When a tube’s length, flow, or fluid viscosity increases, the fluids driving pressure will also increase. This is a reflection of what law?

This calculation requires you to show your work on your extra paper and enter the answer with correct units of measure as your short answer. Round your answer to the nearest tenth. Your patient has a PIO2 level of 304 mmHg. The barometric pressure is at 1 ATM. What is the FIO2 being inspired by this patient? 

FiO2 is the abbreviation for:

This calculation requires you to show your work on your extra paper and enter the answer with correct units of measure as your short answer. Round answers to the nearest tenth.You have a measured barometric pressure of 710 mm Hg in a room filled with 30% oxygen. What is the PO2 (pressure exerted by oxygen) inside this room? 

You have a patient receiving 40% humidified oxygen via an entrainment (Venturi) aerosol mask and large-bore tubing at 12 liters per minute. As the tubing begins to fill with condensation and become partially occluded with water, the: FiO2 to the patient will decrease FiO2 to the patient will increase total flow of gas will decrease total flow of gas will increase

The venturi design helps keep the percentage of entrained fluid ________________ during flow.

The illustration below represents: REST 201 Exam 2 1.png

Air entrainment based on the Bernoulli principal states that the amount of air entrained will depend on: The jet orifice diameter The FIO2 being delivered by the device The size of the entrainment ports on the device The type of tubing being used by the device

What is the pattern of flow in which fluid moves in discrete uniform layers as it passes through a tube?

The volume of a gas varies inversely with its pressure. This is a reflection of what gas law?