Physio ex exercise 2 activity 1
You correctly answered: one contractile response to a single action potential. Your answer: No, changing the stimulus voltage will not change the latent period duration.
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Physio ex exercise 2 activity 1
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You correctly answered: one contractile response to a single action potential. Your answer: No, changing the stimulus voltage will not change the latent period duration. You correctly answered: All the steps of excitation-contraction coupling occur. You correctly answered: an individual skeletal muscle cell. You correctly answered: the contraction phase: the time between the end of the latent period and peak muscle tension.
Physio ex exercise 2 activity 1
Experiment Results Predict Question 1 Predict Question: Will changes to the stimulus voltage alter the duration of the latent period? Your answer: No, changing the stimulus voltage will not change the latent period duration. You correctly answered: the contraction phase: the time between the end of the latent period and peak muscle tension. Review Sheet Results 1 Define the terms skeletal muscle fiber, motor unit, skeletal muscle twitch, electrical stimulus, and latent period. How well did the results compare with your prediction? Open navigation menu. Close suggestions Search Search. User Settings. Skip carousel.
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Newcomers' Community. You correctly answered: the contraction phase: the time between the end of the latent period and peak muscle tension. Neuro Neuro. You did not answer this question. Coin Marketplace. What is Scribd? Pex 04 05 Pex 04 Activity 1 Activity 1. Comunidad Latina. SBD 4. TRX 0. Culture Documents. You correctly answered: b. Explore communities…. Is this content inappropriate?
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Jump to Page. PhysioEx Exercise 2 Activity 1. Steem Entrepreneurs. Pex 02 02 Pex 02 Experiment 2 - Activity 1 Experiment 2 - Activity 1. You correctly answered: d. An action potential in a motor neuron triggers the release of which neurotransmitter? You correctly answered: All the steps of excitation-contraction coupling occur. You correctly answered: one contractile response to a single action potential. Your answer: it diffuses to the muscle fiber's membrane and binds to receptors in the motor endplate and make electric potential.
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