all of it
Julius Erving acquired his PhD in the Arts while still with the Phillidelphia 76er's
Julius Caesar had established the calender that is still in use today
He is an important part of Roman history. In the jigsaw of History, take Julius Caesar out, and you would have a piece of the historical history of the world - missing.
in ancient Rome, 44 B.C., while it was still an empire
Tarquinius Superbus was the last of the seven legendary kings that rule the Roman Kingdom. According to later historians, his rule would last from 535 BCE until 509 BCE when a popular uprising removed him from power and established Rome as a republic.
Nothing much. Exhaled air has about 4% less oxygen in it compared to regular air, but it's still perfectly safe, if a bit smelly, to breathe.
Absorption through the skin is extremely limited, although it could add to the blood alcohol content. It would still be detected by the Breathalyzer because it measures alcohol leaving the bloodstream in the lungs.
no still living
No
Julius Erving acquired his PhD in the Arts while still with the Phillidelphia 76er's
Julius Caesar had established the calender that is still in use today
Exhaled air will contain all of the gases in regular air, except that it will have higher percentages of carbon dioxide and lower percentages of oxygen. (It still will have oxygen, or CPR wouldn't work.) It will also have water vapor from our lungs. The main gas in inhaled and exhaled air is nitrogen. This is followed by oxygen, then carbon dioxide, then other gases. Yes, there is still more oxygen exhaled than carbon dioxide, but at a smaller percentage than was inhaled. Chances are that your teacher is looking for the gas, carbon dioxide, as your answer, since that is the product of cellular respiration that is disposed of in exhaled air, but it isn't the main component of exhaled air.
no
Approximately 16% to 17% of inhaled oxygen is exhaled during normal breathing. The exhaled air still contains a significant amount of oxygen, as our bodies only use a small portion of the oxygen we breathe in for cellular respiration.
The amount of air that can still be exhaled after a normal exhalation is called the expiratory reserve volume (ERV). It represents the volume of air that can be breathed out beyond the normal tidal volume. Typically, the ERV is around 1000-1200 mL in healthy adults.
it dose stop breathing a whole breath but you can still breath.
YESSS,,,,,,