NO.
HUMAN and ANIMAL cannot be considered as a heat engine.
the work of BOTH is not generated in the same way as a steam engine which directly transforms heat to work & lower temp. waste heat. instead, human is more like a FUEL CELL. where chemical engines is transformed into work. :)
The human body does conduct heat. For example, when you workout, your muscles warm up, and the rest of your body gets warm fast.
yes........
A human body regulates its temperature by sweating and shivering. When the body is too hot, glands produce sweat which contains heat and evaporates, taking the heat with it. When a human is too cold, the body starts to shiver, a quick, repeated motion which generated heat from repeated muscle motion.
human is not a good conductor because if u can touch the water heater with your hand then the heat can't flow through out your body that's why the human body does not a good conductor.
why do human need heat to survive
it matters about the sweat.
No they do not. They keep the heat in. In other words they are Insulators.
Mostly because of blood flow ... a dead (human) body does conduct heat (because its mostly water), but quite slowly.
This is useful because we can conduct heat and use it for human use
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Energy
can a teapot conduct heat
The Pores
Yes, steel has a much lower resistance than the human body therefore it will conduct better.
Human body temperature is the measurement of heat in the human body. The average person's body temperature is about 98.6 degrees Fahrenheit.
There are several nutrients that are required by the human body that are not broken down by the body or destroyed by heat, including:* ...* ...* calcium* iron* ...
Humans are considered heat engines by some. Others do not believe that the human body can be considered a heat engine. However, most do on account of the heat production that comes from the human body, as well as, the amount of work the body is constantly doing.
Germanium is a metal that does conduct heat, but does not conduct heat as well as other metals. This makes it a semiconductor.
A human body regulates its temperature by sweating and shivering. When the body is too hot, glands produce sweat which contains heat and evaporates, taking the heat with it. When a human is too cold, the body starts to shiver, a quick, repeated motion which generated heat from repeated muscle motion.