In your model of the cardiovascular system assume the following parameter values Csa-0.01 Lt/mmHg (Compliance of systemic arteries) Csv 1.75 Lt/mmHg (Compliance of systemic veins) Cp 0,0067 LWmmkg complace of ulmonary arteries) Cpv=0.08 Lt/mmHg (Compliance of pulmonary veins) Rs-17.5 mmHg/Lt/min (Systemic resistance) 1.79 mmHg/Lt/min (Pulmonary resistance) diastole,L -0.016L/mmHg (Diastolic compliance for Left heart) Cdiastole, R-0.04 L/mmHg (systolic compliance for Right heart) F- 70 Beats/min (Beating frequency of the heart) KL-F diastole,L Lt/min/mmHg (Left Heart Pump coefficient) KR-F Cdiastole,R Lt/min/mmHg (Right Heart Pump coefficient) Vtot-5Lt (Total blood volume Vsa0-Vsv0-Vpvo-Vpao-O Lt (Residual volumes of systemic arteries, systemic veins, pulmonary arteries and pulmonary veins) Record the predicted value for the pressure in the systemic arteries (Psa). During an anxiety attach, the beating frequenoy of a subject doubles. What happens to the pressure in his systemic arteries if nothing else changes? O His blood pressure increases from the initial value of 100 mmHg to 164 mmHg O His blood pressure decreases from the initial value of 100 mmiHg to 76 mmHg O The blood pressure increases from the initial value of 100 mmHg to 124 mmHg The blood pressure decreases from the initial value of 100 mmg to 57 mmHg In your model of the cardiovascular system assume the following parameter values Csa-0.01 Lt/mmHg (Compliance of systemic arteries) Csv 1.75 Lt/mmHg (Compliance of systemic veins) Cp 0,0067 LWmmkg complace of ulmonary arteries) Cpv=0.08 Lt/mmHg (Compliance of pulmonary veins) Rs-17.5 mmHg/Lt/min (Systemic resistance) 1.79 mmHg/Lt/min (Pulmonary resistance) diastole,L -0.016L/mmHg (Diastolic compliance for Left heart) Cdiastole, R-0.04 L/mmHg (systolic compliance for Right heart) F- 70 Beats/min (Beating frequency of the heart) KL-F diastole,L Lt/min/mmHg (Left Heart Pump coefficient) KR-F Cdiastole,R Lt/min/mmHg (Right Heart Pump coefficient) Vtot-5Lt (Total blood volume Vsa0-Vsv0-Vpvo-Vpao-O Lt (Residual volumes of systemic arteries, systemic veins, pulmonary arteries and pulmonary veins) Record the predicted value for the pressure in the systemic arteries (Psa). During an anxiety attach, the beating frequenoy of a subject doubles. What happens to the pressure in his systemic arteries if nothing else changes? O His blood pressure increases from the initial value of 100 mmHg to 164 mmHg O His blood pressure decreases from the initial value of 100 mmiHg to 76 mmHg O The blood pressure increases from the initial value of 100 mmHg to 124 mmHg The blood pressure decreases from the initial value of 100 mmg to 57 mmHg