Answer:
1) USING GAS IN THE HOME
2) USE IN THE INDUSTRIAL SECTOR
3) TRANSPORTATION
Explanation:
Aside from electricity, the residential sector of society uses natural gas to heat up buildings, water, cook meals, and dry clothing. Pretty much anything that needs to be done in the home or commercial building that involves heat, is able to get done thanks to the production of natural gas.
Antifreeze
, Plastics, Pharmaceuticals, Fabrics, Ammonia, Methanol
, Ethane, Propane
According to studies, vehicles that utilized natural gasses emitted 60-90 percent less smog-producing pollutants and 30-40 percent less in greenhouse gas emissions. Also, with its production and distribution within the United States, the cost for its use in transportation vehicles is substantially less than the gas that is imported from other nations.
Answer:
As the temperature nears the dew point, the evaporation rate and condensation rate become increasingly similar, and relative humidity increases. On the other hand, if the difference between temperature and dew point grows, relative humidity decreases.
Explanation:
I can assume and hope since there's no answer choice below the question, that it's a free choice question. Hope this helps! Don't forget to make me Brainliest ;]
The idea of global cooling gained popularity about during the 1970s, <span>“There are ominous signs that the earth’s weather patterns have begun to change dramatically,” </span>Newsweek reported in 1975. At the time the highly influential source convinced <span>“drastic decline in food production.”, at that time climate scientists were convinced that a ice age was coming. Global temperatures falling between 1940 to 1975 drove the concern of global cooling, little did they know it was only a temporary fall of temperature.
That's as much as I know, hope it helped! :)</span>
Answer
Area B will have more iron deposits than area A.
Explanation
Iron ore deposits are located in sedimentary rocks. They are formed from chemical reactions that combined iron and oxygen in marine and fresh waters. Hematite (Fe2O3) and magnetite (Fe3O4) are the two important minerals in iron oxides deposits. Iron ore are formed through chemical reactions that utilize iron and oxygen, where the gas combine with iron in dissolved form to produce Hematite and Magnetite which are deposited in the sea floor as banded iron formations. During a volcanic eruption more iron ore deposits are located near its foot
By going to school and learning
