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Muscles & Bones: Lower Extremity

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Welcome to your Anatomy - Muscles & Bones: Lower Extremity Quiz. This quiz has 35 multiple choice questions. Make sure to mark an answer for every question! Good luck!
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The hip bone consists of the os ilii, os pubis, and os femoris.
- True
- False
The origin of the m. iliacus is the fossa iliaca of the pelvis.
- True
- False
The origin of the m. gluteus medius is amongst others the ala ossis ilii.
- True
- False
The origin of the m. tensor fascia latae is the ventral part of the crista iliaca.
- True
- False
The origin of the m. rectus femoris is amongst others the spina iliaca anterior superior.
- True
- False

The origin of the m. gracilis is the os pubis.
- True
- False
The insertion of the m. iliopsoas is the trochantor major.
- True
- False
The function of the m. iliopsoas is amongst others flexion the the hip joint.
- True
- False
The function of the m. gluteus medius is amongst others adduction at the hip joint.
- True
- False
The function of the m. gluteus minimus is amongst others internal rotation at the hip joint.
- True
- False

The function of the m. piriformis is amongst others abduction at the hip joint.
- True
- False
The function of the m. obturatorius internus is amongst others internal rotation at the hip joint.
- True
- False
The function of the m. quadratus femoris is amongst others extension at the knee joint.
- True
- False
The function of the m. rectus femoris is amongst others extension at the knee joint.
- True
- False
The function of the m. vastus medialis of the m. quadriceps is amongst others flexion at the hip joint.
- True
- False

The function of the m. pectineus is amongst others adduction at the hip joint.
- True
- False
The function of the m. gracilis is amongst others flexion at the knee joint.
- True
- False
The function of the m. semimembranosus is amongst others extension at the knee joint.
- True
- False
The function of the m. semitendinosus is amongst others extension at the hip joint.
- True
- False
Amongst others flexion at the knee joint is probably limited by the posterior cruciate ligament.
- True
- False

Amongst others, extension at the knee joint is probably limited by the anterior cruciate ligament.
- True
- False
Amongst others, internal rotation (of the tibia) at the knee joint is limited by collateral ligaments.
- True
- False
Amongst others, valgisation at the knee joint is limited by the lateral collateral ligament.
- True
- False
Amongst others, abduction at the knee joint is limited by the medial collateral ligament
- True
- False
The talus is subdivided into three parts: 1. The corpus tali 2. The collum tali 3. The caput tali
- True
- False

Amongst others dorsiflexion at the ankle joint (while the knee joint is flexed) is sometimes limited by passive insufficiency of the hamstrings.
- True
- False
Amongst others, plantarflexion ath the ankle joint (while the knee joint is flexed) is possibly limited by bone-to-bone approximation.
- True
- False
Amongst others, plantarflexion at the ankle joint (while the knee joint is extended) is possibly limited by tension in the ventral capsule of this joint.
- True
- False
Amongst others, inversion at the ankle is limited by the ligamentum talofibularis anterior.
- True
- False
Amongst others, the origin of the m. tibialis anterior is the dorsal side of the medial condyle of the tibia.
- True
- False

Amongst others, the origin of the m. tibialis posterior is the dorsal side of the fibula.
- True
- False
Amongst others, the insertion of the m. extensor hallucis longus is the distal phalanx of the hallux (big toe).
- True
- False
Amongst others, the insertion of the m. flexor hallucis longus is the base of the proximal phalanx of the hallux (big toe).
- True
- False
Amongst others, the function of the m. soleus is plantar flexion at the ankle joint.
- True
- False
Amongst others, the insertion of the m. peroneus brevis is the os cuneiforme laterale.
- True
- False

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