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A. Toadfish Fibers, 16°C Force [Free Calcium] 0.0 W 0.2 0.6 Tim Toadfish are fish that can produce croaking noises using muscles that contract rapidly, called "sonic muscles". The figure above is plotting two parameters (force and concentration of free calcium in the sarcoplasm) of three different types of muscle cells in the toad fish (s-sonic muscle, w=white muscle, r=red muscle) during the first 0.6 seconds (x axis is time in seconds). r 0.4 From the data in this graph, which of the following statements are true about which muscle cell types would be most likely to experience tetanus with repeated neuronal stimulation? White muscle cells are more likely than red muscle cells to experience tetanus. Sonic muscle cells are more likely than white muscle cells to experience tetanus. Red muscle cells are more likely than white muscle cells to experience tetanus. White muscle cells are more likely than sonic muscle cells to experience tetanus. Red muscle cells are more likely than sonic muscle cells to experience tetanus.

A. Toadfish Fibers, 16°C Force [Free Calcium] 0.0 W 0.2 0.6 Tim Toadfish are fish that can produce croaking noises using muscles that contract rapidly, called "sonic muscles". The figure above is plotting two parameters (force and concentration of free calcium in the sarcoplasm) of three different types of muscle cells in the toad fish (s-sonic muscle, w=white muscle, r=red muscle) during the first 0.6 seconds (x axis is time in seconds). r 0.4 From the data in this graph, which of the following statements are true about which muscle cell types would be most likely to experience tetanus with repeated neuronal stimulation? White muscle cells are more likely than red muscle cells to experience tetanus. Sonic muscle cells are more likely than white muscle cells to experience tetanus. Red muscle cells are more likely than white muscle cells to experience tetanus. White muscle cells are more likely than sonic muscle cells to experience tetanus. Red muscle cells are more likely than sonic muscle cells to experience tetanus.

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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A. Toadfish Fibers, 16°C Force [Free Calcium] 0.0 W 0.2 0.6 Tim Toadfish are fish that can produce croaking noises using muscles that contract rapidly, called "sonic muscles". The figure above is plotting two parameters (force and concentration of free calcium in the sarcoplasm) of three different types of muscle cells in the toad fish (s-sonic muscle, w=white muscle, r=red muscle) during the first 0.6 seconds (x axis is time in seconds). r 0.4 From the data in this graph, which of the following statements are true about which muscle cell types would be most likely to experience tetanus with repeated neuronal stimulation? White muscle cells are more likely than red muscle cells to experience tetanus. Sonic muscle cells are more likely than white muscle cells to experience tetanus. Red muscle cells are more likely than white muscle cells to experience tetanus. White muscle cells are more likely than sonic muscle cells to experience tetanus. Red muscle cells are more likely than sonic muscle cells to experience tetanus.
Transcribed Image Text:A. Toadfish Fibers, 16°C Force [Free Calcium] 0.0 W 0.2 0.6 Tim Toadfish are fish that can produce croaking noises using muscles that contract rapidly, called "sonic muscles". The figure above is plotting two parameters (force and concentration of free calcium in the sarcoplasm) of three different types of muscle cells in the toad fish (s-sonic muscle, w=white muscle, r=red muscle) during the first 0.6 seconds (x axis is time in seconds). r 0.4 From the data in this graph, which of the following statements are true about which muscle cell types would be most likely to experience tetanus with repeated neuronal stimulation? White muscle cells are more likely than red muscle cells to experience tetanus. Sonic muscle cells are more likely than white muscle cells to experience tetanus. Red muscle cells are more likely than white muscle cells to experience tetanus. White muscle cells are more likely than sonic muscle cells to experience tetanus. Red muscle cells are more likely than sonic muscle cells to experience tetanus.
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