Question Detail

BME 102 HEALTH TECHNOLOGY AND HUMAN SYSTEM: MAN AS A LIVING MACHINE Objective Question

Question

Which of the following equations is used in biomedical engineering to model blood flow in arteries and veins, emphasizing the significant impact of vessel radius on flow?
Options
A Ohm's Law for Blood Flow
B Poiseuille's Law
Correct Answer
C Nernst Equation
D Beer-Lambert Law
Correct Answer

Option B is the correct answer.

Detailed Explanation

Poiseuille's Law (Q = πΔPr⁴ / 8μL) is explicitly stated as being used to model blood flow in arteries and veins, and the text highlights that 'Small changes in vessel radius cause huge changes in flow,' which is a key implication of the r⁴ term.

Hint

Look for the law that describes the rate of fluid flow based on viscosity, tube dimensions, and pressure difference, and explicitly mentions the effect of radius.

Question Info