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WorksheetsSem.1 Review
Total questions: 207
Worksheet time: 2hrs 28mins
Select the Oil gland.
The skin has 4 main types of glands
True
False
The sweat glands found all over the body are called
endocrine glands.
sebaceous glands.
eccrine glands.
apocrine glands.
Select the Adipose.
Label the structures of the skin.
Arrector pili muscle
Hair follicle
Epidermis
Dermis
Hypodermis
Sudoriferous gland
Sebaceous gland
Select the Sweat duct.
Select the Epidermis
Identify the Dermal Papilla
Which of the following is a pigment that colors the skin?
Vitamin D
Melanin
Chlorophyll
Follicle
command center, direct's the cell's activities
nucleus
lysosome
mitochondria
endoplasmic reticulum
Which organelle is colored in this picture?
Endoplasmic reticulum
Gogli body
Lysosomes
Cell mebrane
Which part is colored in the picture? (Look closely--it's the little dots!)
Nucleus
Mitochondria
Vacuole
Ribosomes
Examine the animal cell, what does number 8 represent?
Smooth ER
Rough ER
Nucleus
Golgi Apparatus
Mitochondria
The general location of translation in the cell. See diagram.
2
10
9
5
6
This organelle is responsible for structure and support of the cell. It can also assist with transportation.
Endoplasmic reticulum
Cytoskeleton
Lysozome
Mitochondria
Nucleolus
receives proteins and materials from the ER, packages them, & distributes them
endoplasmic reticulum
nucleus
golgi apparatus
mitochondria
assembles amino acids to create proteins
ribosome
vacuole
lysosome
cytoplasm
found inside the nucleus and produces ribosomes
cytoplasm
mitochondria
golgi apparatus
nucleolus
gel-like fluid where the organelles are found
nucleus
cytoplasm
mitochondria
cell membrane
has passageways that carry proteins and other materials from one part of the cell to another
prokaryotic cell
golgi apparatus
endoplasmic reticulum
chloroplast
stores food, water, wastes, and other materials
vacuole
lysosome
nucleus
golgi apparatus
cylinder-shaped organelles made of short microtubules arranged in a circle
vesicle
centriole
vacuole
chromatin
tiny strands inside the nucleus that contain the instructions for directing the cell's functions
organelle
cytoskeleton
chromatin
centriole
idea that all living things are composed of cells, cells are the basic units of structure and function in living things, and new cells are produced from existing cells
organelle
prokaryotic cell
cytoskeleton
cell theory
a tiny cell structure that carries out a specific function within the cell
organelle
chromatin
chloroplast
lysosome
Which of the following describes homeostasis?
keeps variables exactly at the set point
organism's ability to maintain steady(stable) internal conditions
acts to keep values outside of a desired range
operates through positive feedback
Which correctly identifies all steps involved in negative feedback?
initiation event, stimulus, positive feedback, response, effector, control center, receptor
termination event, stimulus, reply, effector, control center, and receptor
initiation event, response, stimulus, effector, command center
initiation event, stimulus, receptor, control center, effector and response
What part of the negative feedback loop is what happens inside of the organism, as the result of the effector?
Initiation event
Response
Receptor
Effector
This part of the negative feedback loop causes a change in the environment, a disruption to homeostasis.
initiation event
control center
effector
receptor
A change inside of the organism caused by the initiation event is the ...
response
effector
control center
stimulus
Which part of the feedback loop is a body part that makes a change to bring the system back to homeostasis?
Effector
control center
response
receptor
What detects that the system is outside of homeostasis and adjustments need to be made?
effector
response
control center
stimulus
Identify the initiation event.
Scenario: A person begins to exercise which causes their body temperature to increase. The temperature change is noticed and the person begins to sweat and their body temperature decreases.
temperature change is noticed
person begins to sweat
body temperature decreases
person begins to exercise
Identify the stimulus event.
Scenario: A person begins to exercise which causes their body temperature to increase. The temperature change is noticed and the person begins to sweat and their body temperature decreases.
body temperature increases
person begins to sweat
temperature change is noticed
person begins to exercise
During child birth a woman's body over produces a hormone called oxytocin until the baby is born. What kind of feedback loop would this be?
Negative Feedback Loop
Positive Feedback Loop
Neutral Feedback Loop
Linear Feedback Loop
When you are hot, your body sweats to cool you down. This means your temperature went above normal and your body sweats to counteract that change to bring you back to normal. What kind of feedback loop would this be?
Negative Feedback Loop
Positive Feedback Loop
Neutral Feedback Loop
Linear Feedback Loop
Positive Feedback loops are...
Counteract changes that move above or below set values.
more common
regulate body temp
Purposeful pushes above normal set values.
What is an example of a positive feedback mechanism?
Which part of the homeostatic mechanism is responsible for determining the setpoint for a variable? (Ex: my body temperature is 97.8, lower than the 'typical' 98.6. Which part set this value for me?)
stimulus
receptor
control center
effector
What are four things that cells can do to maintain homeostasis?
make new cells
exchange materials
rest
eliminate wastes
obtain and use energy
Organisms can respond to changes in their environment in order to maintain a balance, called homeostasis. What does a tree do to maintain homeostasis during the winter months?
shivers
hibernates
absorbs sun
loses leaves
Cell membranes are semi-permeable because they allow only certain particles to cross into or out of the cell.
True
False
The movement of particles across a cell membrane without the use of energy by the cell is called?
Active Transport
Passive Transport
Endocytosis
Exocytosis
______ is the movement of molecules from high concentrations to low concentrations.
Diffusion
Endocytosis
Exocytosis
Osmosis
When particles are enclosed in a vesicle and released from a cell, the process is called _____?
diffusion
endocytosis
exocytosis
osmosis
_____ is the diffusion of water through a semi-permeable membrane.
Diffusion
Endocytosis
Exocytosis
Osmosis
The movement of materials across the cell membrane from areas of low concentration into areas of higher concentration and requires the cell to use energy.
Passive Transport
Active Transport
Osmosis
Diffusion
Diffusion and osmosis are what type of transport?
Active transport
Passive transport
The process by which a cell uses energy to surround a particle and enclose the particle in a vesicle to bring the particle into the cell is called ______?
diffusion
endocyctosis
exocytosis
osmosis
Endocytosis and exocytosis are forms of active transport?
True
False
The process by which cells use oxygen to produce energy from food
photosynthesis
cellular respiration
What is the movement of particles with the concentration gradient using protein "helpers"?
diffusion
facilitated diffusion
active transport
enzymatic reactions
Which of the following is not a type of tissue?
connective
embryonic
epithelial
nervous
muscle
This type of tissue relays messages
epithelial
connective
muscular
nervous
encloses the lungs
pleura
pericardium
peritoneum
encloses the heart
pleura
pericardium
peritoneum
clings to the organs external surface, inside layer
serous
visceral
parietal
Which one of the following places in the body would you expect to find mucous membranes?
covering the heart
surrounding the spinal cord
respiratory tract
around your knee
Which of the following is NOT a type of epithelial tissue?
columnar
cuboidal
circular
squamous
Connective tissues do all of the following EXCEPT...
protect.
support.
bind together.
secrete.
Which of the following connect bone to bone at joints?
tendons
ligaments
cartilage
neuroglia
What do adipose cells do?
store fat
store genetic material
store water
store protein
Which of the following is NOT connective tissue?
Skeletal Muscle
Blood
Cartilage
Bone
Structures composed of specialized tissues designed to perform specific functions in plants and animals are:
organs
hormones
neurons
cells
Collection of similar cells that perform a particular function
tissue
organ
nucleus
neuron
This type of epithelial tissue is found in the bladder.
simple squamous
stratified squamous
transitional
pseudostratified columnar
Which of the following are NOT true of Epithelial tissue?
attaches to connective tissues via a basement membrane
has a rich blood supply
has a high rate of cell division
has little extracellular space between cells
How many layers are found in pseudostratified columnar epithelium?
1
2
more than 2
it varies
What function does the basement membrane serve?
provide blood to the epithelial tissue
hold cartilage to bone
anchor epithelial tissues to underlying connective tissue
secretes the matrix.
What is the difference between exocrine and endocrine functions?
Exocrine cells secrete fluids to the outside of the body; endocrine cells secrete fluids into the inside of the body
They are synonymous
Exocrine cells secrete fluids into ducts; endocrine cells secrete fluids into the blood stream
Exocrine cells secrete clear fluids; endocrine cells secrete opaque fluids
What are the 3 basic shapes of Epithelial Cells? (Select all that apply)
Cuboidal
Columnar
Orbital
Squamous
Identify the image:
Cuboidal
Columnar
Squamous
Epithelial tissue regenerate really quickly
True
False
Not having direct blood flow is called
Vascular
Avascular
Tendonitis
Arthritis
Name the type of epithelium
simple squamous
stratified squamous
simple cuboidal
simple columnar
What physiological functions are enhanced by epithlial cells bearing microvilli and cilia?
increased surface area for absorption & capturing debris
decreased surface area for absorption & capturing debris
increased surface area for absorption of oxygen
decreased surface area for absorption of oxygen
What type of tissue is used for cushioning around organs?
Skeletal muscle
Simple squamous epithelium
Pseudostratified columnar epithelium
Adipose tissue
Name this tissue.
Skeletal muscle
Cardiac muscle
Smooth muscle
This type of muscle tissue is found only in the heart
Skeletal muscle
Cardiac muscle
Smooth muscle
Label the muscle type from left to right.
cardiac smooth skeletal
skeletal cardiac smooth
skeletal smooth cardiac
cardiac skeletal smooth
Which of the following is the correct order for the layers of skin from superficial to deep?
hypodermis, epidermis, dermis
epidermis, dermis, hypodermis
epidermis, hypodermis, dermis
dermis, epidermis, hypodermis
Which of the following is NOT a function of skin?
sensation
excretion of waste
production of vitamins
secretion of hormones
Which of the following epidermal layers is constantly being shed during your daily activities?
stratum lucidum
stratum granulosum
stratum corneum
stratum basale
Which of the following epidermal layers is only found in thick skin like that on the palms of your hands?
stratum lucidum
stratum granulosum
stratum corneum
stratum basale
The dermis is composed of 2 layers: the ____________ layer, which is made of loose connective tissue and the ___________ layer, which is made of densely-packed fibrous tissue.
cleavage, papillary
papillary, reticular
cleavage, subcutaneous
reticular, papillary
The sudoriferous glands found primarily in the armpits and groin responsible for body odor are known as
apocrine glands
eccrine glands
sebaceous glands
sudoriferous glands
What is found between the dermis and epidermis?
Hypodermis
Dermal papillae
Blood vessels
Melanocytes
Beginning at the basal lamina and traveling toward the free surface, the epidermis includes the following layers
corneum, lucidum, granulosum, spinosum, germinativum
granulosum, lucidum, spinosum, germinativum, corneum
germinativum, spinosum, granulosum, lucidum, corneum
lucidum, grandulosum, spinosum, germinativum, corneum
The protein that permits stretch and recoil of the skin is
collagen
melanin
keratin
elastin
What is the muscle that creates "goosebumps"?
Arrector Pilli muscle
Erector Pilli muscle
Facial muscle
Deltoid muscle
Stratum Basale is where
epidermal layer with flattened and dead cells
dermal layer where receptors are
epidermal layer where mitosis occurs
Hypodermal layer is
Bones are the structural support for our body. They provide the framework for __________.
Muscle attachments
Joints
Muscle
Tendons
How many bones are in an average adult?
405
353
206
59
These stimulate the breakdown of bones.
Osteoblasts
Osteoclasts
Carbohydrates
Calcium
Muscle attachments offer protection for vital organs like the __________.
The brain
Skin and vessels
Skin
Heart and lungs
This stimulates the creation of bones.
Osteoclasts
Osteoblasts
Iron
Calcium
The tibia and Radius bone are considered ____________.
Long bones
Short bones
Flat bones
Irregular bones
Carpals and Tarsals are considered __________.
Long bones
Short bones
Flat bones
Irregular bones
Cranial bones and Thoracic bones are considered __________.
Long bones
Short bones
Flat bones
Irregular bones
Pelvic bones and Vertebra are considered __________.
Flat bones
Short bones
Flat bones
Irregular bones
Match the following types of bone cells.
Osteoblasts
immature cells which build the bone matrix
Osteoclasts
breaks done the bone matrix to release minerals we need
Osteocytes
mature bone cells that are surrounded by the bone matrix
Match the following types of bones with the correct description.
Long bones
are longer than they are wide
Short bones
typically cube-like in shape
Flat bones
are typically bones that protect internal organs
Irregular bones
Complex shapes that may perform various functions
Sesamoid bones
bones that are entirely embedded in a tendon.
Match the following types of bones with the correct examples.
Long bones
femur, humerus, ulna, radius, tibia, fibula
Short bones
carpals and tarsals
Flat bones
Frontal bone, parietal bone, occipital bone, sternum, ribs, ilium of the pelvis
Irregular bones
vertebral bones, facial bones
Sesamoid bones
patella
