very very variable...
but there is a calculation that can be done
its the forced expiratory volume / function residual capacity
basically you breath out REALLY HARD, and then take another big breath in, and then you can work out how much air remains in your lungs compared to how much you force out
the average is around 85% plus below 80% and your looking at emphysema, and higher then this then your looking at obstructive disorders.
as you can tell, this eliminates size as a factor in lung capacity, and simply gives us a nice round % which we can use on everyone, and get an average, so theres no real answer to your question...
It decreases, and air goes into the lung passages. You inhale.
They have a greater lung capacity.
Deposits of uranium or uranium compounds in the lungs are very dangerous due to alpha particle radiation. The lung cancer is a long term effect.
Lung neoplasm means lung tumor.
Radon gas is a colorless, odorless, radioactive gas. If you inhale it it can cause lung cancer. It seeps out of the ground and can enter a dwelling. If this is happening the dwelling needs to be well ventilated to reduce the chance of inhaling enough to cause the cancer.
Also known as Total Lung Capacity- the maximum amount of air your lungs can hold if you forcefully inhale.
it expand
You'll get lung sickness such as lung cancer.
The maximum volume of air that can be exhaled in 1s. To compare with predicted value for healthy lung function.
lung
squidward: "no patrick , inhaling does not cause a lung to collapse"
a healthy lung is nice and pink
The maximum volume of air that can be exhaled in 1s. To compare with predicted value for healthy lung function.
Yes in someway. See, a healthy non smoker has a lung capacity of a 100%. Smokers have can inhale about 80%. When you excersice you will be able to inhale less oxygen and therefore be exhausted faster or for example lift less weight then you used to.
To inhale oxygen and exhale carbon dioxide
The healthy human lung is sterile
Only if you inhale them by mistake.