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What are neutral oxides of carbon?
The oxides of carbon are CO and CO2.
Are sulfur carbon and oxygen oxides?
Yes, sulfur, carbon, and oxygen can form oxides. Sulfur oxides (such as sulfur dioxide and sulfur trioxide), carbon oxides (such as carbon monoxide and carbon dioxide), and oxygen oxides (such as ozone) are all compounds formed by the combination of these elements with oxygen.
How rainwater damages statue?
Acid rain is what causes damage, nitrogen oxides and sulfur oxides and carbon oxides (carbon dioxide) react and dissolve in the water droplets of clouds, forming acids like sulfuric (H2SO4) acid carbonic (H2CO3) acid and nitric acid (HNO3).
What chemicals causes the air pollution?
Examples: carbon oxide, carbon dioxide, sulfur and nitrogen oxides, ozone, emissions from other industrial plants, flying ash, heavy metals, dust, and many others depending on the location and season.
What does a catalytic converter do on a 1997 dodge 5.9l?
It converts carbon monoxide, nitrous oxides and unburnt fuel into carbon dioxide, nitrogen, and water vapor.It converts carbon monoxide, nitrous oxides and unburnt fuel into carbon dioxide, nitrogen, and water vapor.
What are the two elements which form acidic oxides?
Nonmetal elements such as sulfur and nonmetal oxides like carbon dioxide form acidic oxides.
What are the causes of sulfur oxides?
paper making
What does carbon dioxide and iron dioxide have in common?
Both of these are oxides (of carbon and iron respectively).
What is the other oxide of carbon?
Carbon has several oxides while the most common are Carbon monoxide(CO) and Carbon dioxide(CO2).
Why oxides of high reactive metals cannot be reduced by carbon?
Except through electrolysis a metal in an oxide can only be replaced by a more reactive metal. If fact that is one of the measure of reactivity. Highly reactive metals such as magnesium are actually stronger reducing agents than carbon, so rather than carbon reducing their oxide, they will reduce oxides of carbon.
What are the gasoline engine gasses?
carbon dioxide, carbon monoxide, oxides of nitrogen and water vapor.
Why is carbon reduction process not applicable for reduction of oxides of metals like Mn and Cr?
The carbon reduction process is not applicable for reducing oxides of metals like Mn and Cr because these metals have a higher affinity for oxygen than carbon. As a result, they are not easily reduced by carbon at typical temperatures. Alternative methods, such as using more reactive reducing agents or employing higher temperatures, are often required to reduce oxides of metals like Mn and Cr.
