Examine the graphs of Heart Rate, Systolic BP, and Diastolic BP and describe how they change with the onset of exercise and during recovery Average135130125120115110105Average81 80 79 78 7 75 75 74 73 727776Average Systolic Blood PressureResting Minute 2 Minute 6 Minute 10Systolic BP Systolic BP Systolic BP Systolic BPRecovery Recovery RecoveryMin 1 Min 3Min 5Systolic BP systolic BP Systolic BPBlood PressureAverage Diastolic Blood PressureResting Minute 2 Minute 6 Minute 10Diastolic BP Diastolic BP Diastolic BP Diastolic BPAverageBlood Pressure120100806040200Recovery Recovery RecoveryMin 1 Minute 3 Min 5Diastolic BP Diastolic BP Diasotlic BPAverage Heart RatesResting HR Minute 2HRMinute 6 Minute 10 RecoveryHRHrHeart RateRecoveryMin 1 HR Min 3 HRRecoveryMin 5 HR

During the onset of exercise, the graphs of Heart Rate (HR), Systolic Blood Pressure (SBP), and…

Answered: Examine the graphs of Heart Rate,…

Similar questions

Discuss how exercise and body position affect blood pressure
Explain the protocol for administering a clinical exercise test. What are the normal heart rate and blood pressure responses to exercise? What is the diagnostic value of exercise testing for ischemic heart disease?
Describe the interactions of actin, myosin, and the troponin-tropomyosin complex in controlling heart function.
Compare the effects of hypokalemia and hyperkalemia on the membrane potential and excitability of a cardiac muscle cell.
Explain how the heart rate, pulse period and pulse amplitude changed with exercise and why?
Explain how to calculate your stroke volume and cardiac output.
Describe nervous and chemical factors that alter heart rate, stroke volume, and cardiac output.
Explain the effects of cardiovascular disease on the ability to exercise. What are some common medications for patients with cardiovascular disease? What effects do these medications have on their ability to exercise?
explain the regulation of cardiovascular adjustments to exercise
How does a positive inotropic agent decrease the duration of cardiac muscle contraction?
Sue goes to the gym and after an initial warm-up, she increases her exercise level pushing herself to maximum. At this point her heart rate is 175 beats/min and her stroke volume is 135 ml/beat. What is her cardiac output now? At this point, by how many ml/min has her CO increased over her resting CO? What % increase over resting is this? (Use the following equation). amount of increase in CO in ml/min % increase = _____________ X 100% original CO (resting) ml/min What term is used to describe this increase in CO?
Caffeine lowers the heart rate by increasing rates of depolarization at the SA node True False Nicotine raises the heart rate because it stimulates the activity of the sympathetic neurons in medulla oblongata True False The Frank-Starling Law of the Heart states that the force of heart contraction is directly proportional to the initial length of the muscle fiber, within optimal limits of length True False If the sarcomeres stretched beyond the optimal length, the force of contraction would go down, but that can potentially happen only during open heart surgery when the heart is not constrained by the pericardium, lungs, ribs and diaphragm. True False It is the Na+ channel-driven spontaneous depolarization that is affected by sympathetic and parasympathetic inputs to speed up or slow down the firing rate of the SA node and other conductive cells. True False

SEE MORE QUESTIONS