Name the bones of the thigh, leg, ankle, and foot.

solve 240= 6z + c for c.

What is the key action of the muscles in the anterior compartment of the leg?

a. evert the foot

b. dorsiflex the foot and extend the toes

c. plantar flex the foot

d. flex the toes

The given figure shows the foot and lower leg of a person standing on the ball of one foot. Three forces act to maintain this equilibrium: the tension force $\vec{T}$ in the Achilles tendon, the contact force $\vec{F}_{\mathrm{c}}$ at the ankle joint, and the normal force $\vec{n}$ that supports the person's 697-N weight. The application points for these forces are shown in figure. The person's center of gravity is directly above the contact point with the ground, and you can treat the mass of the foot itself as being negligible. Find the magnitudes of

(a) the tension in the Achilles tendon and

(b) the contact force at the ankle joint.

Define joint, or articulation. Name and describe the differences among the three major classes of joints.

Choose the correct location of the fibula.

a. skull

b. upper extremity (arm, forearm, wrist, and hand)

c. trunk

d. lower extremity (thigh, leg, ankle, and foot)

Name and give the number of each type of vertebra. Describe the characteristics that distinguish the different types of vertebrae from one another.

Through what foramen does the brain connect to the spinal cord?

How do the vertebrae protect the spinal cord? Where do spinal nerves exit the vertebral column?

Name the bones of the braincase and the face.

What is the function of the hard palate?

Give the locations of the paranasal sinuses. What are their functions?

What is accomplished by bone remodeling? How does bone repair occur?

From largest to smallest, which of the following is in correct order?

a) fascicle, muscle, muscle fiber, myofibrils, myofilaments

b) myofilaments, myofibrils, muscle fiber, fascicle, muscle

c) muscle, muscle fiber, myofibrils, myofilaments, fascicle

d) muscle, fascicle, muscle fiber, myofibrils, myofilaments