What result would be expected if an additional stimulus, equal in intensity to the first, were to be applied to the muscle at th
e 60 millisecond (ms) time point? relationship between tension and time during a single muscle twitch. what result would be expected if an additional stimulus, equal in intensity to the first, were to be applied to the muscle at the 60 millisecond (ms) time point? relationship between tension and time during a single muscle twitch. the tension exerted by the muscle would continue to decrease, but at a significantly slower rate than observed without the second stimulus. tension would increase to the same maximum force measured at the beginning of phase c. the muscle would quickly return to the fully relaxed state of minimum tension. the muscle would increase in tension to a level greater than that measured at the beginning of phase
c?
Looking at the graph attached to this question, the correct option is this: THE MUSCLE WILL INCREASE IN TENSION TO A LEVEL GREATER THAN THAT MEASURED AT THE BEGINNING OF PHASE C. Adding more load to a muscle increases the amount of work that a muscle is doing and increased work done by the muscles also results in increased muscle tension. <span />
What happens to the population density and competition if the birth rate decreases? The birth rate would increase is the population density competition increased. Hope I helped.
also known as EXPLICIT memory, are long term memories relating to specific facts and events that can be verbally stated. ... Memory of facts and experiences that one can consciously know and "declare", Information or knowledge that can be consciously recollected; also called declarative memory.
The circulatory system works with the muscular system because then the muscles will be able to get oxygenated blood for the muscles to continue moving properly
