Deck 19: Animal Tissues and Organs

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Question
What structural feature allows land animals to exchange gases?

A) gills
B) moist skin
C) digestive system
D) lungs
E) nasal passage
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Question
From what structure did vertebrate lungs originally evolve?

A) fish gills
B) fish guts
C) fish lungs
D) fish throats
E) fish kidneys
Question
Which body structure is NOT composed of epithelial tissue?

A) skin
B) nails
C) lining of the stomach
D) cartilage
E) all of these are composed of epithelial tissue
Question
Which of the following is a type of epithelial tissue that is several layers thick?

A) stratified
B) loose connective
C) dense connective
D) simple
E) more than one of these
Question
The human body temperature is 37 Celsius. If a person goes outside on a very cold day, the temperature will still be close to 37 Celsius. This is an example of

A) pluripotency.
B) homology.
C) homeostasis.
D) differentiation.
E) regeneration.
Question
Every tissue is defined by the type of

A) organ it is in.
B) organ system it is a part of.
C) organism that possesses it.
D) cells that make it up.
E) more than one of these.
Question
Embryonic stem cells are pluripotent. What does this mean?

A) they can divide an unlimited amount of times
B) they can give rise to most, but not all body cell types
C) they can give rise to any of the body cell types
D) they are indestructible
E) they can give rise to different, unique individuals
Question
Keeping internal conditions within tolerable limits is called

A) maintenance.
B) anatomy.
C) physiology.
D) homeostasis.
E) equilibrium.
Question
What are the projections on epithelial tissue that increase the surface area?

A) cilia
B) microvilli
C) flagella
D) pseudopodia
E) exocrines
Question
An organ is defined as

A) one or more tissue types that perform specific functions.
B) a tissue that is unique is its function.
C) various tissues that perform different functions.
D) two or more tissues organized and capable of carrying out a specific task.
E) none of these.
Question
What type of junction will hold epithelial tissues together?

A) tight
B) lose
C) solid
D) gap
E) permeable
Question
Which of the following is a type of epithelial tissue that is one layer thick?

A) stratified
B) dense connective
C) loose connective
D) simple
E) more than one of these
Question
What tissue type makes up the outer layer of the skin?

A) simple squamous
B) simple cuboidal
C) stratified columnar
D) simple columnar
E) stratified squamous
Question
Which of the following is NOT one of the four main types of tissues found in all vertebrate bodies?

A) epithelial
B) connective
C) muscle
D) nervous
E) blood
Question
Which of the following would contain pluripotent stem cells?

A) an embryo before implantation in the uterus
B) an embryo shortly after implantation in the uterus
C) a placenta
D) an umbilical cord
E) more than one of these
Question
A stem cell is a cell that

A) can differentiate into specialized cell types.
B) has already differentiated.
C) can develop into two or three cell types.
D) can only develop into skin cells.
E) can only develop into bone cells.
Question
Stem cells in bone marrow will develop into

A) muscle cells.
B) bone cells.
C) blood cells.
D) skin cells.
E) nerve cells.
Question
A tissue is defined as

A) one or more cell types that perform a common task.
B) a cell that is unique in its function.
C) various cells that perform different functions.
D) the structural unit of an organ system.
E) one or more organ types that perform a common task.
Question
Which of the following tissues is least likely to have replacement stem cells in an adult?

A) muscle
B) bone
C) blood
D) skin
E) liver
Question
Which tissue type is a sheet-like tissue with one surface always facing a body cavity or an external environment?

A) dense connective
B) muscular
C) epithelial
D) nervous
E) loose connective
Question
Which body region is composed of cartilage?

A) nose
B) outer ear
C) windpipe
D) embryonic skeleton
E) all of these
Question
What are the projections on epithelial tissue found in the upper airways that will help move mucus?

A) cilia
B) microvilli
C) flagella
D) pseudopodia
E) none of these
Question
Which cell type secretes a chemical message for the purpose of cellular communication?

A) muscle
B) neuron
C) keratinocyte
D) fibroblast
E) platelet
Question
Which tissue type is most likely to become cancerous?

A) connective
B) muscular
C) epithelial
D) neural
E) adipose
Question
Which of the followings substance is NOT secreted by an exocrine gland?

A) mucus
B) hormones
C) tears
D) earwax
E) digestive enzymes
Question
Epithelial cells are more likely to become cancerous than other tissue cells because epithelial cells

A) lack a nucleus.
B) are always exposed to the external environment.
C) are only found in simple tissues.
D) do DNA replication more often.
E) have an extensive blood vascular system.
Question
Which tissue type attaches to bones and is responsible for producing body movements?

A) skeletal muscle
B) neural
C) epithelial
D) smooth muscle
E) connective
Question
What is the most abundant tissue type in the human body?

A) connective
B) muscular
C) epithelial
D) neural
E) adipose
Question
Which of the following substances is released by an endocrine gland?

A) mucus
B) hormones
C) saliva
D) milk
E) tears
Question
What is the function of adipose tissue?

A) energy storage
B) cushion the organs
C) protection
D) insulation
E) all of these
Question
Which tissue type allows the body to detect and respond to internal and external changes?

A) nervous
B) adipose
C) epithelial
D) connective
E) skeletal muscle
Question
Under a microscope you see a tissue consisting of flattened cells that is a single layer thick, has a basement membrane, tight junctions, and it lines the inner surface of the lungs. This tissue type is

A) simple squamous epithelium.
B) simple columnar epithelium.
C) stratified squamous epithelium.
D) simple cuboidal epithelium.
E) stratified cuboidal epithelium.
Question
____ is composed of dense connective tissue.

A) Adipose
B) Blood
C) Bone
D) Cartilage
E) Tendon
Question
In what type of tissue are glands found?

A) epithelial
B) connective
C) nervous
D) muscle
E) more than one of these
Question
This type of tissue is described as having lots of fibroblasts and collagen fibers, provides support for intestinal muscles and forms capsules around kidneys. This type of tissue is

A) dense, irregular connective.
B) dense, regular connective.
C) cartilage.
D) stratified epithelium.
E) simple squamous epithelium.
Question
Which tissue type contains gland cells?

A) connective
B) muscular
C) epithelial
D) neural
E) more than one of these
Question
Which of the following is a type of gland that lacks ducts?

A) endocrine
B) muscular
C) nervous
D) exocrine
E) connective
Question
What type of gland releases its product onto an internal or external surface?

A) endocrine
B) muscular
C) neural
D) exocrine
E) connective
Question
A type of tissue has tight junctions, a basement membrane, no blood supply, and is one layer thick. This tissue type is

A) stratified epithelium.
B) simple epithelium.
C) connective.
D) muscle.
E) nervous.
Question
This type of tissue consists of fibroblasts, has cells surrounded by a calcium matrix, and works with other tissues to move the body. This tissue type is

A) bone.
B) cartilage.
C) tendon.
D) cardiac.
E) loose connective.
Question
In what way does epithelial tissue differ from other types of tissues?

A) it has a basement membrane
B) each of the cells has multiple nuclei
C) it contains a non-living extracellular matrix
D) it is excitable
E) more than one of these is a difference between epithelial and other tissue types
Question
Which is NOT an example of an organ?

A) liver
B) tendon
C) heart
D) skin
E) all of these are examples of organs
Question
In what order would a vaccination needle pass through the layers of the skin?

A) dermis-hypodermis-epidermis
B) dermis-epidermis-hypodermis
C) hypodermis-dermis-epidermis
D) epidermis-dermis-hypodermis
E) epidermis-hypodermis-dermis
Question
The bladder lies within the ___ cavity.

A) abdominal
B) thoracic
C) pelvic
D) cranial
E) spinal
Question
Which of the following is NOT found in the dermis?

A) sensory receptors
B) sweat glands
C) hair follicles
D) adipose tissue
E) all of these are found in the dermis
Question
This type of tissue has gap junctions, a single nucleus, many mitochondria, is striated and functions involuntarily. This tissue type is

A) skeletal muscle.
B) smooth muscle.
C) cardiac muscle.
D) striated columnar epithelium.
E) more than one of these.
Question
Most organs include which of the following tissues?

A) epithelial
B) connective
C) muscle
D) nervous
E) all of these
Question
Which of the following substances protects us from harmful UV light energy?

A) keratin
B) collagen
C) elastin
D) myosin
E) melanin
Question
Which organ system filters wastes from the blood?

A) respiratory
B) urinary
C) digestive
D) endocrine
E) circulatory
Question
Which of the following is one of the four main types of tissues?

A) bone
B) muscle
C) cartilage
D) blood
E) more than one of these
Question
The stomach lies within the ___ cavity.

A) abdominal
B) thoracic
C) pelvic
D) cranial
E) spinal
Question
Which type of tissue causes constriction of the pupil of the eye?

A) skeletal muscle
B) cartilage
C) tendon
D) smooth muscle
E) a combination of more than one of these
Question
Which organ lies in the pelvic cavity?

A) stomach
B) bladder
C) liver
D) large intestine
E) heart
Question
Which organ system delivers nutrients and oxygen to the cells?

A) respiratory
B) urinary
C) digestive
D) lymphatic
E) circulatory
Question
Which of the following is LEAST associated with blood tissue?

A) plasma
B) platelets
C) oxygen
D) temperature homeostasis
E) fibroblasts
Question
Most epidermal cells are ___.

A) melanocytes
B) keratinocytes
C) collagenocytes
D) phagocytes
E) erythrocytes
Question
What kind of gland is a sweat gland?

A) exocrine
B) endocrine
C) sensory
D) dermal
E) follicle
Question
Which of the following is the largest organ?

A) brain
B) lungs
C) liver
D) stomach
E) skin
Question
The lungs lie within the ___ cavity.

A) thoracic
B) abdominal
C) pelvic
D) cranial
E) spinal
Question
Which of the following tissues form a protective padding around the kidneys?

A) adipose
B) dense irregular connective
C) dense regular connective
D) stratified cuboidal epithelium
E) simple squamous epithelium
Question
What form of stimulus will cause the blood vessels of the skin to relax and increase in diameter?

A) decrease in temperature
B) increase in temperature
C) electrical stimulus
D) mechanical stimulus
E) more than one of these
Question
Match between columns
Controls body functioning through hormones
Urinary
Controls body functioning through hormones
Integumentary
Controls body functioning through hormones
Muscular
Controls body functioning through hormones
Dndocrine
Controls body functioning through hormones
Reproductive
Controls body functioning through hormones
Skeletal
Controls body functioning through hormones
Nervous
Controls body functioning through hormones
Circulatory
Controls body functioning through hormones
Digestive
Controls body functioning through hormones
Lymphatic
Controls body functioning through hormones
Respiratory
Controls body functioning through hormones
Endocrine
Controls body functioning through hormones
more than one of these
Chemically breaks down food and absorbs small molecules
Urinary
Chemically breaks down food and absorbs small molecules
Integumentary
Chemically breaks down food and absorbs small molecules
Muscular
Chemically breaks down food and absorbs small molecules
Dndocrine
Chemically breaks down food and absorbs small molecules
Reproductive
Chemically breaks down food and absorbs small molecules
Skeletal
Chemically breaks down food and absorbs small molecules
Nervous
Chemically breaks down food and absorbs small molecules
Circulatory
Chemically breaks down food and absorbs small molecules
Digestive
Chemically breaks down food and absorbs small molecules
Lymphatic
Chemically breaks down food and absorbs small molecules
Respiratory
Chemically breaks down food and absorbs small molecules
Endocrine
Chemically breaks down food and absorbs small molecules
more than one of these
Controls and coordinates responses to stimuli
Urinary
Controls and coordinates responses to stimuli
Integumentary
Controls and coordinates responses to stimuli
Muscular
Controls and coordinates responses to stimuli
Dndocrine
Controls and coordinates responses to stimuli
Reproductive
Controls and coordinates responses to stimuli
Skeletal
Controls and coordinates responses to stimuli
Nervous
Controls and coordinates responses to stimuli
Circulatory
Controls and coordinates responses to stimuli
Digestive
Controls and coordinates responses to stimuli
Lymphatic
Controls and coordinates responses to stimuli
Respiratory
Controls and coordinates responses to stimuli
Endocrine
Controls and coordinates responses to stimuli
more than one of these
Removes carbon dioxide and wastes; receives and delivers oxygen
Urinary
Removes carbon dioxide and wastes; receives and delivers oxygen
Integumentary
Removes carbon dioxide and wastes; receives and delivers oxygen
Muscular
Removes carbon dioxide and wastes; receives and delivers oxygen
Dndocrine
Removes carbon dioxide and wastes; receives and delivers oxygen
Reproductive
Removes carbon dioxide and wastes; receives and delivers oxygen
Skeletal
Removes carbon dioxide and wastes; receives and delivers oxygen
Nervous
Removes carbon dioxide and wastes; receives and delivers oxygen
Circulatory
Removes carbon dioxide and wastes; receives and delivers oxygen
Digestive
Removes carbon dioxide and wastes; receives and delivers oxygen
Lymphatic
Removes carbon dioxide and wastes; receives and delivers oxygen
Respiratory
Removes carbon dioxide and wastes; receives and delivers oxygen
Endocrine
Removes carbon dioxide and wastes; receives and delivers oxygen
more than one of these
Excretes excess fluid, solutes, and dissolved wastes
Urinary
Excretes excess fluid, solutes, and dissolved wastes
Integumentary
Excretes excess fluid, solutes, and dissolved wastes
Muscular
Excretes excess fluid, solutes, and dissolved wastes
Dndocrine
Excretes excess fluid, solutes, and dissolved wastes
Reproductive
Excretes excess fluid, solutes, and dissolved wastes
Skeletal
Excretes excess fluid, solutes, and dissolved wastes
Nervous
Excretes excess fluid, solutes, and dissolved wastes
Circulatory
Excretes excess fluid, solutes, and dissolved wastes
Digestive
Excretes excess fluid, solutes, and dissolved wastes
Lymphatic
Excretes excess fluid, solutes, and dissolved wastes
Respiratory
Excretes excess fluid, solutes, and dissolved wastes
Endocrine
Excretes excess fluid, solutes, and dissolved wastes
more than one of these
Transports nutrients to cells and wastes from cells
Urinary
Transports nutrients to cells and wastes from cells
Integumentary
Transports nutrients to cells and wastes from cells
Muscular
Transports nutrients to cells and wastes from cells
Dndocrine
Transports nutrients to cells and wastes from cells
Reproductive
Transports nutrients to cells and wastes from cells
Skeletal
Transports nutrients to cells and wastes from cells
Nervous
Transports nutrients to cells and wastes from cells
Circulatory
Transports nutrients to cells and wastes from cells
Digestive
Transports nutrients to cells and wastes from cells
Lymphatic
Transports nutrients to cells and wastes from cells
Respiratory
Transports nutrients to cells and wastes from cells
Endocrine
Transports nutrients to cells and wastes from cells
more than one of these
Provides muscle attachment sites; produces red blood cells
Urinary
Provides muscle attachment sites; produces red blood cells
Integumentary
Provides muscle attachment sites; produces red blood cells
Muscular
Provides muscle attachment sites; produces red blood cells
Dndocrine
Provides muscle attachment sites; produces red blood cells
Reproductive
Provides muscle attachment sites; produces red blood cells
Skeletal
Provides muscle attachment sites; produces red blood cells
Nervous
Provides muscle attachment sites; produces red blood cells
Circulatory
Provides muscle attachment sites; produces red blood cells
Digestive
Provides muscle attachment sites; produces red blood cells
Lymphatic
Provides muscle attachment sites; produces red blood cells
Respiratory
Provides muscle attachment sites; produces red blood cells
Endocrine
Provides muscle attachment sites; produces red blood cells
more than one of these
Integrates short and long term activities
Urinary
Integrates short and long term activities
Integumentary
Integrates short and long term activities
Muscular
Integrates short and long term activities
Dndocrine
Integrates short and long term activities
Reproductive
Integrates short and long term activities
Skeletal
Integrates short and long term activities
Nervous
Integrates short and long term activities
Circulatory
Integrates short and long term activities
Digestive
Integrates short and long term activities
Lymphatic
Integrates short and long term activities
Respiratory
Integrates short and long term activities
Endocrine
Integrates short and long term activities
more than one of these
Defends against infection and tissue damage
Urinary
Defends against infection and tissue damage
Integumentary
Defends against infection and tissue damage
Muscular
Defends against infection and tissue damage
Dndocrine
Defends against infection and tissue damage
Reproductive
Defends against infection and tissue damage
Skeletal
Defends against infection and tissue damage
Nervous
Defends against infection and tissue damage
Circulatory
Defends against infection and tissue damage
Digestive
Defends against infection and tissue damage
Lymphatic
Defends against infection and tissue damage
Respiratory
Defends against infection and tissue damage
Endocrine
Defends against infection and tissue damage
more than one of these
Question
When pH levels in the blood get too low, chemical buffers are released that return blood pH back to normal levels. This is an example of ___.

A) negative feedback
B) positive feedback
C) constancy
D) sensory perception
E) endothermal reactions
Question
A small amount of skin is healthy because it stimulates the production of vitamin___.

A) C
B) D
C) K
D) B12
E) E
Question
Which of the following does NOT happen when body temperature rises above normal?

A) sweat glands secrete more sweat
B) endocrine gland secretion of hormones that stimulate activity slow
C) smooth muscle in blood vessels constrict
D) skeletal muscles in the chest contract more frequently
E) all of these happen when body temperature rises
Question
Which factor would most likely lead to hypothermia?

A) cutting the grass
B) exercising
C) falling through the ice
D) getting the flu
E) none of these
Question
Which of the following proteins waterproof skin?

A) collagen
B) elastin
C) keratin
D) albumin
E) myosin
Question
Match between columns
tissue that contains endocrine glands
epithelial
tissue that contains endocrine glands
cartilage
tissue that contains endocrine glands
loose connective
tissue that contains endocrine glands
skeletal muscle
tissue that contains endocrine glands
blood
tissue that contains endocrine glands
adipose
tissue that contains endocrine glands
dense irregular connective
tissue that contains endocrine glands
dense regular connective
tissue that contains endocrine glands
smooth muscle
tendons and ligaments
epithelial
tendons and ligaments
cartilage
tendons and ligaments
loose connective
tendons and ligaments
skeletal muscle
tendons and ligaments
blood
tendons and ligaments
adipose
tendons and ligaments
dense irregular connective
tendons and ligaments
dense regular connective
tendons and ligaments
smooth muscle
connective tissue that is involved in transport of nutrients
epithelial
connective tissue that is involved in transport of nutrients
cartilage
connective tissue that is involved in transport of nutrients
loose connective
connective tissue that is involved in transport of nutrients
skeletal muscle
connective tissue that is involved in transport of nutrients
blood
connective tissue that is involved in transport of nutrients
adipose
connective tissue that is involved in transport of nutrients
dense irregular connective
connective tissue that is involved in transport of nutrients
dense regular connective
connective tissue that is involved in transport of nutrients
smooth muscle
the most common tissue type in vertebrates; holds organs in place
epithelial
the most common tissue type in vertebrates; holds organs in place
cartilage
the most common tissue type in vertebrates; holds organs in place
loose connective
the most common tissue type in vertebrates; holds organs in place
skeletal muscle
the most common tissue type in vertebrates; holds organs in place
blood
the most common tissue type in vertebrates; holds organs in place
adipose
the most common tissue type in vertebrates; holds organs in place
dense irregular connective
the most common tissue type in vertebrates; holds organs in place
dense regular connective
the most common tissue type in vertebrates; holds organs in place
smooth muscle
tissue that makes up deep skin layers
epithelial
tissue that makes up deep skin layers
cartilage
tissue that makes up deep skin layers
loose connective
tissue that makes up deep skin layers
skeletal muscle
tissue that makes up deep skin layers
blood
tissue that makes up deep skin layers
adipose
tissue that makes up deep skin layers
dense irregular connective
tissue that makes up deep skin layers
dense regular connective
tissue that makes up deep skin layers
smooth muscle
tissue that connects to bones and allows for body movements
epithelial
tissue that connects to bones and allows for body movements
cartilage
tissue that connects to bones and allows for body movements
loose connective
tissue that connects to bones and allows for body movements
skeletal muscle
tissue that connects to bones and allows for body movements
blood
tissue that connects to bones and allows for body movements
adipose
tissue that connects to bones and allows for body movements
dense irregular connective
tissue that connects to bones and allows for body movements
dense regular connective
tissue that connects to bones and allows for body movements
smooth muscle
tissue that cushions organs and is an energy reserve
epithelial
tissue that cushions organs and is an energy reserve
cartilage
tissue that cushions organs and is an energy reserve
loose connective
tissue that cushions organs and is an energy reserve
skeletal muscle
tissue that cushions organs and is an energy reserve
blood
tissue that cushions organs and is an energy reserve
adipose
tissue that cushions organs and is an energy reserve
dense irregular connective
tissue that cushions organs and is an energy reserve
dense regular connective
tissue that cushions organs and is an energy reserve
smooth muscle
tissue that forms a padding between joints
epithelial
tissue that forms a padding between joints
cartilage
tissue that forms a padding between joints
loose connective
tissue that forms a padding between joints
skeletal muscle
tissue that forms a padding between joints
blood
tissue that forms a padding between joints
adipose
tissue that forms a padding between joints
dense irregular connective
tissue that forms a padding between joints
dense regular connective
tissue that forms a padding between joints
smooth muscle
functions in propulsion of food materials through the gut
epithelial
functions in propulsion of food materials through the gut
cartilage
functions in propulsion of food materials through the gut
loose connective
functions in propulsion of food materials through the gut
skeletal muscle
functions in propulsion of food materials through the gut
blood
functions in propulsion of food materials through the gut
adipose
functions in propulsion of food materials through the gut
dense irregular connective
functions in propulsion of food materials through the gut
dense regular connective
functions in propulsion of food materials through the gut
smooth muscle
Question
Which of the following does NOT happen with hyperthermia?

A) nervous system impairment
B) blood flow to the liver and gut decreases
C) body fluids become less concentrated
D) all of these happen in hyperthermia
E) more than one of these does NOT happen with hyperthermia
Question
Match between columns
composed of stratified squamous cells
hypodermis.
composed of stratified squamous cells
epidermis
composed of stratified squamous cells
hypodermis
composed of stratified squamous cells
dermis
composed of stratified squamous cells
epidermis.
composed of stratified squamous cells
dermis.
composed of stratified squamous cells
epidermis..
composed of stratified squamous cells
hypodermis .
composed of stratified squamous cells
dermis .
composed of stratified squamous cells
epidermis .
primarily made up of keratinocytes
hypodermis.
primarily made up of keratinocytes
epidermis
primarily made up of keratinocytes
hypodermis
primarily made up of keratinocytes
dermis
primarily made up of keratinocytes
epidermis.
primarily made up of keratinocytes
dermis.
primarily made up of keratinocytes
epidermis..
primarily made up of keratinocytes
hypodermis .
primarily made up of keratinocytes
dermis .
primarily made up of keratinocytes
epidermis .
composed of mostly dense connective tissue
hypodermis.
composed of mostly dense connective tissue
epidermis
composed of mostly dense connective tissue
hypodermis
composed of mostly dense connective tissue
dermis
composed of mostly dense connective tissue
epidermis.
composed of mostly dense connective tissue
dermis.
composed of mostly dense connective tissue
epidermis..
composed of mostly dense connective tissue
hypodermis .
composed of mostly dense connective tissue
dermis .
composed of mostly dense connective tissue
epidermis .
the outermost layer of skin
hypodermis.
the outermost layer of skin
epidermis
the outermost layer of skin
hypodermis
the outermost layer of skin
dermis
the outermost layer of skin
epidermis.
the outermost layer of skin
dermis.
the outermost layer of skin
epidermis..
the outermost layer of skin
hypodermis .
the outermost layer of skin
dermis .
the outermost layer of skin
epidermis .
contains nerves and blood vessels
hypodermis.
contains nerves and blood vessels
epidermis
contains nerves and blood vessels
hypodermis
contains nerves and blood vessels
dermis
contains nerves and blood vessels
epidermis.
contains nerves and blood vessels
dermis.
contains nerves and blood vessels
epidermis..
contains nerves and blood vessels
hypodermis .
contains nerves and blood vessels
dermis .
contains nerves and blood vessels
epidermis .
composed of loose connective tissue and adipose tissue
hypodermis.
composed of loose connective tissue and adipose tissue
epidermis
composed of loose connective tissue and adipose tissue
hypodermis
composed of loose connective tissue and adipose tissue
dermis
composed of loose connective tissue and adipose tissue
epidermis.
composed of loose connective tissue and adipose tissue
dermis.
composed of loose connective tissue and adipose tissue
epidermis..
composed of loose connective tissue and adipose tissue
hypodermis .
composed of loose connective tissue and adipose tissue
dermis .
composed of loose connective tissue and adipose tissue
epidermis .
contains melanocytes
hypodermis.
contains melanocytes
epidermis
contains melanocytes
hypodermis
contains melanocytes
dermis
contains melanocytes
epidermis.
contains melanocytes
dermis.
contains melanocytes
epidermis..
contains melanocytes
hypodermis .
contains melanocytes
dermis .
contains melanocytes
epidermis .
contains large blood vessels
hypodermis.
contains large blood vessels
epidermis
contains large blood vessels
hypodermis
contains large blood vessels
dermis
contains large blood vessels
epidermis.
contains large blood vessels
dermis.
contains large blood vessels
epidermis..
contains large blood vessels
hypodermis .
contains large blood vessels
dermis .
contains large blood vessels
epidermis .
deepest layer of skin
hypodermis.
deepest layer of skin
epidermis
deepest layer of skin
hypodermis
deepest layer of skin
dermis
deepest layer of skin
epidermis.
deepest layer of skin
dermis.
deepest layer of skin
epidermis..
deepest layer of skin
hypodermis .
deepest layer of skin
dermis .
deepest layer of skin
epidermis .
contains sweat and oil glands
hypodermis.
contains sweat and oil glands
epidermis
contains sweat and oil glands
hypodermis
contains sweat and oil glands
dermis
contains sweat and oil glands
epidermis.
contains sweat and oil glands
dermis.
contains sweat and oil glands
epidermis..
contains sweat and oil glands
hypodermis .
contains sweat and oil glands
dermis .
contains sweat and oil glands
epidermis .
Question
Match between columns
cells contain branching fibers
skeletal.
cells contain branching fibers
smooth.
cells contain branching fibers
skeletal
cells contain branching fibers
cardiac.
cells contain branching fibers
smooth
cells contain branching fibers
cardiac
a voluntary type of muscle fiber
skeletal.
a voluntary type of muscle fiber
smooth.
a voluntary type of muscle fiber
skeletal
a voluntary type of muscle fiber
cardiac.
a voluntary type of muscle fiber
smooth
a voluntary type of muscle fiber
cardiac
cells contain the greatest number of mitochondria among the muscle cells
skeletal.
cells contain the greatest number of mitochondria among the muscle cells
smooth.
cells contain the greatest number of mitochondria among the muscle cells
skeletal
cells contain the greatest number of mitochondria among the muscle cells
cardiac.
cells contain the greatest number of mitochondria among the muscle cells
smooth
cells contain the greatest number of mitochondria among the muscle cells
cardiac
contains parallel arrays of muscle fibers
skeletal.
contains parallel arrays of muscle fibers
smooth.
contains parallel arrays of muscle fibers
skeletal
contains parallel arrays of muscle fibers
cardiac.
contains parallel arrays of muscle fibers
smooth
contains parallel arrays of muscle fibers
cardiac
cells are unbranched with tapered ends
skeletal.
cells are unbranched with tapered ends
smooth.
cells are unbranched with tapered ends
skeletal
cells are unbranched with tapered ends
cardiac.
cells are unbranched with tapered ends
smooth
cells are unbranched with tapered ends
cardiac
makes up the walls of internal organs (i.e., bladder)
skeletal.
makes up the walls of internal organs (i.e., bladder)
smooth.
makes up the walls of internal organs (i.e., bladder)
skeletal
makes up the walls of internal organs (i.e., bladder)
cardiac.
makes up the walls of internal organs (i.e., bladder)
smooth
makes up the walls of internal organs (i.e., bladder)
cardiac
Question
What form of stimulus will cause the blood vessels of the skin to decrease in diameter and contract?

A) decrease in temperature
B) increase in temperature
C) electrical stimulus
D) mechanical stimulus
E) more than one of these
Question
Where will sensory information ultimately flow?

A) brain
B) muscle
C) gland
D) skin
E) heart
Question
Match between columns
lines the kidneys
simple cuboidal
lines the kidneys
simple squamous.
lines the kidneys
simple cuboidal.
lines the kidneys
columnar.
lines the kidneys
simple squamous .
lines the kidneys
columnar
lines the kidneys
simple squamous
cell shape resembles cubes
simple cuboidal
cell shape resembles cubes
simple squamous.
cell shape resembles cubes
simple cuboidal.
cell shape resembles cubes
columnar.
cell shape resembles cubes
simple squamous .
cell shape resembles cubes
columnar
cell shape resembles cubes
simple squamous
cells are taller than they are wide
simple cuboidal
cells are taller than they are wide
simple squamous.
cells are taller than they are wide
simple cuboidal.
cells are taller than they are wide
columnar.
cells are taller than they are wide
simple squamous .
cells are taller than they are wide
columnar
cells are taller than they are wide
simple squamous
allows substances to cross by diffusion
simple cuboidal
allows substances to cross by diffusion
simple squamous.
allows substances to cross by diffusion
simple cuboidal.
allows substances to cross by diffusion
columnar.
allows substances to cross by diffusion
simple squamous .
allows substances to cross by diffusion
columnar
allows substances to cross by diffusion
simple squamous
makes up the lining of the blood vessels
simple cuboidal
makes up the lining of the blood vessels
simple squamous.
makes up the lining of the blood vessels
simple cuboidal.
makes up the lining of the blood vessels
columnar.
makes up the lining of the blood vessels
simple squamous .
makes up the lining of the blood vessels
columnar
makes up the lining of the blood vessels
simple squamous
lines the airway
simple cuboidal
lines the airway
simple squamous.
lines the airway
simple cuboidal.
lines the airway
columnar.
lines the airway
simple squamous .
lines the airway
columnar
lines the airway
simple squamous
cells appear to be flattened
simple cuboidal
cells appear to be flattened
simple squamous.
cells appear to be flattened
simple cuboidal.
cells appear to be flattened
columnar.
cells appear to be flattened
simple squamous .
cells appear to be flattened
columnar
cells appear to be flattened
simple squamous
Question
Which structure will integrate sensory information?

A) skin
B) muscle
C) gland
D) brain
E) heart
Question
In what part of the skin is loose connective tissue found?

A) epidermis
B) dermis
C) hypodermis
D) more than one
E) none of these
Question
Match between columns
detects stimuli
nerve .
detects stimuli
connective
detects stimuli
epithelial
detects stimuli
epithelial.
detects stimuli
muscle
detects stimuli
nerve.
detects stimuli
connective.
detects stimuli
epithelial .
detects stimuli
connective .
detects stimuli
nerve
moves body parts
nerve .
moves body parts
connective
moves body parts
epithelial
moves body parts
epithelial.
moves body parts
muscle
moves body parts
nerve.
moves body parts
connective.
moves body parts
epithelial .
moves body parts
connective .
moves body parts
nerve
skin
nerve .
skin
connective
skin
epithelial
skin
epithelial.
skin
muscle
skin
nerve.
skin
connective.
skin
epithelial .
skin
connective .
skin
nerve
tendon
nerve .
tendon
connective
tendon
epithelial
tendon
epithelial.
tendon
muscle
tendon
nerve.
tendon
connective.
tendon
epithelial .
tendon
connective .
tendon
nerve
brain
nerve .
brain
connective
brain
epithelial
brain
epithelial.
brain
muscle
brain
nerve.
brain
connective.
brain
epithelial .
brain
connective .
brain
nerve
lining of internal cavities
nerve .
lining of internal cavities
connective
lining of internal cavities
epithelial
lining of internal cavities
epithelial.
lining of internal cavities
muscle
lining of internal cavities
nerve.
lining of internal cavities
connective.
lining of internal cavities
epithelial .
lining of internal cavities
connective .
lining of internal cavities
nerve
relays information
nerve .
relays information
connective
relays information
epithelial
relays information
epithelial.
relays information
muscle
relays information
nerve.
relays information
connective.
relays information
epithelial .
relays information
connective .
relays information
nerve
covers the body surface
nerve .
covers the body surface
connective
covers the body surface
epithelial
covers the body surface
epithelial.
covers the body surface
muscle
covers the body surface
nerve.
covers the body surface
connective.
covers the body surface
epithelial .
covers the body surface
connective .
covers the body surface
nerve
holds body parts together
nerve .
holds body parts together
connective
holds body parts together
epithelial
holds body parts together
epithelial.
holds body parts together
muscle
holds body parts together
nerve.
holds body parts together
connective.
holds body parts together
epithelial .
holds body parts together
connective .
holds body parts together
nerve
provides structural support
nerve .
provides structural support
connective
provides structural support
epithelial
provides structural support
epithelial.
provides structural support
muscle
provides structural support
nerve.
provides structural support
connective.
provides structural support
epithelial .
provides structural support
connective .
provides structural support
nerve
Question
What form of stimulus will cause the skeletal muscles to contract and produce shivering?

A) decrease in temperature
B) increase in temperature
C) electrical stimulus
D) mechanical stimulus
E) more than one of these
Question
What type of mechanism controls body temperature?

A) positive feedback
B) inhibition
C) negative feedback
D) cyclical feedback
E) none of these
Question
A decrease in body temperature to ___ degrees Celsius or below alters brain function.

A) 39
B) 38
C) 37
D) 36
E) 35
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Deck 19: Animal Tissues and Organs
1
What structural feature allows land animals to exchange gases?

A) gills
B) moist skin
C) digestive system
D) lungs
E) nasal passage
D
2
From what structure did vertebrate lungs originally evolve?

A) fish gills
B) fish guts
C) fish lungs
D) fish throats
E) fish kidneys
B
3
Which body structure is NOT composed of epithelial tissue?

A) skin
B) nails
C) lining of the stomach
D) cartilage
E) all of these are composed of epithelial tissue
D
4
Which of the following is a type of epithelial tissue that is several layers thick?

A) stratified
B) loose connective
C) dense connective
D) simple
E) more than one of these
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5
The human body temperature is 37 Celsius. If a person goes outside on a very cold day, the temperature will still be close to 37 Celsius. This is an example of

A) pluripotency.
B) homology.
C) homeostasis.
D) differentiation.
E) regeneration.
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6
Every tissue is defined by the type of

A) organ it is in.
B) organ system it is a part of.
C) organism that possesses it.
D) cells that make it up.
E) more than one of these.
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7
Embryonic stem cells are pluripotent. What does this mean?

A) they can divide an unlimited amount of times
B) they can give rise to most, but not all body cell types
C) they can give rise to any of the body cell types
D) they are indestructible
E) they can give rise to different, unique individuals
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8
Keeping internal conditions within tolerable limits is called

A) maintenance.
B) anatomy.
C) physiology.
D) homeostasis.
E) equilibrium.
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9
What are the projections on epithelial tissue that increase the surface area?

A) cilia
B) microvilli
C) flagella
D) pseudopodia
E) exocrines
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10
An organ is defined as

A) one or more tissue types that perform specific functions.
B) a tissue that is unique is its function.
C) various tissues that perform different functions.
D) two or more tissues organized and capable of carrying out a specific task.
E) none of these.
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11
What type of junction will hold epithelial tissues together?

A) tight
B) lose
C) solid
D) gap
E) permeable
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12
Which of the following is a type of epithelial tissue that is one layer thick?

A) stratified
B) dense connective
C) loose connective
D) simple
E) more than one of these
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13
What tissue type makes up the outer layer of the skin?

A) simple squamous
B) simple cuboidal
C) stratified columnar
D) simple columnar
E) stratified squamous
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14
Which of the following is NOT one of the four main types of tissues found in all vertebrate bodies?

A) epithelial
B) connective
C) muscle
D) nervous
E) blood
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15
Which of the following would contain pluripotent stem cells?

A) an embryo before implantation in the uterus
B) an embryo shortly after implantation in the uterus
C) a placenta
D) an umbilical cord
E) more than one of these
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16
A stem cell is a cell that

A) can differentiate into specialized cell types.
B) has already differentiated.
C) can develop into two or three cell types.
D) can only develop into skin cells.
E) can only develop into bone cells.
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17
Stem cells in bone marrow will develop into

A) muscle cells.
B) bone cells.
C) blood cells.
D) skin cells.
E) nerve cells.
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18
A tissue is defined as

A) one or more cell types that perform a common task.
B) a cell that is unique in its function.
C) various cells that perform different functions.
D) the structural unit of an organ system.
E) one or more organ types that perform a common task.
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19
Which of the following tissues is least likely to have replacement stem cells in an adult?

A) muscle
B) bone
C) blood
D) skin
E) liver
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20
Which tissue type is a sheet-like tissue with one surface always facing a body cavity or an external environment?

A) dense connective
B) muscular
C) epithelial
D) nervous
E) loose connective
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21
Which body region is composed of cartilage?

A) nose
B) outer ear
C) windpipe
D) embryonic skeleton
E) all of these
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22
What are the projections on epithelial tissue found in the upper airways that will help move mucus?

A) cilia
B) microvilli
C) flagella
D) pseudopodia
E) none of these
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23
Which cell type secretes a chemical message for the purpose of cellular communication?

A) muscle
B) neuron
C) keratinocyte
D) fibroblast
E) platelet
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24
Which tissue type is most likely to become cancerous?

A) connective
B) muscular
C) epithelial
D) neural
E) adipose
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25
Which of the followings substance is NOT secreted by an exocrine gland?

A) mucus
B) hormones
C) tears
D) earwax
E) digestive enzymes
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26
Epithelial cells are more likely to become cancerous than other tissue cells because epithelial cells

A) lack a nucleus.
B) are always exposed to the external environment.
C) are only found in simple tissues.
D) do DNA replication more often.
E) have an extensive blood vascular system.
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27
Which tissue type attaches to bones and is responsible for producing body movements?

A) skeletal muscle
B) neural
C) epithelial
D) smooth muscle
E) connective
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28
What is the most abundant tissue type in the human body?

A) connective
B) muscular
C) epithelial
D) neural
E) adipose
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29
Which of the following substances is released by an endocrine gland?

A) mucus
B) hormones
C) saliva
D) milk
E) tears
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30
What is the function of adipose tissue?

A) energy storage
B) cushion the organs
C) protection
D) insulation
E) all of these
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31
Which tissue type allows the body to detect and respond to internal and external changes?

A) nervous
B) adipose
C) epithelial
D) connective
E) skeletal muscle
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32
Under a microscope you see a tissue consisting of flattened cells that is a single layer thick, has a basement membrane, tight junctions, and it lines the inner surface of the lungs. This tissue type is

A) simple squamous epithelium.
B) simple columnar epithelium.
C) stratified squamous epithelium.
D) simple cuboidal epithelium.
E) stratified cuboidal epithelium.
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33
____ is composed of dense connective tissue.

A) Adipose
B) Blood
C) Bone
D) Cartilage
E) Tendon
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34
In what type of tissue are glands found?

A) epithelial
B) connective
C) nervous
D) muscle
E) more than one of these
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35
This type of tissue is described as having lots of fibroblasts and collagen fibers, provides support for intestinal muscles and forms capsules around kidneys. This type of tissue is

A) dense, irregular connective.
B) dense, regular connective.
C) cartilage.
D) stratified epithelium.
E) simple squamous epithelium.
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36
Which tissue type contains gland cells?

A) connective
B) muscular
C) epithelial
D) neural
E) more than one of these
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37
Which of the following is a type of gland that lacks ducts?

A) endocrine
B) muscular
C) nervous
D) exocrine
E) connective
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38
What type of gland releases its product onto an internal or external surface?

A) endocrine
B) muscular
C) neural
D) exocrine
E) connective
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39
A type of tissue has tight junctions, a basement membrane, no blood supply, and is one layer thick. This tissue type is

A) stratified epithelium.
B) simple epithelium.
C) connective.
D) muscle.
E) nervous.
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40
This type of tissue consists of fibroblasts, has cells surrounded by a calcium matrix, and works with other tissues to move the body. This tissue type is

A) bone.
B) cartilage.
C) tendon.
D) cardiac.
E) loose connective.
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41
In what way does epithelial tissue differ from other types of tissues?

A) it has a basement membrane
B) each of the cells has multiple nuclei
C) it contains a non-living extracellular matrix
D) it is excitable
E) more than one of these is a difference between epithelial and other tissue types
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42
Which is NOT an example of an organ?

A) liver
B) tendon
C) heart
D) skin
E) all of these are examples of organs
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43
In what order would a vaccination needle pass through the layers of the skin?

A) dermis-hypodermis-epidermis
B) dermis-epidermis-hypodermis
C) hypodermis-dermis-epidermis
D) epidermis-dermis-hypodermis
E) epidermis-hypodermis-dermis
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44
The bladder lies within the ___ cavity.

A) abdominal
B) thoracic
C) pelvic
D) cranial
E) spinal
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45
Which of the following is NOT found in the dermis?

A) sensory receptors
B) sweat glands
C) hair follicles
D) adipose tissue
E) all of these are found in the dermis
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46
This type of tissue has gap junctions, a single nucleus, many mitochondria, is striated and functions involuntarily. This tissue type is

A) skeletal muscle.
B) smooth muscle.
C) cardiac muscle.
D) striated columnar epithelium.
E) more than one of these.
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47
Most organs include which of the following tissues?

A) epithelial
B) connective
C) muscle
D) nervous
E) all of these
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48
Which of the following substances protects us from harmful UV light energy?

A) keratin
B) collagen
C) elastin
D) myosin
E) melanin
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49
Which organ system filters wastes from the blood?

A) respiratory
B) urinary
C) digestive
D) endocrine
E) circulatory
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50
Which of the following is one of the four main types of tissues?

A) bone
B) muscle
C) cartilage
D) blood
E) more than one of these
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51
The stomach lies within the ___ cavity.

A) abdominal
B) thoracic
C) pelvic
D) cranial
E) spinal
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52
Which type of tissue causes constriction of the pupil of the eye?

A) skeletal muscle
B) cartilage
C) tendon
D) smooth muscle
E) a combination of more than one of these
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53
Which organ lies in the pelvic cavity?

A) stomach
B) bladder
C) liver
D) large intestine
E) heart
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54
Which organ system delivers nutrients and oxygen to the cells?

A) respiratory
B) urinary
C) digestive
D) lymphatic
E) circulatory
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55
Which of the following is LEAST associated with blood tissue?

A) plasma
B) platelets
C) oxygen
D) temperature homeostasis
E) fibroblasts
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56
Most epidermal cells are ___.

A) melanocytes
B) keratinocytes
C) collagenocytes
D) phagocytes
E) erythrocytes
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57
What kind of gland is a sweat gland?

A) exocrine
B) endocrine
C) sensory
D) dermal
E) follicle
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58
Which of the following is the largest organ?

A) brain
B) lungs
C) liver
D) stomach
E) skin
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59
The lungs lie within the ___ cavity.

A) thoracic
B) abdominal
C) pelvic
D) cranial
E) spinal
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60
Which of the following tissues form a protective padding around the kidneys?

A) adipose
B) dense irregular connective
C) dense regular connective
D) stratified cuboidal epithelium
E) simple squamous epithelium
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61
What form of stimulus will cause the blood vessels of the skin to relax and increase in diameter?

A) decrease in temperature
B) increase in temperature
C) electrical stimulus
D) mechanical stimulus
E) more than one of these
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62
Match between columns
Controls body functioning through hormones
Urinary
Controls body functioning through hormones
Integumentary
Controls body functioning through hormones
Muscular
Controls body functioning through hormones
Dndocrine
Controls body functioning through hormones
Reproductive
Controls body functioning through hormones
Skeletal
Controls body functioning through hormones
Nervous
Controls body functioning through hormones
Circulatory
Controls body functioning through hormones
Digestive
Controls body functioning through hormones
Lymphatic
Controls body functioning through hormones
Respiratory
Controls body functioning through hormones
Endocrine
Controls body functioning through hormones
more than one of these
Chemically breaks down food and absorbs small molecules
Urinary
Chemically breaks down food and absorbs small molecules
Integumentary
Chemically breaks down food and absorbs small molecules
Muscular
Chemically breaks down food and absorbs small molecules
Dndocrine
Chemically breaks down food and absorbs small molecules
Reproductive
Chemically breaks down food and absorbs small molecules
Skeletal
Chemically breaks down food and absorbs small molecules
Nervous
Chemically breaks down food and absorbs small molecules
Circulatory
Chemically breaks down food and absorbs small molecules
Digestive
Chemically breaks down food and absorbs small molecules
Lymphatic
Chemically breaks down food and absorbs small molecules
Respiratory
Chemically breaks down food and absorbs small molecules
Endocrine
Chemically breaks down food and absorbs small molecules
more than one of these
Controls and coordinates responses to stimuli
Urinary
Controls and coordinates responses to stimuli
Integumentary
Controls and coordinates responses to stimuli
Muscular
Controls and coordinates responses to stimuli
Dndocrine
Controls and coordinates responses to stimuli
Reproductive
Controls and coordinates responses to stimuli
Skeletal
Controls and coordinates responses to stimuli
Nervous
Controls and coordinates responses to stimuli
Circulatory
Controls and coordinates responses to stimuli
Digestive
Controls and coordinates responses to stimuli
Lymphatic
Controls and coordinates responses to stimuli
Respiratory
Controls and coordinates responses to stimuli
Endocrine
Controls and coordinates responses to stimuli
more than one of these
Removes carbon dioxide and wastes; receives and delivers oxygen
Urinary
Removes carbon dioxide and wastes; receives and delivers oxygen
Integumentary
Removes carbon dioxide and wastes; receives and delivers oxygen
Muscular
Removes carbon dioxide and wastes; receives and delivers oxygen
Dndocrine
Removes carbon dioxide and wastes; receives and delivers oxygen
Reproductive
Removes carbon dioxide and wastes; receives and delivers oxygen
Skeletal
Removes carbon dioxide and wastes; receives and delivers oxygen
Nervous
Removes carbon dioxide and wastes; receives and delivers oxygen
Circulatory
Removes carbon dioxide and wastes; receives and delivers oxygen
Digestive
Removes carbon dioxide and wastes; receives and delivers oxygen
Lymphatic
Removes carbon dioxide and wastes; receives and delivers oxygen
Respiratory
Removes carbon dioxide and wastes; receives and delivers oxygen
Endocrine
Removes carbon dioxide and wastes; receives and delivers oxygen
more than one of these
Excretes excess fluid, solutes, and dissolved wastes
Urinary
Excretes excess fluid, solutes, and dissolved wastes
Integumentary
Excretes excess fluid, solutes, and dissolved wastes
Muscular
Excretes excess fluid, solutes, and dissolved wastes
Dndocrine
Excretes excess fluid, solutes, and dissolved wastes
Reproductive
Excretes excess fluid, solutes, and dissolved wastes
Skeletal
Excretes excess fluid, solutes, and dissolved wastes
Nervous
Excretes excess fluid, solutes, and dissolved wastes
Circulatory
Excretes excess fluid, solutes, and dissolved wastes
Digestive
Excretes excess fluid, solutes, and dissolved wastes
Lymphatic
Excretes excess fluid, solutes, and dissolved wastes
Respiratory
Excretes excess fluid, solutes, and dissolved wastes
Endocrine
Excretes excess fluid, solutes, and dissolved wastes
more than one of these
Transports nutrients to cells and wastes from cells
Urinary
Transports nutrients to cells and wastes from cells
Integumentary
Transports nutrients to cells and wastes from cells
Muscular
Transports nutrients to cells and wastes from cells
Dndocrine
Transports nutrients to cells and wastes from cells
Reproductive
Transports nutrients to cells and wastes from cells
Skeletal
Transports nutrients to cells and wastes from cells
Nervous
Transports nutrients to cells and wastes from cells
Circulatory
Transports nutrients to cells and wastes from cells
Digestive
Transports nutrients to cells and wastes from cells
Lymphatic
Transports nutrients to cells and wastes from cells
Respiratory
Transports nutrients to cells and wastes from cells
Endocrine
Transports nutrients to cells and wastes from cells
more than one of these
Provides muscle attachment sites; produces red blood cells
Urinary
Provides muscle attachment sites; produces red blood cells
Integumentary
Provides muscle attachment sites; produces red blood cells
Muscular
Provides muscle attachment sites; produces red blood cells
Dndocrine
Provides muscle attachment sites; produces red blood cells
Reproductive
Provides muscle attachment sites; produces red blood cells
Skeletal
Provides muscle attachment sites; produces red blood cells
Nervous
Provides muscle attachment sites; produces red blood cells
Circulatory
Provides muscle attachment sites; produces red blood cells
Digestive
Provides muscle attachment sites; produces red blood cells
Lymphatic
Provides muscle attachment sites; produces red blood cells
Respiratory
Provides muscle attachment sites; produces red blood cells
Endocrine
Provides muscle attachment sites; produces red blood cells
more than one of these
Integrates short and long term activities
Urinary
Integrates short and long term activities
Integumentary
Integrates short and long term activities
Muscular
Integrates short and long term activities
Dndocrine
Integrates short and long term activities
Reproductive
Integrates short and long term activities
Skeletal
Integrates short and long term activities
Nervous
Integrates short and long term activities
Circulatory
Integrates short and long term activities
Digestive
Integrates short and long term activities
Lymphatic
Integrates short and long term activities
Respiratory
Integrates short and long term activities
Endocrine
Integrates short and long term activities
more than one of these
Defends against infection and tissue damage
Urinary
Defends against infection and tissue damage
Integumentary
Defends against infection and tissue damage
Muscular
Defends against infection and tissue damage
Dndocrine
Defends against infection and tissue damage
Reproductive
Defends against infection and tissue damage
Skeletal
Defends against infection and tissue damage
Nervous
Defends against infection and tissue damage
Circulatory
Defends against infection and tissue damage
Digestive
Defends against infection and tissue damage
Lymphatic
Defends against infection and tissue damage
Respiratory
Defends against infection and tissue damage
Endocrine
Defends against infection and tissue damage
more than one of these
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63
When pH levels in the blood get too low, chemical buffers are released that return blood pH back to normal levels. This is an example of ___.

A) negative feedback
B) positive feedback
C) constancy
D) sensory perception
E) endothermal reactions
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64
A small amount of skin is healthy because it stimulates the production of vitamin___.

A) C
B) D
C) K
D) B12
E) E
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65
Which of the following does NOT happen when body temperature rises above normal?

A) sweat glands secrete more sweat
B) endocrine gland secretion of hormones that stimulate activity slow
C) smooth muscle in blood vessels constrict
D) skeletal muscles in the chest contract more frequently
E) all of these happen when body temperature rises
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66
Which factor would most likely lead to hypothermia?

A) cutting the grass
B) exercising
C) falling through the ice
D) getting the flu
E) none of these
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67
Which of the following proteins waterproof skin?

A) collagen
B) elastin
C) keratin
D) albumin
E) myosin
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68
Match between columns
tissue that contains endocrine glands
epithelial
tissue that contains endocrine glands
cartilage
tissue that contains endocrine glands
loose connective
tissue that contains endocrine glands
skeletal muscle
tissue that contains endocrine glands
blood
tissue that contains endocrine glands
adipose
tissue that contains endocrine glands
dense irregular connective
tissue that contains endocrine glands
dense regular connective
tissue that contains endocrine glands
smooth muscle
tendons and ligaments
epithelial
tendons and ligaments
cartilage
tendons and ligaments
loose connective
tendons and ligaments
skeletal muscle
tendons and ligaments
blood
tendons and ligaments
adipose
tendons and ligaments
dense irregular connective
tendons and ligaments
dense regular connective
tendons and ligaments
smooth muscle
connective tissue that is involved in transport of nutrients
epithelial
connective tissue that is involved in transport of nutrients
cartilage
connective tissue that is involved in transport of nutrients
loose connective
connective tissue that is involved in transport of nutrients
skeletal muscle
connective tissue that is involved in transport of nutrients
blood
connective tissue that is involved in transport of nutrients
adipose
connective tissue that is involved in transport of nutrients
dense irregular connective
connective tissue that is involved in transport of nutrients
dense regular connective
connective tissue that is involved in transport of nutrients
smooth muscle
the most common tissue type in vertebrates; holds organs in place
epithelial
the most common tissue type in vertebrates; holds organs in place
cartilage
the most common tissue type in vertebrates; holds organs in place
loose connective
the most common tissue type in vertebrates; holds organs in place
skeletal muscle
the most common tissue type in vertebrates; holds organs in place
blood
the most common tissue type in vertebrates; holds organs in place
adipose
the most common tissue type in vertebrates; holds organs in place
dense irregular connective
the most common tissue type in vertebrates; holds organs in place
dense regular connective
the most common tissue type in vertebrates; holds organs in place
smooth muscle
tissue that makes up deep skin layers
epithelial
tissue that makes up deep skin layers
cartilage
tissue that makes up deep skin layers
loose connective
tissue that makes up deep skin layers
skeletal muscle
tissue that makes up deep skin layers
blood
tissue that makes up deep skin layers
adipose
tissue that makes up deep skin layers
dense irregular connective
tissue that makes up deep skin layers
dense regular connective
tissue that makes up deep skin layers
smooth muscle
tissue that connects to bones and allows for body movements
epithelial
tissue that connects to bones and allows for body movements
cartilage
tissue that connects to bones and allows for body movements
loose connective
tissue that connects to bones and allows for body movements
skeletal muscle
tissue that connects to bones and allows for body movements
blood
tissue that connects to bones and allows for body movements
adipose
tissue that connects to bones and allows for body movements
dense irregular connective
tissue that connects to bones and allows for body movements
dense regular connective
tissue that connects to bones and allows for body movements
smooth muscle
tissue that cushions organs and is an energy reserve
epithelial
tissue that cushions organs and is an energy reserve
cartilage
tissue that cushions organs and is an energy reserve
loose connective
tissue that cushions organs and is an energy reserve
skeletal muscle
tissue that cushions organs and is an energy reserve
blood
tissue that cushions organs and is an energy reserve
adipose
tissue that cushions organs and is an energy reserve
dense irregular connective
tissue that cushions organs and is an energy reserve
dense regular connective
tissue that cushions organs and is an energy reserve
smooth muscle
tissue that forms a padding between joints
epithelial
tissue that forms a padding between joints
cartilage
tissue that forms a padding between joints
loose connective
tissue that forms a padding between joints
skeletal muscle
tissue that forms a padding between joints
blood
tissue that forms a padding between joints
adipose
tissue that forms a padding between joints
dense irregular connective
tissue that forms a padding between joints
dense regular connective
tissue that forms a padding between joints
smooth muscle
functions in propulsion of food materials through the gut
epithelial
functions in propulsion of food materials through the gut
cartilage
functions in propulsion of food materials through the gut
loose connective
functions in propulsion of food materials through the gut
skeletal muscle
functions in propulsion of food materials through the gut
blood
functions in propulsion of food materials through the gut
adipose
functions in propulsion of food materials through the gut
dense irregular connective
functions in propulsion of food materials through the gut
dense regular connective
functions in propulsion of food materials through the gut
smooth muscle
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69
Which of the following does NOT happen with hyperthermia?

A) nervous system impairment
B) blood flow to the liver and gut decreases
C) body fluids become less concentrated
D) all of these happen in hyperthermia
E) more than one of these does NOT happen with hyperthermia
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70
Match between columns
composed of stratified squamous cells
hypodermis.
composed of stratified squamous cells
epidermis
composed of stratified squamous cells
hypodermis
composed of stratified squamous cells
dermis
composed of stratified squamous cells
epidermis.
composed of stratified squamous cells
dermis.
composed of stratified squamous cells
epidermis..
composed of stratified squamous cells
hypodermis .
composed of stratified squamous cells
dermis .
composed of stratified squamous cells
epidermis .
primarily made up of keratinocytes
hypodermis.
primarily made up of keratinocytes
epidermis
primarily made up of keratinocytes
hypodermis
primarily made up of keratinocytes
dermis
primarily made up of keratinocytes
epidermis.
primarily made up of keratinocytes
dermis.
primarily made up of keratinocytes
epidermis..
primarily made up of keratinocytes
hypodermis .
primarily made up of keratinocytes
dermis .
primarily made up of keratinocytes
epidermis .
composed of mostly dense connective tissue
hypodermis.
composed of mostly dense connective tissue
epidermis
composed of mostly dense connective tissue
hypodermis
composed of mostly dense connective tissue
dermis
composed of mostly dense connective tissue
epidermis.
composed of mostly dense connective tissue
dermis.
composed of mostly dense connective tissue
epidermis..
composed of mostly dense connective tissue
hypodermis .
composed of mostly dense connective tissue
dermis .
composed of mostly dense connective tissue
epidermis .
the outermost layer of skin
hypodermis.
the outermost layer of skin
epidermis
the outermost layer of skin
hypodermis
the outermost layer of skin
dermis
the outermost layer of skin
epidermis.
the outermost layer of skin
dermis.
the outermost layer of skin
epidermis..
the outermost layer of skin
hypodermis .
the outermost layer of skin
dermis .
the outermost layer of skin
epidermis .
contains nerves and blood vessels
hypodermis.
contains nerves and blood vessels
epidermis
contains nerves and blood vessels
hypodermis
contains nerves and blood vessels
dermis
contains nerves and blood vessels
epidermis.
contains nerves and blood vessels
dermis.
contains nerves and blood vessels
epidermis..
contains nerves and blood vessels
hypodermis .
contains nerves and blood vessels
dermis .
contains nerves and blood vessels
epidermis .
composed of loose connective tissue and adipose tissue
hypodermis.
composed of loose connective tissue and adipose tissue
epidermis
composed of loose connective tissue and adipose tissue
hypodermis
composed of loose connective tissue and adipose tissue
dermis
composed of loose connective tissue and adipose tissue
epidermis.
composed of loose connective tissue and adipose tissue
dermis.
composed of loose connective tissue and adipose tissue
epidermis..
composed of loose connective tissue and adipose tissue
hypodermis .
composed of loose connective tissue and adipose tissue
dermis .
composed of loose connective tissue and adipose tissue
epidermis .
contains melanocytes
hypodermis.
contains melanocytes
epidermis
contains melanocytes
hypodermis
contains melanocytes
dermis
contains melanocytes
epidermis.
contains melanocytes
dermis.
contains melanocytes
epidermis..
contains melanocytes
hypodermis .
contains melanocytes
dermis .
contains melanocytes
epidermis .
contains large blood vessels
hypodermis.
contains large blood vessels
epidermis
contains large blood vessels
hypodermis
contains large blood vessels
dermis
contains large blood vessels
epidermis.
contains large blood vessels
dermis.
contains large blood vessels
epidermis..
contains large blood vessels
hypodermis .
contains large blood vessels
dermis .
contains large blood vessels
epidermis .
deepest layer of skin
hypodermis.
deepest layer of skin
epidermis
deepest layer of skin
hypodermis
deepest layer of skin
dermis
deepest layer of skin
epidermis.
deepest layer of skin
dermis.
deepest layer of skin
epidermis..
deepest layer of skin
hypodermis .
deepest layer of skin
dermis .
deepest layer of skin
epidermis .
contains sweat and oil glands
hypodermis.
contains sweat and oil glands
epidermis
contains sweat and oil glands
hypodermis
contains sweat and oil glands
dermis
contains sweat and oil glands
epidermis.
contains sweat and oil glands
dermis.
contains sweat and oil glands
epidermis..
contains sweat and oil glands
hypodermis .
contains sweat and oil glands
dermis .
contains sweat and oil glands
epidermis .
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71
Match between columns
cells contain branching fibers
skeletal.
cells contain branching fibers
smooth.
cells contain branching fibers
skeletal
cells contain branching fibers
cardiac.
cells contain branching fibers
smooth
cells contain branching fibers
cardiac
a voluntary type of muscle fiber
skeletal.
a voluntary type of muscle fiber
smooth.
a voluntary type of muscle fiber
skeletal
a voluntary type of muscle fiber
cardiac.
a voluntary type of muscle fiber
smooth
a voluntary type of muscle fiber
cardiac
cells contain the greatest number of mitochondria among the muscle cells
skeletal.
cells contain the greatest number of mitochondria among the muscle cells
smooth.
cells contain the greatest number of mitochondria among the muscle cells
skeletal
cells contain the greatest number of mitochondria among the muscle cells
cardiac.
cells contain the greatest number of mitochondria among the muscle cells
smooth
cells contain the greatest number of mitochondria among the muscle cells
cardiac
contains parallel arrays of muscle fibers
skeletal.
contains parallel arrays of muscle fibers
smooth.
contains parallel arrays of muscle fibers
skeletal
contains parallel arrays of muscle fibers
cardiac.
contains parallel arrays of muscle fibers
smooth
contains parallel arrays of muscle fibers
cardiac
cells are unbranched with tapered ends
skeletal.
cells are unbranched with tapered ends
smooth.
cells are unbranched with tapered ends
skeletal
cells are unbranched with tapered ends
cardiac.
cells are unbranched with tapered ends
smooth
cells are unbranched with tapered ends
cardiac
makes up the walls of internal organs (i.e., bladder)
skeletal.
makes up the walls of internal organs (i.e., bladder)
smooth.
makes up the walls of internal organs (i.e., bladder)
skeletal
makes up the walls of internal organs (i.e., bladder)
cardiac.
makes up the walls of internal organs (i.e., bladder)
smooth
makes up the walls of internal organs (i.e., bladder)
cardiac
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72
What form of stimulus will cause the blood vessels of the skin to decrease in diameter and contract?

A) decrease in temperature
B) increase in temperature
C) electrical stimulus
D) mechanical stimulus
E) more than one of these
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73
Where will sensory information ultimately flow?

A) brain
B) muscle
C) gland
D) skin
E) heart
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74
Match between columns
lines the kidneys
simple cuboidal
lines the kidneys
simple squamous.
lines the kidneys
simple cuboidal.
lines the kidneys
columnar.
lines the kidneys
simple squamous .
lines the kidneys
columnar
lines the kidneys
simple squamous
cell shape resembles cubes
simple cuboidal
cell shape resembles cubes
simple squamous.
cell shape resembles cubes
simple cuboidal.
cell shape resembles cubes
columnar.
cell shape resembles cubes
simple squamous .
cell shape resembles cubes
columnar
cell shape resembles cubes
simple squamous
cells are taller than they are wide
simple cuboidal
cells are taller than they are wide
simple squamous.
cells are taller than they are wide
simple cuboidal.
cells are taller than they are wide
columnar.
cells are taller than they are wide
simple squamous .
cells are taller than they are wide
columnar
cells are taller than they are wide
simple squamous
allows substances to cross by diffusion
simple cuboidal
allows substances to cross by diffusion
simple squamous.
allows substances to cross by diffusion
simple cuboidal.
allows substances to cross by diffusion
columnar.
allows substances to cross by diffusion
simple squamous .
allows substances to cross by diffusion
columnar
allows substances to cross by diffusion
simple squamous
makes up the lining of the blood vessels
simple cuboidal
makes up the lining of the blood vessels
simple squamous.
makes up the lining of the blood vessels
simple cuboidal.
makes up the lining of the blood vessels
columnar.
makes up the lining of the blood vessels
simple squamous .
makes up the lining of the blood vessels
columnar
makes up the lining of the blood vessels
simple squamous
lines the airway
simple cuboidal
lines the airway
simple squamous.
lines the airway
simple cuboidal.
lines the airway
columnar.
lines the airway
simple squamous .
lines the airway
columnar
lines the airway
simple squamous
cells appear to be flattened
simple cuboidal
cells appear to be flattened
simple squamous.
cells appear to be flattened
simple cuboidal.
cells appear to be flattened
columnar.
cells appear to be flattened
simple squamous .
cells appear to be flattened
columnar
cells appear to be flattened
simple squamous
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75
Which structure will integrate sensory information?

A) skin
B) muscle
C) gland
D) brain
E) heart
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76
In what part of the skin is loose connective tissue found?

A) epidermis
B) dermis
C) hypodermis
D) more than one
E) none of these
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77
Match between columns
detects stimuli
nerve .
detects stimuli
connective
detects stimuli
epithelial
detects stimuli
epithelial.
detects stimuli
muscle
detects stimuli
nerve.
detects stimuli
connective.
detects stimuli
epithelial .
detects stimuli
connective .
detects stimuli
nerve
moves body parts
nerve .
moves body parts
connective
moves body parts
epithelial
moves body parts
epithelial.
moves body parts
muscle
moves body parts
nerve.
moves body parts
connective.
moves body parts
epithelial .
moves body parts
connective .
moves body parts
nerve
skin
nerve .
skin
connective
skin
epithelial
skin
epithelial.
skin
muscle
skin
nerve.
skin
connective.
skin
epithelial .
skin
connective .
skin
nerve
tendon
nerve .
tendon
connective
tendon
epithelial
tendon
epithelial.
tendon
muscle
tendon
nerve.
tendon
connective.
tendon
epithelial .
tendon
connective .
tendon
nerve
brain
nerve .
brain
connective
brain
epithelial
brain
epithelial.
brain
muscle
brain
nerve.
brain
connective.
brain
epithelial .
brain
connective .
brain
nerve
lining of internal cavities
nerve .
lining of internal cavities
connective
lining of internal cavities
epithelial
lining of internal cavities
epithelial.
lining of internal cavities
muscle
lining of internal cavities
nerve.
lining of internal cavities
connective.
lining of internal cavities
epithelial .
lining of internal cavities
connective .
lining of internal cavities
nerve
relays information
nerve .
relays information
connective
relays information
epithelial
relays information
epithelial.
relays information
muscle
relays information
nerve.
relays information
connective.
relays information
epithelial .
relays information
connective .
relays information
nerve
covers the body surface
nerve .
covers the body surface
connective
covers the body surface
epithelial
covers the body surface
epithelial.
covers the body surface
muscle
covers the body surface
nerve.
covers the body surface
connective.
covers the body surface
epithelial .
covers the body surface
connective .
covers the body surface
nerve
holds body parts together
nerve .
holds body parts together
connective
holds body parts together
epithelial
holds body parts together
epithelial.
holds body parts together
muscle
holds body parts together
nerve.
holds body parts together
connective.
holds body parts together
epithelial .
holds body parts together
connective .
holds body parts together
nerve
provides structural support
nerve .
provides structural support
connective
provides structural support
epithelial
provides structural support
epithelial.
provides structural support
muscle
provides structural support
nerve.
provides structural support
connective.
provides structural support
epithelial .
provides structural support
connective .
provides structural support
nerve
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78
What form of stimulus will cause the skeletal muscles to contract and produce shivering?

A) decrease in temperature
B) increase in temperature
C) electrical stimulus
D) mechanical stimulus
E) more than one of these
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79
What type of mechanism controls body temperature?

A) positive feedback
B) inhibition
C) negative feedback
D) cyclical feedback
E) none of these
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80
A decrease in body temperature to ___ degrees Celsius or below alters brain function.

A) 39
B) 38
C) 37
D) 36
E) 35
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