4.825 Calories
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The average human releases about one quart, or 1 liter of gas from their intestinal tract per day. That would be about 90 gallons, or 365 liters per year. And if they live to be 75 years old, then they would have released about 6,750 gallons, or 27,375 liters of gas in their lifetime.
900 ml / liter carbon bi oxide is dissolved in water but only 4 ml/ liter of Oxygen is dissolved in water so carbon bi oxide is transported through solution in plasma but Oxygen is not and so one of the most wonderful molecule is required for it's transport, that is Hemoglobin, witch transport 70 times as more Oxygen.
The total blood volume in the average adult is approximately 60-65 ml/kilogram body weight. Children have approximately 70 ml/kilogram body weight and obese patients approximately 55ml/kilogram body weight.How_much_blood_do_humans_have
Yes, at least.
The exchange of oxygen and carbon dioxide takes place in between the alveoli and capillaries. Oxygen moves through the cell membrane of the capillaries of the alveoli and then into the blood. Then oxygen is picked up by hemoglobin, and carried to all the body cells. At the same time, waste(carbon dioxide) leaves the body by exhaling --- @luvzbieber
yes
A liter is a liter. That is a tautology. ----------------------------------------------------------------- If the oxygen is in liquid form, then there is 1 litre in a 1 litre flask.
no
Standard petrol has an energy content of approx. 9.67kWh/liter (34.8MJ/liter)
The oxygen sensor on a 1999 Oldsmobile Intrigue 3.3 liter is in the exhaust manifold/pipes
Hemoglobin in blood carries about 280 ml of oxygen/ liter. That bond is tight enough to carry oxygen and loose enough to give at pressure gradient difference. If erythropoiesis does not occur in body you can carry only 4 ml / liter of oxygen/ liter in body and you will not survive with such a low supply of oxygen.
When you workout and produce sweat, it results in a loss of calories from the body. If there is an evaporation of one liter of sweat, there would be 600 calories that will be removed or expended from the body.
Yes. There is twice as much oxygen in a liter jar.
0.125 litres
0.5atm
Approx 180ml
For every one litre of oxygen used, approximately 21 kJ (approximately 5Kcals) of energy is expended. Ref. Clinical Exercise Prescription, Fitness Institute Australia (c) 2008