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  1. Print the notecards
  2. Fold each page in half along the solid vertical line
  3. Cut out the notecards by cutting along each horizontal dotted line
  4. Optional: Glue, tape or staple the ends of each notecard together
  1. Verify Front of pages is selected for Viewing and print the front of the notecards
  2. Select Back of pages for Viewing and print the back of the notecards
    NOTE: Since the back of the pages are printed in reverse order (last page is printed first), keep the pages in the same order as they were after Step 1. Also, be sure to feed the pages in the same direction as you did in Step 1.
  3. Cut out the notecards by cutting along each horizontal and vertical dotted line
To print: Ctrl+PPrint as a list

30 notecards = 8 pages (4 cards per page)

Viewing:

12,13

front 1

1. Receptors for the general senses are found
A. in a few clusters.
B. only in the integumentary system.
C. widely distributed throughout the body.
D. throughout the visceral organs

back 1

C

front 2

Receptors for the special senses are fonud
A. primarily in the head.
B. throughout the integumentary system.
C. in the fingertips.
D. in internal organs.

back 2

A

front 3

The brain interprets input from sensory receptors as
A. reception.
B. sensation.
C. perception.
D. contraception

back 3

C

front 4

Sensory receptors include
A. mechanoreceptors.
B. chemoreceptors.
C. photoreceptors.
D. all of the above.

back 4

D

front 5

5. The ability to ignore your socks around your ankles demonstrates
A. general adaptation.
B. receptor integration.
C. interpretive assimilation.
D. sensory adaptation.

back 5

D

front 6

The sequence of information flow in response to biting into a slice of pizza is

A. perception, sensation, impulse send to CNS, sensory receptors activated.
B. sensory receptors activated, impulse sent to CNS, sensation, perception.
C. impulse sent to CNS, sensory receptors activated, perception, sensation.
D. impulse sent to CNS, sensory receptors activated, sensation, perception

back 6

B

front 7

Max returns to his dorm room late at night to find his roommate throwing up. The smell is at first so bad that Max wants to vomit too, but after helping his roommate clean up, the odor seems to fade. Max has experienced
A. damage to his sensory receptors.
B. sensory adaptation.
C. a response to the decreasing concentration of odorant molecules in the room.
D. a hallucination

back 7

B

front 8

Sensory impulses are stimulated at receptors by
A. neurotransmitters.
B. decreasing permeability of nerve cell membranes.
C. subthrehold potential.
D. local changes in their cell membrane potentials.

back 8

D

front 9

Olfactory receptors, which provide the sense of smell, are
A. thermoreceptors.
B. mechanoreceptors.
C. chemoreceptors.
D. proprioceptors.

back 9

C

front 10

A sensation is ______, and projection of a sensation is the ______.
A. the stimulation of a receptor cell; transmission of an impulse into the brain
B. a feeling that results from sensory stimulation; brain causing it to seem to come from the receptors being stimulated
C. a good feeling from a stimulation; right side of the brain projecting the sensation to the left side, or vice versa
D. a change in membrane permeability of a receptor; transmission of an impulse into a sensory area of the brain

back 10

B

front 11

Which of the following are paired correctly?
A. Baroreceptors-stimulated by blood pressure changes
B. Pain receptors-stimulated by damage to tissues
C. Thermoreceptors-stimulated by temperature changes
D. All of the above

back 11

D

front 12

Henry has hereditary sensory and autonomic neuropathy. He lacks
A. chemoreceptors.
B. nociceptors.
C. mechanoreceptors.
D. baroreceptors.

back 12

B

front 13

The war veteran experiences an intense burning sensation seeming to come from where his foot had been amputated. He most likely has
A. hereditary sensory and autonomic neuropathy.
B. post traumatic stress disorder.
C. reflex sympathetic dystrophy.
D. anosmia.

back 13

C

front 14

Another name for pain receptors is
A. tactile corpuscles.
B. lamellated corpuscles.
C. nociceptors.
D. mechanoreceptors.

back 14

C

front 15

Pain impulses are first processed in the
A. gray matter of the posterior horn.
B. motor cortex of the cerebrum.
C. dorsal root ganglion.
D. cerebral cortex.

back 15

A

front 16

Fibers of the spinothalamic tract transmit pain and temperature information to the
A. hypothalamus.
B. cerebellum
C. brainstem.
D. thalamus

back 16

D

front 17

A pole vaulter keeps track of his position in mid-air through
A. lamellated corpuscles.
B. pain receptors.
C. proprioceptors.
D. baroreceptors

back 17

C

front 18

Pain receptors differ from other somatic receptors by
A. being stimulated only when pain comes from skeletal muscle.
B. adapting very little, if at all.
C. not being able to project impulses back to their origin.
D. adapting much more than other receptors.

back 18

B

front 19

Temperature senses use two types of
A. chemoreceptors.
B. proprioceptors.
C. tactile corpuscles.
D. free nerve endings.

back 19

D

front 20

Pain receptors
A. respond to factors that can damage tissue.
B. adapt rapidly.
C. are among the most specialized receptors.
D. are widely distributed in the brain.

back 20

A

front 21

The Golgi tendon organ is stimulated more when
A. muscles are metabolically active and produce oxygen.
B. muscle tension increases.
C. muscle tension decreases.
D. muscle tension stays the same.

back 21

B

front 22

As a result of the tympanic reflex,
A. the bridge of auditory ossicles becomes less rigid.
B. vibrations are transmitted more effectively to the inner ear.
C. the malleus is pulled toward the eardrum.
D. vibrations are transmitted less effectively to the inner ear

back 22

D

front 23

Taste receptors are
A. found only on the tongue.
B. unable to divide.
C. modified connective tissue cells.
D. modified epithelial cells.

back 23

D

front 24

Which of the following is not a primary taste sensation?
A. Sweet
B. Salty
C. Pungent
D. Sour

back 24

C.

front 25

25. The hearing receptors are most closely associated with the
A. ampulla.
B. spiral organ.
C. utricle.
D. saccule.

back 25

B

front 26

The range of human hearing is about
A. 2,000-3,000 vibrations per second.
B. 2,000-200,000 vibrations per second.
C. 20-20,000 vibrations per second.
D. 2-2,000 vibrations per second.

back 26

C

front 27

Which of the following is part of the inner tunic of the eye?
A. Retina
B. Cornea
C. Choroid coat
D. Sclera

back 27

A

front 28

The lens of the eye thickens when the
A. suspensory ligaments pull on the lens capsule.
B. ciliary processes relax.
C. ciliary muscles relax.
D. ciliary muscles contrac

back 28

D

front 29

Visual sensations from images focused on the side of the retina are blurred because
A. there are no rods in this region.
B. there are more cones than rods in this region.
C. there are more rods than cones in this region.
D. the optic disc is located on the side of the retina.

back 29

C.

front 30

The color receptors in the retina are most sensitive to light waves that are
A. red, green, and blue.
B. red, blue, and yellow.
C. green, yellow, and purple.
D. orange, green, and purple.

back 30

A