Where is the pectoral muscle located?

Where is your quadriceps muscle located?

Where are you hamstring muscles located?

Where is your gastrocnemius/calf muscle located?

What movement is caused by contraction of the deltoid muscle?

What movement is caused by contraction of the biceps muscle?

What movement is caused by contraction of the triceps muscle?

What movement is caused by contraction of the abdominal muscles?

What movement is caused by contraction of the gluteal muscle?

What movement is caused by contraction of the hamstring muscle?

What movement is caused by contraction of the gastrocnemius/calf muscle?

Where is the cranium located?

Where is the clavicle located?

Where is the scapula located?

Where is the humerus located?

Where is the ulna located?

Where is the radius located?

Where is your pelvis located?

Where is the femur located?

Where is the tibia located?

Where is the fibula located?

What type of joint is the hip and shoulder?

What type of joint is located at the elbow and knee?

What type of joints are located in the skull or cranium?

What type of joint is located in the thumb?

What type of joint is located in the neck and back?

What type of joints are in the wrists and ankles?

Which anatomical plane divides the body into right and left?

Which plane divides the body into front and back?

Which plane divides the body into upper and lower?

If calories eaten = calories burned, you ________________________.

If calories eaten < calories burned, you ________________________.

If calories eaten > calories burned, you _______________________.

Which muscle is shown in red?

Which muscle is shown in red?

Which muscle is shown in red?

What muscle is shown in red?

What muscle is shown in red?

What muscle is shown in red?

Which muscle is shown in red?

What muscle is shown in red?

Which muscle is shown in red?

The "F" in the F.I.T.T. principle stands for ___________________.

The "I" in the F.I.T.T. principle stands for ___________________.

What does the first "T" stand for in the F.I.T.T. principle?

The second "T" in the F.I.T.T. principle stands for ______________.

In regard to the F.I.T.T. principle, frequency means how _______________ you exercise.

In regard to the F.I.T.T. principle, intensity means how _________________ you exercise.

In regard to the F.I.T.T. principle, time refers to how ________________ you exercise.

Muscular strength training should consist of __________________.

Muscular endurance training should consist of ___________________.

Which of the following is NOT a health related fitness component?

Which of the following is NOT a skill related fitness component?

Which of the following is not a health related fitness component?

Which health related fitness component deals with the percentage of fat and lean tissue on the body?

Of all the health related fitness components which is considered the most important?

Water, carbohydrates, fats, and proteins are all ____________________.

Vitamins and minerals are both ________________________.

220 - (your age) = ___________

(M.H.R.) x 0.6 = __________________

(M.H.R.) x 0.8 = ____________________

Which bones are shown in red?

Which bones are shown in red?

Which bones are shown in red?

Which bones are shown in red?

Which bone(s) are shown in red?

What is the name of the butterfly shaped bone in the middle of the picture?

What is the name of the the group of bones in the picture?

What is the name of the bones in green?

Which bones are shown in red?

Which anatomical plane is shown?

Which anatomical plane is shown?

Which anatomical plane is shown?

A non-communicable disease is ________________________.

A communicable disease is ___________________________.

A person's total health includes their ________________________ health.

Is the image an example of flexion or extension?

Is the image an example of flexion or extension?

The amount of force that a muscle can produce in a single effort refers to ____________________.

The ability of a muscle group or muscle to generate force repeatedly is ____________________________.

The ability to move a body joint throughout its full range of motion refers to _________________________.

An adolescent should get between ___________ hours of sleep each night.

Muscles push on bones to make them move.

Muscles pull on bones to make them move.

An example of an agonist / antagonist muscle pair is __________________.

The image shown illustrates what simple machine?