Flight Paramedic Study Guide - Flight
Physiology Questions And Answers
You're feeling ill and your body temperature is 101.3 °F. What is the temperature in Celsius?
(101.3 - 32) / 1.8
(69.3) / 1.8=
38.5 °C
When you charge an oxygen tank, and the tank gets hot; that is an example of what gas law
Charles' Law
Does gas volume expand or shrink as temperature increases? expands
Will a volume of a gas shrink or expand when temperature decreases? Shrink
An oxygen cylinder left outside overnight will have a lower pressure reading in the morning due
temperature drop. That is an example of what gas law? Gay-Lussac's Law
All carbonated beverages are example of which gas law? Henry's Law
, Flight Paramedic Study Guide - Flight
Physiology Questions And Answers
Which gas law can cause the bends or decompression sickness? Henry's Law
Gases diffuse from a higher concentration to an area of lower concentration is which gas law?
Graham's Law
This gas law is an example of the ongoing process of the diffusion of oxygen and carbon dioxide
in the blood and the transfer of oxygen from blood into the cells. Which gas law is this?
Graham's Law
gas bubbles coming out of exposed grey matter when at altitude is an example of which gas law?
Graham's Law
Which gas explains why you get hypoxic when you increase in altitude? Dalton's Law
Dalton's Law can be remembered by the phrase "Daltons Gang" because? Oxygen
molecules that were "ganged up" at lower altitudes spread apart at higher altitudes, making less
oxygen available for breathing.
, Flight Paramedic Study Guide - Flight
Physiology Questions And Answers
Ballon, barotrauma, equipment issues, air filled medical device expansion, AGE, and
pneumocephalus = which gas law? Boyle's
Soft tissues swelling at altitude
"________ Gang"
which gas law? Dalton's
Charging Charles Charles' law
Grey Matter = Which gas law? Graham's
Heineken
decompression sickness, the bends = which gas law? Henry's
Barotitis media ear pain or ear block
results from failure of the middle ear space to ventilate when going from low to high atmospheric
pressure (descent.)
Physiology Questions And Answers
You're feeling ill and your body temperature is 101.3 °F. What is the temperature in Celsius?
(101.3 - 32) / 1.8
(69.3) / 1.8=
38.5 °C
When you charge an oxygen tank, and the tank gets hot; that is an example of what gas law
Charles' Law
Does gas volume expand or shrink as temperature increases? expands
Will a volume of a gas shrink or expand when temperature decreases? Shrink
An oxygen cylinder left outside overnight will have a lower pressure reading in the morning due
temperature drop. That is an example of what gas law? Gay-Lussac's Law
All carbonated beverages are example of which gas law? Henry's Law
, Flight Paramedic Study Guide - Flight
Physiology Questions And Answers
Which gas law can cause the bends or decompression sickness? Henry's Law
Gases diffuse from a higher concentration to an area of lower concentration is which gas law?
Graham's Law
This gas law is an example of the ongoing process of the diffusion of oxygen and carbon dioxide
in the blood and the transfer of oxygen from blood into the cells. Which gas law is this?
Graham's Law
gas bubbles coming out of exposed grey matter when at altitude is an example of which gas law?
Graham's Law
Which gas explains why you get hypoxic when you increase in altitude? Dalton's Law
Dalton's Law can be remembered by the phrase "Daltons Gang" because? Oxygen
molecules that were "ganged up" at lower altitudes spread apart at higher altitudes, making less
oxygen available for breathing.
, Flight Paramedic Study Guide - Flight
Physiology Questions And Answers
Ballon, barotrauma, equipment issues, air filled medical device expansion, AGE, and
pneumocephalus = which gas law? Boyle's
Soft tissues swelling at altitude
"________ Gang"
which gas law? Dalton's
Charging Charles Charles' law
Grey Matter = Which gas law? Graham's
Heineken
decompression sickness, the bends = which gas law? Henry's
Barotitis media ear pain or ear block
results from failure of the middle ear space to ventilate when going from low to high atmospheric
pressure (descent.)
