A: Femur (the largest part of the leg)
B: Tendon (connects muscle to bone)
C: Cartilage (fills space between bones)
D: Ligament (connects bone to bone)
E: Skeleton of the leg (can refer to the femur, tibia, and fibula collectively)
A, The largest part of the leg. B, Connects muscle to bone. C, Fills space between bones. D, Connects bone to bone. E, Skeletal part of the leg.A: B: C: D: E:
11 answers
✔ muscle
B:
✔ tendon
C:
✔ cartilage
D:
✔ ligament
E:
✔ bone
A shoulder joint with tissue between the bones highlighted.What is the flexible connective tissue shown in blue?tendonbonecartilagemuscle
The flexible connective tissue shown in blue between the bones at a shoulder joint is cartilage.
breaking down of food
bending of the arm
production of blood cells
regulation of body temperature
The function common to both the muscular and skeletal systems is bending of the arm. Both systems work together to facilitate movement. The muscles contract to allow for the bending, while the skeletal system provides support and structure.
bone marrow
cartilage
ligament
tendon
The structure that connects muscles to bones is a tendon.
Cardiac and skeletal muscles are striated.
Skeletal and smooth muscles are nonstriated.
Smooth and cardiac muscles are voluntary.
Heart and digestive muscles are involuntary muscles.
Smooth and skeletal muscles are involved in movement.
Cardiac muscles work to pump blood.
The true descriptions regarding different muscle types are:
- Cardiac and skeletal muscles are striated.
- Heart and digestive muscles are involuntary muscles.
- Smooth and skeletal muscles are involved in movement.
- Cardiac muscles work to pump blood.
The statement "Skeletal and smooth muscles are nonstriated" is false, as skeletal muscles are striated. The statement "Smooth and cardiac muscles are voluntary" is also false, as both smooth and cardiac muscles are involuntary.
bones
hair
joints
muscles
nails
skin
tendons
The major structures of the integumentary system are:
- Hair
- Nails
- Skin
Bones, joints, muscles, and tendons are part of the skeletal and muscular systems, not the integumentary system.