WorksheetsBone Basics Full Unit Review
Total questions: 128
Worksheet time: 1hrs 6mins
How many bones do human adults have?
206
306
156
106
Skeletal division that includes the head, neck, and trunk.
axial skeleton
appendicular skeleton
endoskeleton
central skeleton
The femur is an example of a(n) ______ bone.
long
short
flat
irregular
A vertebrae is an example of a(n) ______ bone.
long
short
flat
irregular
Roughly cube shaped bones are called ______ bones.
short
long
irregular
flat
Roughly cube shaped bones are called ______ bones.
short
long
irregular
flat
Drag the image of the bone to the correct bone category.
Phalanges
Tarsals
Facial bones
Ulna
Carpals
Vertebrae
Sternum
Scapula
Clavicle
Frontal bone
Sacrum
What is the name of the skeletal group that includes the vertebral column, skull, and rib cage?
Axial
Appendicular
Cartilaginous
Ligamentous
Which part of the skeleton includes the shoulder, pelvis, and limbs?
Axial
Appendicular
Spinal Column
Cranium bones
Which of the following are part of the 7 functions of bone tissue? (SELECT ALL THAT APPLY!)
Hormone production
Communication
Blood cell production
Support
Protection
What are functions of the skeletal system? Check all that apply.
Movement
Protection
Sleep
Support
Which is NOT an example of a long bone?
Patella
Femur
Humerus
Tibia
Which of the following is NOT part of the appendicular skeleton?
Femur
Humerus
Skull
Pelvis
The appendicular skeleton includes which of the following?
Cranium
Ribs
Upper and lower limb bones
Vertebral column
Which of the following bones is part of the axial skeleton?
Humerus
Tibia
Sternum
Pelvis
What type of bone is embedded within a tendon?
Irregular
Sesamoid
Long
Flat
Which type of bone has a complex shape and does not fit into other categories?
Irregular
Long
Flat
Short
What is another name for a simple fracture?
compound
open
closed
When the ends of a broken bone are realigned, it is called:
immobilization
fusion
reduction
painful
A blood-filled swelling is called a
sore
callus
hematoma
This type of reduction coaxes the bone ends back into place using the physician's hands
simple
compound
open
closed
This type of fracture does not break the skin
simple
compound
open
closed
What is another name for a compound fracture?
open
closed
This type of reduction requires pins, screws and/or wires
open
closed
simple
compound
In this type of fracture the bone breaks the skin
open
closed
compound
simple
During this step of bone repair a strong, permanent "patch" is made based on mechanical stresses on the bone
hematoma forms
bony callus forms
fibrocartilage callus forms
bone remodeling
This is the last step of fracture repair
hematoma forms
bony callus forms
fibrocartilage callus forms
bone remodeling
This bone repair event involves osteoblasts & osteoclasts
bone remodeling
hematoma forms
bony callus forms
fibrocartilage callus forms
This is the first event of bone repair
remodeling
hematoma forms
bony callus forms
fibrocartilage callus forms
On average, it takes this long for a fracture to heal
4 weeks
6-8 weeks
3 months
1 year
This type of fracture occurs when broken bone ends are forced into each other
Spiral
Impacted
Comminuted
Greenstick
What happens in a greenstick fracture?
Bone breaks due to weak tendons
Bone breaks completely
Bone breaks from disease
Bone breaks incompletely
The diagram shows a fracture that has pierced through the skin. What type of fracture is this?
Simple
Compound
Impacted
Greenstick
This fracture would be described as a fracture of the
proximal end of the femur
distal end of the femur
proximal end of the humerus
distal end of the humerus
What is happening in this stage of bone healing?
Bone is fractured
Hard callus forms, osteoblast cells create new bone
Remodeling, osteoclasts remove extra bone until its completely healed
Soft callus forms, chondroblast and fibroblasts produce the fibrocartilaginous calus
What is happening in this stage of bone healing?
Bone is fractured
Hard callus forms, osteoblast cells create new bone
Remodeling, osteoclasts remove extra bone until its completely healed
Soft callus forms, chondroblast and fibroblasts produce the fibrocartilaginous calus
What is happening in this stage of bone healing?
Bone is fractured
Hard callus forms, osteoblast cells create new bone
Remodeling, osteoclasts remove extra bone until its completely healed
Soft callus forms, chondroblast and fibroblasts produce the fibrocartilaginous calus
Any break in a bone
fracture
stress fracture
callous
bone remodeling
A blood clot that forms within 6-8 hours after a bone breaks , due to broken blood vessels.
fracture hematoma
cartilage hematoma
bony callous
fracture
What is happening in this stage of bone healing?
Bone is fractured
Hard callus forms, osteoblast cells create new bone
Remodeling, osteoclasts remove extra bone until its completely healed
Soft callus forms, chondroblast and fibroblasts produce the firbocartilaginous calus.
The diagram shows a fracture that has pierced through the skin. What type of fracture is this?
Simple
Compound
Impacted
Greenstick
What is the primary function of osteocytes in bone cells?
To absorb bone tissue
To calcify bone as it forms
To maintain healthy bone structure
To fill gaps between the lamellae
What role do osteoblasts play in the bone cells?
They monitor and maintain bone quality
They absorb bone tissue where it is not needed
They build and construct bones by calcifying bone as it forms
They fill gaps between the lamellae
Osteoclasts are critical for which aspect of bone health?
Maintaining healthy bone structure
Building and constructing bones
Remodeling bone by absorbing bone tissue where it is not needed
Housing in the lacunae
What does the term "Osteogenic" refer to in the context of bone cells?
Cells that destroy bone
Cells that produce bone
Cells that are found in the blood
Cells that have no role in bone formation
Osteogenic cells are known to:
Perform photosynthesis
Divide to form osteoclasts
Divide to form osteoblasts
Divide to form red blood cells
Where are osteogenic cells located?
In the heart and lungs
In the periosteum and endosteum
Only in the periosteum
Only in the endosteum
What unique characteristic do osteogenic cells have compared to other bone cells?
They are the only type of bone cell that does not divide
They are the only type of bone cell that does mitosis
They are the only type of bone cell that can move
They are the only type of bone cell that does not produce bone matrix
What is the primary function of an osteoblast?
To break down bone tissue
To build new bone
To transport nutrients within the bone
To provide structural support to muscles
What does the term 'osteoid' refer to in the context of bone formation?
A type of bone cell
A bone disease
The matrix of the bone
A signaling molecule for bone repair
Where are osteoblasts located?
In the bone marrow
On the periosteum and epiphyseal plates
Inside the central canal of osteons
Throughout the entire bone structure
What happens to osteoblasts when they get trapped in the matrix they secrete?
They die and are reabsorbed
They become osteoclasts
They become osteocytes
They remain dormant
What components make up the osteoid secreted by osteoblasts?
Calcium, phosphate, and vitamin D
Calcium, collagen, and water
Collagen, keratin, and elastin
Hydroxyapatite, calcium, and phosphate
What does the term 'Osteocyte' refer to?
A) A type of muscle cell
B) A mature bone cell
C) A blood cell
D) A nerve cell
Where are osteocytes located?
A) In the heart and liver
B) In compact bone and spongy bone
C) Only in compact bone
D) Only in spongy bone
What is the primary function of osteocytes?
A) To provide nutrients to the brain
B) To perform daily functions of the bone
C) To aid in digestion
D) To carry oxygen throughout the body
What do the components of the word 'Osteocyte' literally mean?
A) Osteo = muscle, Cyte = cell
B) Osteo = bone, Cyte = cell
C) Osteo = blood, Cyte = vessel
D) Osteo = nerve, Cyte = tissue
What is the primary function of an osteoclast?
To produce new bone tissue
To clean away bone
To transport nutrients within the bone
To connect bone to muscles
Where are osteoclasts located?
In the heart and lungs
On the periosteum and endosteum
Inside the brain and spinal cord
Within the muscle fibers
During which of the following conditions are osteoclasts particularly active?
During sleep
During muscle contraction
During fracture repair and bone growth
During digestion
What does the term "Osteo" in Osteoclast refer to?
Joint
Muscle
Bone
Cartilage
What does "Clast" in Osteoclast signify?
Build
Break
Connect
Cover
What type of cell is responsible for bone resorption?
Osteocyte
Osteoblast
Osteoclast
Nerve cell
What is the name of the bone cells that maintain bone tissue and are found within the lacunae?
Osteoclast
Nerve cell
Osteoblast
Osteocyte
Builds the matrix ("osteoid") of the bone
Osteogenic cells
Osteocytes
Osteoblasts
Osteoclasts
What is the relationship between osteoclasts and osteoblasts?
Osteoblasts build bones, and osteoclasts clean up excess bones. They keep each other in balance.
Osteoblasts blow up your skeleton. Osteoclasts put bones into casts. Death is inevitable.
Osteoblasts rule the skeletal system with an iron fist. Osteoclast seek to usurp the power of the mighty calcium lords. There is a war. One day it will end.
Everything changed when the osteoclasts attacked. Now it's up to the last osteoblast to save the day.
Which bone cells work one removing old or extra bone?
Osteocyte
Osteoclast
Osteogenic Cells
Osteoblast
Which bone cells works on repairing broken bones?
Osteogenic Cells
Osteocytes
Osteoblasts
Osteoclasts
Where does the primary ossification center occur in long bones?
periosteum
the epiphysis
medullary cavity
the diaphysis
Where does the secondary ossification center occur in long bones?
periosteum
the epiphysis
medullary cavity
the diaphysis
Membrane surrounding a bone is called
endosteum
periosteum
pericardiam
perichondrium
Why is the yellow membrane of the spongy bone yellow?
Because it stores fat
Osteocytes are yellow in general
Calcium is yellow
Because trabeculae has no blood vessels
long bones
Where can hyaline cartilage be found at the end of endochondral ossification in a bone? (select 2)
medullary cavity
epiphyseal plate
diaphysis
articular cartilage
You know when someone has stopped growing when you look at their long bones and see this.
epiphyseal line
epiphyseal growth plate
epiphyseal plate
medullary cavity
Reorder the following steps of endochondral ossification.
hyaline cartilage model is formed
perichondrium turns into the periosteum
osteoblasts invade diaphysis to build bone tissue
osteoblasts invade epiphyses to build bone tissue
all cartilage is replaced by bone tissue except articular cartilage and epiphyseal plates
In growing individuals, where would you find cartilage in the bone?
epiphyseal plate
bone marrow
blood vessel
compact bone
In adults, where do you find cartilage in the bone?
bone marrow
at the ends of the bone
compact bone
spongy bone
Where is the articular cartilage located?
It is inside the medullary cavity.
It is surrounding the shaft of the bone.
It is surrounding the two ends of the bone(epiphyses).
It is found both in the shaft and two ends of the bone.
Where are the spongy bones located?
in the shaft
the collar bone
in the two ends(epiphyses) of the bone
in the medullary cavity of the bone
A process when a cartilage gradually changes into bone tissue is called
osseus
ossification
resorption
bone modification
In bone development, the secondary ossification takes place on the
collar bone
shaft of the bone
epiphyses plates
articular cartilage
Bone form first as
tendons
ligaments
hyaline cartilage
articular cartilage
As Bone Grows in diameter, in which direction are concentric lamella added
From the Inside, pushing older rings further out
From the Outside, adding another ring to the outside, on top of the last ring
From the top, adding more rings on top of current concentric lamella
From the Bottom, adding more rings at the bottom of current concentric lamella, pushing them up
Inbetween Current Concentric Lamella
As Bone Grows in length, in which direction does bone grow
From the center of the diaphysis pushing the bone up
From the tops of the Epiphysis, addling layers of bone at the top and bottom
From the Epiphyseal Growth Plate, adding length
From the Bottom very bottom of the diaphysis, elongating the bone up
From the very top of the Diaphysis, adding layers to increase length upward
The Bone-forming cells are called
Osteoblasts
Osteoclasts
Osteocytes
Chondrocytes
Chondroblasts
The cells that FORM New Bone are called
Osteoblasts
Osteoclasts
Osteocytes
Chondrocytes
Chondroblasts
The cells that absorb important nutrients from older or damaged bones to recycle the minerals needed for form new bone are called
Osteoblasts
Osteoclasts
Osteocytes
Chondrocytes
Chondroblasts
The cells that are considered to be Mature Bone Cells are called
Osteoblasts
Osteoclasts
Osteocytes
Chondrocytes
Chondroblasts
The cells that "Manage" or Maintain Bone Normal Functioning are called
Osteoblasts
Osteoclasts
Osteocytes
Chondrocytes
Chondroblasts
The cells that create cartilage are called
Osteoblasts
Osteoclasts
Osteocytes
Chondrocytes
Chondroblasts
