One of the graphs below shows the rate of flow, R, of blood from the heart in a man who bicycles for twenty minutes, starting at t = 0 minutes.The other graph shows the pressure, p, in the artery leading to a man's lungs as a function of the rate of flow of blood from the heart.Estimate $p(R(15))$
.
A)26.5
B)23
C)17.5
D)13

Question

One of the graphs below shows the rate of flow, R, of blood from the heart in a man who bicycles for twenty minutes, starting at t = 0 minutes.The other graph shows the pressure, p, in the artery leading to a man's lungs as a function of the rate of flow of blood from the heart.Estimate $p(R(15))$
 . 
A)26.5 
B)23 
C)17.5 
D)13

Quizplus · Accepted Answer

The Answer of One of the graphs below shows the rate of flow, R, of blood from the heart in a man who bicycles for twenty minutes, starting at t = 0 minutes.The other graph shows the pressure, p, in the artery leading to a man's lungs as a function of the rate of flow of blood from the heart.Estimate $p(R(15))$
 . 
A)26.5 
B)23 
C)17.5 
D)13

One of the Graphs Below Shows the Rate of Flow p(R(15))p(R(15))p(R(15))

One of the Graphs Below Shows the Rate of Flow $p(R(15))$