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Don East
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The average heat produced by one human is 116 watts. There 7 billion people in the world today. That equals 812 billion watts of energy. How do I explain this to the average person.
Thanks Don East
Thanks Don East
Don East said:The average heat produced by one human is 116 watts. There 7 billion people in the world today. That equals 812 billion watts of energy. How do I explain this to the average person.
Thanks Don East
Don East said:The average heat produced by one human is 116 watts. There 7 billion people in the world today. That equals 812 billion watts of energy. How do I explain this to the average person.
Thanks Don East
boit said:It means that were we to somehow pool our thermal energies and convert same to electricy, we wouldn't match the nuclear power plant in Califonia which delivers almost thre times that much (some 2.1 thousand Mega Watts of power).
Nugatory said:Check your math.
The total heat of humans refers to the amount of heat energy produced by all living humans. It includes both the heat generated by the human body's metabolism and the heat released from activities such as exercise and daily tasks.
The total heat of humans is typically measured in units of watts (W), which represents the amount of heat energy produced per second. It can be measured using specialized equipment such as calorimeters or by calculating the average metabolic rate of a group of individuals.
The total heat of humans can be affected by a variety of factors, including age, gender, body composition, physical activity, and environmental conditions such as temperature and humidity. Overall, individuals with a higher metabolic rate and those who engage in more physical activity tend to produce more heat.
Understanding the total heat of humans is important for a variety of reasons. It can help us better understand the human body's energy needs and how they may change in different situations. It also has implications for areas such as building design and energy conservation, as well as for studying the effects of climate change on human health and well-being.
While the total heat of humans may seem like a significant amount of energy, it is not currently practical or efficient to harness it as a source of energy. The heat produced by humans is relatively low and dispersed, making it difficult to capture and convert into usable energy. Additionally, there are ethical concerns surrounding the use of human heat as an energy source.