200 Curve 1 175 Curve 2 150 125 Curve 3 100 75 50 25 50 100 150 200 250 300 350 400 LV End Diastolic Volume (mL) Use the information in this paragraph and the image above to answer the question below. This figure shows the relationship between EDV and SV. Curve 2 is representative of a normal individual sitting on a bike, resting. There are two other curves illustrated and there are multiple points landmarked with a "o" and the letters "A to F. You can assume that the only changes in relevant variables are described in each question. If a variable is not mentioned you can assume that it has not changed. The starting point is "A".Select an appropriate point if there was an increase in cardiac inotropy. Stroke Volume (mL)
200 Curve 1 175 Curve 2 150 125 Curve 3 100 75 50 25 50 100 150 200 250 300 350 400 LV End Diastolic Volume (mL) Use the information in this paragraph and the image above to answer the question below. This figure shows the relationship between EDV and SV. Curve 2 is representative of a normal individual sitting on a bike, resting. There are two other curves illustrated and there are multiple points landmarked with a "o" and the letters "A to F. You can assume that the only changes in relevant variables are described in each question. If a variable is not mentioned you can assume that it has not changed. The starting point is "A".Select an appropriate point if there was an increase in cardiac inotropy. Stroke Volume (mL)
Chapter23: Medications Used For Cardiovascular System Disorders
Section: Chapter Questions
Problem 8RQ
Related questions
Question
Transcribed Image Text:200
Curve 1
175
Curve 2
150
125
Curve 3
100
75
50
25
50
100
150
200
250
300
350
400
LV End Diastolic Volume (mL)
Use the information in this paragraph and the image above to answer the question
below. This figure shows the relationship between EDV and SV. Curve 2 is
representatíve of a normal individual sitting on a bike, resting. There are two other
curves illustrated and there are multiple points landmarked with a "o" and the letters
"A to F". You can assume that the only changes in relevant variables are described in
each question. If a variable is not mentioned you can assume that it has not changed.
The starting point is "A". Select an appropriate pointif there was an increase in cardiac
inotropy.
23
D.
Stroke Volume (mL)
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