Table 3: Resting and Early Post-Exercising Mean Arterial Blood Pressure(MAP), Cardiac Output (CO), and Systemic Vascular Resistance (SVR)Resting ValuesImmediately After exerciseMAP (mmHg) cO (L/min) SVR (mmHg-L-1.min) MAP (mmHg) cO (L/min) SVR (mmHg-L-1.min)Subject 1Subject 2Subject 3AveragesEquations (fx)Use these formulas for making your calculations. Round your answer to the nearest tenth.AveragesAdd the values from the three subjects; divide by three.Mean Arterial Pressure (MAP)MAP=DBP + [(SBP-DBP)/3]Cardiac OutputCO = HR x SVSystemic Vascular ResistanceSVR = MAP/CO

MAP is stands for mean arterial pressure.MAP is the average pressure in a patient's arteries during…

Answered: Table 3: Resting and Early…

Biomedical Instrumentation Systems

1st Edition

ISBN:9781133478294

Author:Chatterjee

Publisher:Chatterjee

Chapter9: Instrumentation In Blood Circulation

Section: Chapter Questions

Problem 4P

See similar textbooks

Similar questions

3. During heavy exercise, the total cardiac output may increase as much as A. 2-fold B. 4-fold C. 6-fold D. 8-fold
Given heart rate of 95 beats per minute, blood pressure of 125/90 mmHg, 0.2 mL O₂/mL systemic blood arterial oxygen content, 0.1 mL O₂/mL pulmonary arterial oxygen content, and 400 mL O₂/min oxygen consumption. Based on the information, calculate the i) stroke volume. and ii) total peripheral resistance. Show your work.
Define blood pressure and describe and compare specific types (e.g. arterial, MABP, venous, PP). Include their expected values or ranges. Explain what happens to pressure when blood flows further away from the heart. During the rest period before starting an exercise routine where is most of the blood concentrated? Upon initiating exercise what happens to blood flow and pressure?
Based on your knowledge of the hemodynamics of hemorrhage, use the 4- quadrant diagram below to derive the venous return curve for uncompensated hemorrhage-show your work. As you make adjustments to the rest of the diagram to derive this curve, explain your reasoning for why you did/did not make changes in quadrants 2-4.
Briefly describe the cardiovascular response to an increasing intensity exercise test. Be sure to mention the physiological basis for WHY these responses occur. Do this by discussing the changes in HR, SV, SBP, and DBP.
Describe how cardiac performance is measured in cardiac output. In your answer, be sure to describe the role of stroke volume (SV) and HR by defining each and discussing factors that influence SV in particular both during acute exercise and following chronic exercise training.
Table 1 Blood pressure recordings for all positions Body positions Mean systolic BP Mean diastolic BP Sitting position Standing position Supine position Supine position with crossed legs 102-8 + 11-4 65-7 + 82 99.9 + 10-2 66-0 + 8-7 107-9 + 10-7 66-9 + 96 107-0 + 86 66-7 + 7-3 F= 444, P 00s BP, blood pressure. Table 2 Pairwise comparisons between positions in systolic BP Sitting position position Standing Supine position Standing position Supine position Supine position with crossed legs *, the mean difference is significant at the level 0-05 level. Adjustment for multiple comparisons: Bonferroni. Does age factor has any influences in the blood pressure with the change of body positions?
Table 2: Resting and Exercising Cardiac Cycle Length, EDV, and ESV Resting Values Exercising Values Cardiac cycle length (msec) EDV(mL) ESV(mL) Cardiac cycle length (msec) EDV(mL) ESV(mL) Subject 1 839 136 68 452 138 35 Subject 2 831 145 73 392 142 33 Subject 3 855 141 68 414 140 35 Averages 141 70 140 34 Equations (f,) Use these formulas for making your calculations. Round your answer to the nearest tenth. Averages Add the values from the three subjects; divide by three. Your data will not be saved until the table is completely filled in. Table 3: Resting and Exercising HR, SV, and Co Resting Values Exercising Values HR (strokes per min) SV (mL) SV(L) CO (L/min) HR (strokes per min) SV (mL) Sv(L) CO (L/min) Subject 1 00 0.000 0.0 Subject 2 Subject 3 Averages
Results Table 2: Resting and Exercising Cardiac Cycle Length, EDV, and ESV Resting Values Exercising Values Cardiac cycle length (msec) EDV(mL) ESV(mL) Cardiac cycle length (msec) EDV(mL) ESV(mL) Subject 1 839 136 68 452 138 35 Subject 2 831 145 73 392 142 33 Subject 3 855 141 68 414 140 35 Averages 141 70 140 34 Resting and Exercising HR and EDV Strokes/min 450 360 270 Resting Values 180 Exercising Values 90 HR mL 150 120 90 Resting Values 60 Exercising Values 30 EDV
During heavy exercise, the total cardiac output may increase as much asA. 2-foldB. 4-foldC. 6-foldD. 8-fold
If stroke volume is 0.1 liters and heart rate is 100 beats per min, what is cardiac output? Group of answer choices 100 liters per min 10 liters per min 1000 liters per min 5 liters per min
Factors affecting Cardiac Output Explain how the following factors affect HR, SV and CO. Write the letter of your answer

SEE MORE QUESTIONS

Recommended textbooks for you

Biomedical Instrumentation Systems

Chemistry

ISBN:

9781133478294

Author:

Chatterjee

Publisher:

Cengage

Human Physiology: From Cells to Systems (MindTap …

Biology

ISBN:

9781285866932

Author:

Lauralee Sherwood

Publisher:

Cengage Learning

Cardiopulmonary Anatomy & Physiology

Biology

ISBN:

9781337794909

Author:

Des Jardins, Terry.

Publisher:

Cengage Learning,

Biomedical Instrumentation Systems

Chemistry

ISBN:

9781133478294

Author:

Chatterjee

Publisher:

Cengage

Human Physiology: From Cells to Systems (MindTap …

Biology

ISBN:

9781285866932

Author:

Lauralee Sherwood

Publisher:

Cengage Learning

Cardiopulmonary Anatomy & Physiology

Biology

ISBN:

9781337794909

Author:

Des Jardins, Terry.

Publisher:

Cengage Learning,

Basic Clinical Lab Competencies for Respiratory C…

Nursing

ISBN:

9781285244662

Author:

White

Publisher:

Cengage

Lifetime Physical Fitness & Wellness

Health & Nutrition

ISBN:

9781337677509

Author:

HOEGER

Publisher:

Cengage

Curren'S Math For Meds: Dosages & Sol

Nursing

ISBN:

9781305143531

Author:

CURREN

Publisher:

Cengage

SEE MORE TEXTBOOKS