NEW
Font size
WorksheetsSkeletal System
Total questions: 42
Worksheet time: 21mins
Which is NOT a function of the skeletal system?
Vitamin D production
Protection
Support
Blood cell production
Which is NOT a function of the skeletal system?
Mineral and nutrient reserve
Movement
Leverage
Protection
Which is NOT a type of bone cell?
Osteoclast
Osteoblast
Osteon
Osteocyte
Osteoprogenitor
The suffix blast means
Through
To build, genesis
Around
To break down
The prefix chondro means
Bone
Cartilage
Through
Around
The suffix clast means
To build, genesis
Cartilage
Through
To break down
The prefix dia means
Through
Around
Outside
Cartilage
The prefix peri means
Through
Around
Inside
Above
The prefix endo means
On top of
Around
Inside
Outside
The suffix cyte means
Around
Inside
On top of
Cell
The prefix osteo means
Cartilage
Bone
Tissue
Cell
An example of a flat bone is the
Patella
Vertebra
Femur
Ilium
An example of a long bone is the
Patella
Vertebra
Femur
Carpals
An example of a sesamoid bone is the
Patella
Femur
Ilium
Vertebra
An example of a short bone is the
Femur
Patella
Carpals
Vertebra
An example of an irregular bone is the
Patella
Femur
Vertebra
Carpals
The functional unit of compact bone is the
Osteocyte
Osteon
Lacunae
Osteum
Periosteum is held tightly to bone by the
Endosteum
Ligaments
Sharpey's fibers
Elmer's glue
Which is true bone development
Calcification
Blastification
Ossification
Clastification
Hemopoetic cells (make blood cells) are found in spongy bone in the form of
Red marrow
Yellow marrow
Central canal
Endosteum
The purpose of ridges, bumps, extensions, and notches on bone is for
Muscle attachment
Places for blood vessels and nerves to travel
Increased strength
Both A and B
Hormones that stimulate bone growth are
Calcitonin and parathyroid hormone
Oxytocin and secretin
Growth hormone and thyroxine
Epinephrine and relaxin
The purpose of osteoclasts is to
Build up bone
Break down bone
Stem cells for bone
Produce red blood cells
The vitamin necessary for absorption of Calcium ion is
Vitamin A
Vitamin C
Vitamin B
Vitamin D
The structure labeled 7 is the
Compact bone
Spongy bone
Osteon
Osteocyte
The structure labeled 6 is the
Compact bone
Spongy bone
Osteon
Osteocyte
The structures labeled 1 are the
Concentric lamellae
Interstitial lamellae
Circumfrential lamellae
Compact lamellae
The structures labeled 3 are the
Concentric lamellae
Interstitial lamellae
Circumfrential lamellae
Compact lamellae
The structures labeled 4 are the
Concentric lamellae
Interstitial lamellae
Circumfrential lamellae
Compact lamellae
The structure labeled 5 is the
Osteon
Trabeculae
Periosteum
Collagen
The structure labeled 2 is the
Osteon
Trabeculae
Periosteum
Collagen
The structure labeled 8 is the
Osteon
Trabeculae
Perforating canal
Central canal
The structure labeled 9 is the
Osteon
Trabeculae
Perforating canal
Central canal
The type of joint displayed at A is a
Hinge joint
Ball and socket joint
Gliding joint
Saddle joint
Ellipsoidal joint
The type of joint displayed at B is a
Hinge joint
Ball and socket joint
Gliding joint
Saddle joint
Ellipsoidal joint
The type of joint displayed at C is a
Hinge joint
Ball and socket joint
Gliding joint
Saddle joint
Ellipsoidal joint
The type of joint displayed at D is a
Hinge joint
Ball and socket joint
Gliding joint
Saddle joint
Ellipsoidal joint
The type of joint displayed at E is a
Hinge joint
Ball and socket joint
Gliding joint
Saddle joint
Ellipsoidal joint
Storage of lipids occurs in the
Osteon
Central canal
Red marrow
Yellow marrow
Bones that are formed by intramembranous growth are called
Irregular bones
Sesamoid bones
Dermal bones
Long bones
Bone growth that begins with a cartilage model is called
Intramembranous
Endochondral
Appositional
Epiphyseal
Tendons
Hold cartilage to bone
Hold muscle to bone
Hold bone to bone
Hold epithelial tissue to bone
