Respiratory Cycle For a person exercising, the velocity v (in liters per second) of airflow during a respiratory cycle (the time from the beginning of one breath to the beginning of the next) is modeled by v = 1.75 sin ( π t / 2 ) Where t is the time (in seconds). (Inhalation occurs when v > 0 , and exhalation occurs when v < 0. ) (a) Find the time for one full respiratory cycle. (b) Find the number of cycles per minute. (c) Sketch the graph of the velocity function.
Respiratory Cycle For a person exercising, the velocity v (in liters per second) of airflow during a respiratory cycle (the time from the beginning of one breath to the beginning of the next) is modeled by v = 1.75 sin ( π t / 2 ) Where t is the time (in seconds). (Inhalation occurs when v > 0 , and exhalation occurs when v < 0. ) (a) Find the time for one full respiratory cycle. (b) Find the number of cycles per minute. (c) Sketch the graph of the velocity function.
Respiratory Cycle For a person exercising, the velocity v (in liters per second) of airflow during a respiratory cycle (the time from the beginning of one breath to the beginning of the next) is modeled by
v
=
1.75
sin
(
π
t
/
2
)
Where t is the time (in seconds). (Inhalation occurs when
v
>
0
, and exhalation occurs when
v
<
0.
)
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