1 met = 1kcal/kg/hr 1kcal = 3.97 btu At rest, the human body expends about 0.8 met. So, a 70 kg person at rest generates 0.8 * (3.97 btu * 70 kg) every hour. That would be about 222 btu/hr, which is not a measure of watts, so.... Since 1 btu/hr = 0.293 watts, that same person generates 65.14 watts at rest.
The human body produces an average of 100 watts of energy when at rest. One watt is equivalent to 3.412 BTUs (British Thermal Units), so the human body at rest produces around 341 BTUs of energy per hour.
No. Only one to a customer. One heart, one aorta.
The human body is mostly composed of water, making up approximately 60% of an adult's body weight. The rest of the body is made up of proteins, fats, carbohydrates, and minerals like calcium and phosphorus.
According to Wikipedia, only 1013 cells in the human body are human cells. The rest, out of 1014, are bacteria. This gives a total of around 9 x 1013 or 90 trillion bacteria.
The average stroke volume of the heart at rest for an adult is 70 ml.
The human body produces an average of 100 watts of energy when at rest. One watt is equivalent to 3.412 BTUs (British Thermal Units), so the human body at rest produces around 341 BTUs of energy per hour.
because yur body needs to get rest from all human nature and sleeping for a cetain amount of time helps increase your tallness
A human body generates around 100 watts of heat at rest, but this amount can increase with physical activity or environmental conditions.
No, it is about 5% to 15% of your body weight, compared to your chest which is 25% of your body weight
BMR is the amount of energy your body burns at rest. Body fatness is calculated from your body fatness.
The heart is an organ of the human body responsible for pumping blood and supplying oxygen and nutrients to the rest of the body.
Same as the rest of the body. 98.6 degrees F.
Human skin is an example of an organ because it provides protection for the rest of our body.
spinal cord
The skeleton acts as a framework for the rest of the body. Without it, we would be somewhat like a bowl of jello.
It varies ... from a few minutes to the rest of your life.
In Rest a normal human (65 Kgs Body Weight) will need 250ml/min. of oxygen.Depending on the activity the body might consume 15 times as much oxygen as it needs in rest.