Essentially, ozone (O3) is an unstable and highly reactive form of oxygen. The ozone molecule is made up of three oxygen atoms that are bound together, whereas the oxygen we breathe (O2) contains only two oxygen atoms.
The man-made ozone that forms in the troposphere is extremely toxic and corrosive. People who inhale ozone during repeated exposure may permanently damage their lungs or suffer from respiratory infections. Ozone exposure may reduce lung function or aggravate existing respiratory conditions such as Asthma, emphysema or bronchitis. Ozone may also cause chest pain, coughing, throat irritation or congestion.
The adverse health effects of ground-level ozone are particularly dangerous for people who work, exercise, or spend a lot of time outdoors during warm weather. Seniors and children are also at greater risk than the rest of the population, because people in both age groups are more likely to have reduced or not fully formed lung capacity.
In addition to human health effects, ground-level ozone is also hard on plants and animals, damaging ecosystems and leading to reduced crop and forest yields. In the United States alone, for example, ground-level ozone accounts for an estimated $500 million in reduced crop production annually. Ground-level ozone also kills many seedlings and damages foliage, making trees more susceptible to diseases, pests and harsh weather.
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There is no "good" or "bad" ozone. All ozone is O3. Ozone in the stratosphere protects us from ultraviolet radiation. Chlorine in the stratosphere interacts with the ozone there to convert it to O2 or normal oxygen, removing its ability to interact with UV. Ozone in the troposphere (ground level air) or the workplace is an air pollutant. Chlorine as no role in its formation or destruction.
Ozone is found both in the upper atmosphere and at ground level. The ozone occurring in the upper atmosphere (10-30 miles above the earth's surface) is considered good ozone because it helps to block the Sun's ultraviolet rays. Ozone occurring near the Earth's surface is considered bad because it is made of pollutants resulting from car emissions, aerosols, factories, refineries, chemical plants and boilers.
Ozone and sulfur trioxide are good examples of reactive molecules that play important roles in the atmosphere. Ozone helps protect us from harmful UV radiation in the stratosphere, while sulfur trioxide is a precursor to acid rain formation when it reacts with water vapor in the atmosphere.
"Ozone" has no antonym.
The gas molecule is ozone (O3). It is formed when oxygen (O2) molecules are split apart by ultraviolet radiation in the upper atmosphere and then recombine to form ozone. Ozone helps to protect Earth from harmful ultraviolet radiation from the sun.
OZone is both good and bad. Ground ozone is bad while atmospheric ozone is good.
Yes, ozone molecules can be good and bad for humans. Good as in at ozone layer and bad at ground level.
Ozone is good at the stratosphere. It is bad at the ground level.
The ozone is both good and bad. Good at the ground level and bad at the atmospheric level.
Good ozone is present in the atmosphere. Bad ozone is at the ground level.
There is good ozone and then there is bad ozone. Good ozone is present in the earth's atmosphere.
No. The ozone is stratosphere is good ozone. The ozone in troposphere is bad ozone.
Good ozone is present in the atmosphere. Bad ozone is at the ground level.
Ozone is good when it is in the stratosphere, as it protects us from harmful UV radiation by absorbing it. However, ozone at ground level can be harmful to living organisms, causing respiratory problems and damaging crops, as it is a major component of smog.
Ozone is both good and bad form of oxygen. It is good at atmosphere level and bad at ground level.
Ozone is good at atmospheric level. It is bad at ground level as pollutant.
The ozone hole in Antarctica is very bad. It is causing the plankton in that area to die.