Axial Skeleton
Appendicular Skeleton
Bone Classification
Joint Types/Movements
Long Bone Anatomy
100

The bones that make up the spine (100 points for each name you can give for its 4 divisions)

Vertebrae (cervical, thoracic, lumbar, sacral)

100

The upper leg bone articulating with the pelvis and the tibia

Femur

100

A bone that is relatively long and contains spongy bone at its ends is this type of bone. (Double points if you can describe spongy bone and its function)

long bone (contains spaces to make it lighter and to allow some flex)

100

Joints are held together by these structures (double points if you can use the fancy term for a joint)

Ligaments (articulation)

100

Bones are dead tissue or a living organ

Living Organ
200

This structure is located on the front of the chest articulating with the ribs (double points for its function)

Sternum (protecting the heart)

200

The upper arm bone (double points for the name of its two main articulating bones)

humerus (scapula, ulna)

200

A bone that is cube like, it is equally long and wide (double points for naming where these bones are usually found)

Short bone (the wrist and ankle, carpals and tarsals)
200

The tissue on the ends of long bones (double points if you can name its two functions)

Articular cartilage (decrease friction and shock absorption)

200
Red bone marrow is responsible for this

Producing blood cells

300

The axial part of the skeleton consists primarily of these parts (double points if you can name its primary function)

Skull, rib cage, spine (protection)

300

The medial and larger of the two leg bones (100 points for each of its articulating bones you can name)

Tibia (fibula, femur, patella, talus/tarsals)

300

This type of bone is thin and curved (double points if you can give an example)

flat (scapula, ribs, skull)

300

The knee and elbow joints are this type of joint. (double points for its movements)

hinge (flexion and extention)

300

Bone is responsible for storing and maintaining this mineral (name the other mineral for double points)

Calcium (phosphorus)

400

This is the primary function of the rib cage. (double points for describing how its structure lets it do its function)

(Double points again) This is a secondary function of the rib cage

Protect organs such as the lungs and heart (it is rigid and cage like providing a rigid space for the lungs that is difficult to squish or penetrate)

Helping is breath by changing the pressure in the lungs

400

Bones of the wrist and hand contain this word. (100 more points if you can name the word for the feet)

Carpal (tarsal)

400

This type of bone has no clearly defined shape and usually holes or pointy edges. (100 points for each example of this type of bone you can give)

irregular (pelvis, vertebra, sacrum, mandible)

400

The type of joint that is found at the articulation of the humerus and scapula (100 points for each movement you can name)

ball and socket (flexion, extension, abduction, adduction, circumduction, internal rotation, external rotation)

400

Functional unit of compact bone, cylindrical in shape and responsible for much of a long bones strength (100 points if you can name the cells that make it up)

Osteon (osteocytes)

500

The appendicular skeleton consists of these parts. (Double points if you can name it's primary function)

Upper/Lower Extremities (limbs, arms legs), Pelvic girdle, shoulder girdle (Movements)

500

This bone is encased in a tendon and gets its name because it looks like a seed. (Double points for the name of one of these types of bone and its function)

Sesamoid 

500

The radioulnar joint is this type of joint. (double points if you can name the movements associated with it)

Pivot (pronation/supination)

500

Remodeling is the process by which bones respond to mechanical stress or injury. This is the process by which they release calcium back into the blood. (Double points if you can name the cells that are responsible for remodeling)

Resorption (osteoblasts and osteoclasts)