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WorksheetsSomatic and Special Senses
Total questions: 44
Worksheet time: 22mins
Sense of smell
Olfaction
Gustation
Vision
Hearing
Which are the correct General Senses?
Tactile, Thermal, Pain,
Hearing
Tactile, Thermal, Pain,
Smell
Tactile, Thermal, Pain,
Priopioception
Tactile, Visceral Senses, Pain,
Priopioception
It is the sense of self-movement, force, and body position.
Visceral Senses
Proprioception
Tactile
Pain
Detects the condition of internal organs
Hearing
Proprioception
Smell
Visceral Senses
Conscious or subconscious awareness of change whether internal or external
Perception
Sensation
Adaptation
Somatic senses
Brain's interpretation of sensation information
Sensation
Adaptation
Perception
General Senses
Decreasing in sensation of a prolonged stimulus
adapaptation
sensation
perception
proprioception
Type of Adaption: Pressure
Rapidly
Slowly
Type of Adaption: Smell
Rapidly Adapting
Slowly Adapting
Type of Adaption: Body Position
Rapidly adapting
Slowly Adapting
Bare Dendrites; pain, thermal, itch, tickle, and some touch sensations
Encapsulated nerve ending
Free nerve ending
Separate cells
Tactile receptor for touch
Pacinian Corpuscle
Hair Root Plexuses
type I Cutaneous Mechanoreceptors
type 2 Cutaneous Mechanoreceptors
Tactile Receptor for high frequency vibration
Type I
Type II
Pacinian corpuscle
Meissner corpuscle
Type II cutaneous mechanoreceptors are sensitive to?
Stretch
Pressure
Vibration
Touch
Retina: Photoreceptors
Inner Ear: ?
Hair cells
Gustatory receptor cells
propioceptor cells
Osmoreceptors
Respond to touch, pressure, vibration, proprioception, hearing, equilibrium
Mechanoreceptors
Nociceptors
Chemoceptors
Osmoreceptors
Respond to painful stimuli
Mechanoreceptors
Nociceptors
Chemoceptors
Osmoreceptors
When temperature exceeds 488c, What receptor is mainly stimulated?
Mechanoreceptors
Nociceptors
Thermoreceptors
Osmoreceptors
Primary tastes are: salty, sweet, sour, bitter, umami
True
False
About 12 that contain
100–300 taste buds
Foliate papillae
Fungiform papillae
Vallate papillae
Filiform papillae
Scattered over the tongue with about 5 taste buds each
Foliate papillae
Fungiform papillae
Vallate papillae
Filiform papillae
located in lateral trenches
of the tongue—most of their taste buds
degenerate in early childhood
Foliate papillae
Fungiform papillae
Vallate papillae
Filiform papillae
Cover the entire surface of the tongue. Contain tactile receptors but no taste buds
Foliate papillae
Fungiform papillae
Vallate papillae
Filiform papillae
Control eyelid movement
Palpebral muscles
Extrinsic eye muscles
Conjunctiva
Tarsal plate
responsible for moving the eyeball
Palpebral muscles
Extrinsic eye muscles
Conjunctiva
Tarsal plate
is a thin, protective mucous membrane that lines the eyelids and covers the sclera
Palpebral muscles
Extrinsic eye muscles
Conjunctiva
Tarsal plate
a fold of connective tissue that gives form to the eyelids
Palpebral muscles
Extrinsic eye muscles
Conjunctiva
Tarsal plate
What is the fifth pathway of the tears?
lacrimal sac
lacrimal canaliculi
nasolacrimal ducts
lacrimal puncta
Colored portion of the eyeball
Controls the size of the pupil based on autonomic reflexes
Retina
Sclera
Iris
Ora Serrata
Inner coat of the eyeball
Beginning of the visual pathway
Retina
Conjuctiva
Iris
Ora Serrata
There are two types of photoreceptors, Which photoreceptor exhibits shades of gray in dim light
Rods
Cones
Most dense in the fovea centralis
About 6 million
Rods
Cones
There are 2 chambers to the eyes; Anterior Cavity and Vitreous Chamber
Which chamber contains aqueous humor?
Anterior Cavity
Vitreous Chamber
Maintains the shape of the eye
Keeps the retina attached to the choroid
Anterior Cavity
Vitreous Chamber
Admits and Refracts light
Cornea
Sclera
Iris
choroid
Provides shape and protects the inner parts of the eyes
Cornea
Sclera
Iris
choroid
regulates light that enters the eyeball
Cornea
Sclera
Iris
choroid
Secretes aqueous humor, alters the shape of the lens
Cornea
Ciliary Body
Iris
choroid
Provides blood supply and absorbs scattered light
Cornea
Ciliary Body
Iris
choroid
Receives light and and coverts into receptor potential and nerve impulses
Retina
Ciliary Body
Iris
choroid
Site of sharpest vision
Ora Serrata
Macula Lutea
Central Fovea
Myopia
Emmetropic is
nearsighted
farsighted
normal vision
none of the above
eyeball is longer and images converge in front of the retina
Myopia
Hyperopia
Emmetropic
none of the above
eyeball is shorter and images converge in behind the retina
Myopia
Hyperopia
Emmetropic
none of the above
