Which muscle causes a medial rotation of the tibia?
A) popliteus
B) biceps femoris
C) semimembranosus
D) sartorius
A
Explanation:
B) The biceps femoris does not cause a medial rotation of the tibia.
C) The semimembranosus does not cause a medial rotation of the tibia.
D) The sartorius does not cause a medial rotation of the tibia.
Exercise 21: Post-Lab Questions
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If active transport establishes a concentration gradient with the use of ATP, then the concentration gradient can be looked at as ________
A) potential energy that can be harnessed when molecules passively diffuse down the concentration gradient B) a byproduct of active transport that will be alleviated by pinocytosis C) an unusable byproduct of active transport that will simply diffuse away D) unwanted pressure that will be alleviated by channel mediated facilitated diffusion
In an endergonic reaction,
A) large molecules are broken down into smaller ones. B) small molecules are assembled into larger ones. C) molecules are rearranged to form new molecules. D) molecules move from reactants to products and back. E) energy is consumed during the reaction.
Appositional growth deposits a new layer of bone tissue
A. in the epiphyseal plate of long bones. B. on the surface of the bone. C. on spongy bone, but not compact bone. D. in the secondary ossification center of the epiphyses. E. in interstitial areas.
Which of the following lymphatic areas are totally encapsulated with fibrous tissue?
A) palatine tonsil B) Peyer's patches C) cervical node D) pharyngeal tonsil