Although I have tremendous doubt whether the question belongs this subject but I would try to ansewr it anyway.
I believe the answer is B.
Systolic blood presssure is the amount of pressure in the arteries when the heart muscle contracts and the heart rate is the rate at which it contracts so I guess:
THE CARDIAC OUTPUT IS MADE UP OF THE SYSTOLIC PRESSURE AND THE HEART RATE.
What two variables make up cardiac output? Heart rate and blood pressure Systolic blood pressure and...
5. Consider the following equation: Stroke volume = cardiac output / heart rate If a heart fills up to 200ml of blood before contraction, and leaves 50ml in the heart after contraction, what would be the stroke volume? If the heart rate is 80 beats per minute, what would the calculated cardiac output? If the total peripheral resistance increases, what is likely to happen to the stroke volume? (Please address all three questions and include units to receive full credit.)...
List the factors that impact Cardiac Output Heart Rate Stroke Volume Arterial Pressure Peripheral Vascular Resistance
Structure Myocardial pump Function Stroke volume Myocardial blood flow What is affected with right- sided heart failure? What is affected with left sided heart failure? Coronary artery circulation Systemic circulation Blood flow regulation What is the normal cardiac output for an adult (per minute)? Compare Preload vs afterload Afterload Preload
Check all the factors that lead to an increased in cardiac
output by influencing either heart rate or a stroke volume
LWLWWW neuses cardiac output. - Check ( all factors that lead to an increase in cardiac output by influencing either heart rate or stroke volume. 1. Epinephrine 12. Activation of the vagus nerves 2. Thyroxine 13. Low blood pressure 3. Hemorrhage 14. High blood pressure 4. Fear 15. Increased end diastolic volume Klikklk 5. Exercise 16. Prolonged grief 6....
Which of the follow is true or false? Regarding cardiac output: 1) INDEPENDENT OF STROKE VOLUME 2)PRODUCT OF HEART RATE AND STROKE 3)VOLUME REMAINS CONSTANT PER GRAM OF HEART TISSUE 4)HEART RATE DIVIDED BY STROKE 5)VOLUME PRODUCT OF HEART RATE AND BLOOD PRESSURE
5. Hemodynamics of Shock: Draw directional arrows for each component Preload Afterload Cardiac Heart Blood Treatments (SVR) Output Rate Pressure Hypovolemi Cardiogenic Septic Anaphylactic Neurogenic
3. Define Cardiac Output. 4. If the stroke volume is 75 ml/beat and heart rate is 70 beats/min, calculate the cardiac output in L/min.
1. What was your basal blood pressure and pulse? 2. What was your blood pressure and pulse while lying down? 3. What was your blood pressure and pulse after exercise? 4. Why did your blood pressure and pulse increase after exercise (provide two specific reasons for the increase)? 5. What artery was used in the blood pressure experiment? 6. If you have a blood pressure of 180/40, what does the 180 represent? What cardiac cycle phase is the heart in...
Describe in detail preload, afterload and how they affect the cardiac output of the heart muscle for both the right and left side of the heart. Describe a pathophysiological disorder that is affected by or caused by changes in cardiac output, addressing preload and afterload, i.e. CHF, hypertension, pulmonary hypertension, etc. Describe at least three nursing interventions that can help to improve the flow of blood in relation to the above disorder.
During exercise, the filling time for the ventricles is greatly shortened, however cardiac output increases. How is this best explained? A. The increase in venous return during exercise compensates for the reduced filling time B. Stroke volume decreases but an increased heart rate compensates for it C. Stroke volume decreases but increased contractility compensates for it D. None of the above E. A and B