because they do.
Places with more acid rain typically have higher levels of air pollution, such as from industrial activities or vehicle emissions. Factors such as wind patterns, proximity to sources of pollution, and topography can also influence the amount of acid rain a region receives. Areas with higher levels of acid rain also tend to have less alkaline compounds in their soils and water bodies, which can exacerbate the effects of acid rain.
Acid rain has been documented in various parts of the world, including North America, Europe, and Asia. Some areas that have experienced significant issues with acid rain include the northeastern United States, Scandinavia, and parts of Southeast Asia. Industrial areas with high levels of air pollution tend to be more prone to acid rain.
Areas in Australia with more industrial activities, such as New South Wales and Victoria, are at a higher risk of acid rain due to increased emissions of sulfur dioxide and nitrogen oxides. Regions downwind from coal-fired power plants and areas with heavy traffic congestion also face a greater risk of acid rain.
Acid rain is a problem because it can harm ecosystems, damage buildings and infrastructure, and pose health risks to humans. It occurs when sulfur dioxide and nitrogen oxides are released into the atmosphere from burning fossil fuels and react with water vapor to form sulfuric acid and nitric acid. Regions with high levels of industrial activity, such as urban areas and areas downwind of power plants, are more likely to experience problems with acid rain.
Iraq is hotter than other places due to its geographical location in a desert region, leading to high temperatures and limited rainfall. Additionally, Iraq's proximity to the equator results in more direct sunlight and intense heat throughout the year. Human activities such as deforestation and urbanization may also contribute to increased temperatures in certain areas.
Places with more acid rain typically have higher levels of air pollution, such as from industrial activities or vehicle emissions. Factors such as wind patterns, proximity to sources of pollution, and topography can also influence the amount of acid rain a region receives. Areas with higher levels of acid rain also tend to have less alkaline compounds in their soils and water bodies, which can exacerbate the effects of acid rain.
Many lakes contain silt and other materials in suspension that naturally neutralize or buffer the impacts of acid rain. These components are more frequently encountered in lakes in areas of sedimentary soils, In northern areas (such as the Canadian shield) the waters are generally free of neutralizing materials and the acid rain impacts are more severe
Tsunamis can occur in more places than others because of their location. Usually, areas which see many underwater earthquakes are more prone to have tsunamis. The west coast and Hawaii are two places where tsunamis can take place.
To have acid rain, you first have to have rain. And deserts are kind famous for not having much rain. So yeah, it CAN happen. But places with more rain will get more acid rain.
Marshy areas are good places for mosquitoes to breed. Mosquito being the vector for malaria.
Concentrated acid is the form of the acid which has more acid per ml than the diluted form. It is basically just a way to say that it has more acid per unit volume than other solutions of the same acid.
Yes, basic salts are generally more soluble in acid compared to other types of salts.
to get more areas to walk in you need to use the pokewalker alot so you can collect more wats.the more watts you collect the more places you go because before each walk it tells you how many more watts you need until you can get a new area to walk through.HAPPY WALKING, RUNNING OR CYCLING
Canada is a large country, 10 million sq/kms. In some areas fuel must be flown in, other areas make gasoline. In most places fuel was about $1 a liter in others much more.
Concentrated acid is generally more harmful than dilute acid. This is because concentrated acid contains a higher concentration of acid molecules, which can cause more severe burns or damage to tissues upon contact. Dilute acid, on the other hand, has a lower concentration of acid molecules and is therefore less harmful. Acid, as a general term, can encompass both concentrated and dilute forms and its harmfulness would depend on its concentration.
Heating sulfuric acid can change its properties and reactivity. The acid may become more concentrated and corrosive, making it more reactive with other substances. This can lead to increased risk of burns or other hazards when handling heated sulfuric acid.
Pollution - More emmisions- rain cycle is unstable and places get more rain or not enough rain. There will be flooded areas and also areas where there are droughts.