Charcoal is wood that has been semi-burnt to a certain stage in a kiln that lacked oxygen. Charcoal can be further burnt as fuel at a barbecue, as a simple example, or used by an artist in charcoal drawing.
The disadvantage is that charcoal is produced by a long process of more than one stage, which would add to the cost to consumers if used as a source of energy for heating and cooking in the home, compared to simply turning on a gas stove to cook, or a gas heater to warm the home.
Cancer
Humans get energy from eating and sleeping. It's the way we were created. We let off energy by exercising and letting off wastes.
Monsters, rock stars, 5 hour energy you know that type of things and from our food we eat after drinking these things^^^
Humans obtain energy by exercising daily,and staying in the sun
solar energy do not do anything for humans
warms our bodies and save our environment
There are many sources that humans can get their energy from. Humans typically get their energy from different food sources.
Humans use food for energy.
thermal energy maybe?
humans get there energy from minerals and carbohydrates . the stored energy is changed in muscular energy.
Calcium has not disadvantages; but for humans concentration of calcium oxalate near the articulations is dangerous.
Activated charcoal's most important use is for treatment of poisoning. It helps prevent the absorption of most poisons or drugs by the stomach and intestines.
it requires humans
It depends. Are you talking about humans? 8D Humans use internal fertilization but the disadvantages in external fertilization is that a small number of eggs survive.
Humans can't live without energy - they have always used energy.
Humans use muscular energy, sound energy and many other
Write the name of the scientific study of food and drink (especially in humans)? Write the name of the scientific study of food and drink (especially in humans)?
They showed on Mythbusters that it is NOT possible to make a diamond with compressing charcoal, probably because humans are not capable of achieving the high temperatures and pressures required to accomplish this outside a lab.