6 During an isotonic contraction, the length of a muscle: changes remains consta

Question

6 During an isotonic contraction, the length of a muscle: changes remains constant. During an isotonic contraction the tension generated by the muscle: can change 7 Does the prefix "iso-" in the term isotonic make sense? Yes No 8 What information can be derived from the integrated channels once you will remain constant. start collecting data? 9 As the loa d arm increases in length, the effort required to hold a load stationary will: ? decrease ? increase ? stay constant. 10 During an eccentric contraction, the length of a muscle: increases decreases stays constant 11 During a concentric contraction, the amount of tension generated ? increases decreases stays constant as the effort (load) arm increases.

Explanation / Answer

6. The length of the muscle changes and

muscle tension remains constant.

7. Yes. From the prefix iso, isotinic solutions when exposed to solution keeps normal shape.

8. After collecting data, due to integration of channels offsite data such as sales data and stock keeping can be known.

9.Stays constant. This is because muscles contract but don't expand beyond their resting length.

10.Increase. Eccentric contraction cause muscle to elongate in response to greater opposing force.

11. Decrease. For activation of muscle it requires a load less than its maximum tetanic tension it can generate, then the muscle begins to shorten.

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