A bug from South America known as Rhodnius prolixus extracts the blood of animals. Suppose 3...
A bug from South America known as Rhodnius prolixus extracts the blood of animals. Suppose 3 Rhodnius prolixus extracts 0.310 cm of blood in 26.0 minutes from a human arm through its feeding tube of length 0.250 mm and radius 4.80 um. What is the absolute pressure at the bug's end of the feeding fube if the absolute pressure at the other end (in the human arm) is 104 kPa? Assume the viscosity of blood is 0.00130 Pa s possible in liquids in very slender tubes.] Note: Negative absolute pressures are kPa
A bug from South America known as Rhodnius prolixus extracts the blood of animals. Suppose 3 Rhodnius prolixus extracts 0.310 cm of blood in 26.0 minutes from a human arm through its feeding tube of length 0.250 mm and radius 4.80 um. What is the absolute pressure at the bug's end of the feeding fube if the absolute pressure at the other end (in the human arm) is 104 kPa? Assume the viscosity of blood is 0.00130 Pa s possible in liquids in very slender tubes.] Note: Negative absolute pressures are kPa