involveschemoreceptors that respond to the chemicalsthroughspecialized receptor cells called gustatory cells. These are types of specialized epithelial cells. These cells contain microvilli which are mainly responsible for different tastes.

The olfactory nerve is the first cranial nerve which carries information related to smell. Olfaction (capability to sense smell) starts with the olfactory epithelium, which is found located within the superior portion of the nasal cavity. Olfactory neurons help in the detection of odorants and are known as chemoreceptors. Around 10 million olfactory neurons are found in the human body.

The rotational movements of headis identified by hair cells presented in the posterior, anterior as well as lateral semicircular ducts of the membranous labyrinth. A cluster of hair cells and supporting cells are found in each ampulla. When we turn our head, the endolymph legs trailing and push on the cupula. This activity bends the stereocilia which control the release of glutamate from the hair cells and cause a change in the activity of neurons of the vestibular nerve. Finally, our brain reads the change in neuron activity as the head rotation takes place.

Answer 13

Conclusion

Therefore, it can be concluded that each of the cell types are correctly matched with its stimulus. Followings are the matches:

Rode or cone	c). Photon
Hair cells in cochlea	e). Sound wave
Gustatory cells	d).Taste substance
Olfactory neuron	b). Odorant
Hair cell in vestibule	a.) head movement

Answer 14

Ch. 15.1 - Compare and contrast the general and special...Ch. 15.1 - 2. Which structural type of nerve (spinal,...Ch. 15.2 - 1. Where is the olfactory epithelium located? Ch. 15.2 - 2. What types of cells make up the olfactory...Ch. 15.2 - Describe the structure of an olfactory neuron.Ch. 15.2 - What happens in an olfactory neuron when an...Ch. 15.2 - How can humans detect such a variety of odors with...Ch. 15.2 - Prob. 6QC Ch. 15.3 - Where are taste buds located?Ch. 15.3 - Prob. 2QC

Match the cell type with the correct stimulus. __ Rod or cone _ Hair cell in cochlea _Gustatory cell Olfactory neuron ____Hair cell in vestibule a. Head movement b. Odorant c. Photon d. Taste substance e. Sound wave

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