an essay about hydrocarbon
Answers
Explanation:
More Hydrocarbons are compounds formed by carbon and hydrogen atoms. They are used as fuels to produce energy in incomplete and complete combustion reactions. Incomplete combustion occurs when hydrocarbons react with a small amount of oxygen (O2), whilst complete combustion occurs when hydrocarbons react with large amounts of oxygen. Incomplete combustions produce water (H2O), carbon monoxide (CO) and/or soot (C). The CO and soot produced from incomplete combustion can have harmful consequences on humans and the environment. They not only damage human health, but also contribute to the current issue of global warming, ozone formation, and black carbon footprint. That being said, CO is vital to the human body in order to properly function The products are the CO gas and H2O. This is in contrast to complete combustion, whose products are carbon dioxide (CO2), H2O gas or liquid, and energy. The general equation for complete combustion of hydrocarbons
Answer:
More Hydrocarbons are compounds formed by carbon and hydrogen atoms. They are used as fuels to produce energy in incomplete and complete combustion reactions. Incomplete combustion occurs when hydrocarbons react with a small amount of oxygen (O2), whilst complete combustion occurs when hydrocarbons react with large amounts of oxygen. Incomplete combustions produce water (H2O), carbon monoxide (CO) and/or soot (C). The CO and soot produced from incomplete combustion can have harmful consequences on humans and the environment. They not only damage human health, but also contribute to the current issue of global warming, ozone formation, and black carbon footprint. That being said, CO is vital to the human body in order to properly function.
The products are the CO gas and H2O. This is in contrast to complete combustion, whose products are carbon dioxide (Co2), H2o gas or liquid, and energy.
The production of CO in incomplete combustions is very disadvantageous and harmful. In relation to humans, if CO is inhaled, it will be absorbed by red blood cells in the bloodstream, displacing O2, consequently disrupting it’s transportation throughout the body (Encyclopedia Britannica, 2014). As a consequence, the absence of O2 in the bloodstream will deprive the heart, brain, and other fundamental organs of O2, creating risks such as cardiac arrest, suffocation, collapse, muscle feebleness, unconsciousness, or potentially, death.
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