Calculate the Systemic Vascular Resistance (SVR)given the Following Measurements Obtained

question 31

Multiple Choice

Calculate the systemic vascular resistance (SVR) given the following measurements obtained during a hemodynamic study: pulmonary artery pressure (PAP) = 40/22 mm Hg,pulmonary artery occlusion pressure (PAOP) = 12 mm Hg,blood pressure (BP) = 156/80 mm Hg,central venous pressure (CVP) = 19 mm Hg,cardiac output (C.O. ) = 4.8 L/min,and heart rate (HR) = 68 beats/min.

• A) 150 dyne x sec x cm^-5
• B) 267 dyne x sec x cm^-5
• C) 317 dyne x sec x cm^-5
• D) 1,496 dyne x sec x cm^-5

---

Definitions:

Trends

The general direction in which something is developing or changing, often used in the context of financial markets to describe price movements.

Patterns

In finance, patterns refer to recognizable formations on the charts of financial instruments that traders use to predict future movements.

Moving Average

A technical analysis indicator that averages a security's prices over a specified period to smooth out price data.

Current Price

The latest trading price of a security, commodity, or currency.