Shallow.
12-20 respirations per minute
Yes and no. Dehydration is usually comorbid with (occurring alongside) heat stroke. One result of dehydration is reduced urine volume so, while a patient displaying symptoms of heat stroke will likely have reduced volume, it's not from the heat stroke itself.
You can calculated reduced volume by getting the starting volume and subtracting it from the finished volume For example, If I had 890ml of water and I had 155ml left, How much has the volume reduced by. 890 - 155 = 735. So the answer would be that the water has been reduced by a total of 735ml.
Inspiration should equal to expiration;IE ratio and IT , inspiration equals tidal volume. It means that the patient is having trouble breathing.
When the gas exits the cylinder, it will expand because of the reduced pressure. When the patient breathes in, the gas will be compressed slightly because of the increased pressure in the lungs. This pressure is required to force gases to dissolve in the bloodstream.
The minute volume is calculated by multiplying the respiratory rate by the tidal volume. In this case, with a respiratory rate of 20 breaths per minute and a tidal volume of 200 ml, the minute volume would be 20 x 200 ml, which equals 4000 ml, or 4 liters.
no the volume can be greatly reduced
tidal volume x breathing rate
What happens to residual volume, tidal volume, inspiratory reserve volume and expiratory reserve volume just after exercise while breathing deeply and rapidly? Do they increase, decrease or stay the same?
The volume of air moved into or out of the lungs during quiet breathing.
Gas tends to take the shape of the volume it's in. If the volume is reduced, then the pressure of the gas will increase.
The water becomes 100 degrees and is warm to the touch.