ATP+ HO the \"energy curency\" of living systems ATP) (a-DEN-0-sen tri-FOS-fa) i

Question

ATP+ HO the "energy curency" of living systems ATP) (a-DEN-0-sen tri-FOS-fa) is Adenosine 10) Creatine phosphate 10) A) can replace ATP in binding to myosin molecules d B) is produced by the process of anaerobic respiration C) acts as an energy reserve in muscle tissue D) cannot transfer its phosphate group to ADE E) is only formed during contraction. during strenuous exercise. 11) Which of the following best describes the term titin? A) storage site for calcium ions 8) largely made of myosin molecules C) repeating unit of striated myofibrils D) protein that accounts for elasticity of resting musele E) thin filaments are anchored here erent ne with min e identiy a cri me whet 12) Which of the following acts as an ATPase during the contraction cycle of musclei? A) the head portion of the myosin molecule B) the tail portion of the myosin molecule C) actin molecules D) tropomyosin molecules E) troponin molecules 13) The delicate connecti fibers together is the ve tissue that surrounds the skeletal muscle fibers and ties adjacent muscle osine (C), A) epimysium B) superficial fascia. C) periosteum. D) perimysium. E) endomysium 14) Interactions between actin and myosin filaments of the sarcomere are responsible for A) muscle fatigue B) the striped appearance of skeletal muscle. C) muscle relaxation D) the conduction of neural stimulation to the muscle fibes E) muscle contraction sfer RN A) two protein strands coiled helically around each other B) chains of myosin molecules C) a rod-shaped structure with heads projecting from each end. D) a double strand of myosin molecules. E) six molecules coiled into a helical structure 15) Each thin filament consists of

Explanation / Answer

Ans-10

So our (c) option is correct

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