Fibula
Lower limb bones are attached to the axial skeleton by the pelvic bones, specifically the sacrum which connects to the hip bones to form the pelvis. This connection is important for weight-bearing and locomotion.
A frog's lower limb consists of several bones, including the femur, tibiofibula, and several tarsal, metatarsal, and phalangeal bones. Specifically, there are typically 6 main bones in the thigh and shank combined, along with additional bones in the foot. Overall, the total number of bones in the lower limb can vary slightly between species, but there are generally around 15-20 bones in the lower limb of a frog.
2
No, the upper limbs contain fewer bones than the lower limbs. Each upper limb has 30 bones, including the humerus, radius, and ulna, while each lower limb has 31 bones, including the femur, tibia, and fibula. Overall, the lower limbs have a greater number of bones due to the presence of additional structures like the patella and the bones of the foot.
the femur, tibia, filbula, humerous, radius, and ulna are all long bones. Anything else is not.
Femur, tibia and fibula, tarsals, metatarsals and phalanges
12
your arms are the upper limbs and your legs are the lower limbs :)
Gluteus medius m.
Limb bones move the bones at it. I know because i was doing my homework and i found out the last word left was limb so the sentence was (Bones move at the limbs).
The tibiotarsal joint is found in the hind limb of animals, including mammals like dogs and cats. It is the joint between the tibia and the tarsal bones, such as the talus and calcaneus, and is important for movement and weight-bearing in the limb.
The upper limb plays a crucial role in weight transmission during various activities, such as lifting and carrying objects. The shoulder joint, along with the muscles of the arm, enables the transfer of forces from the torso to the hands, facilitating stability and control. Additionally, the upper limb assists in balancing the body during movements, allowing for efficient weight distribution and reducing strain on the lower limbs. Overall, the coordinated action of the upper limb enhances functional mobility and supports the body's overall mechanics during weight-bearing tasks.