"photochemical smog" cant belive you people dont know that and a little 6 year old does =o)
Australia is the country known for its Blue Mountains, located in New South Wales. The name comes from the blue haze that is produced by the eucalyptus trees in the area.
The Blue Mountains were named for the blue haze that is created when light is scattered by particles in the atmosphere, giving the mountains a distinctive blue appearance when viewed from a distance.
Harmattan is a dry and dusty West African trade wind that blows from the Sahara Desert towards the Gulf of Guinea. It is associated with cool temperatures, low humidity, and haze due to the dust it carries. Harmattan can cause skin dryness, respiratory issues, and reduced visibility.
Where the blue mountain range begins are often shrouded with mist is called the "blue mist" or "blue haze." This phenomenon occurs as a result of moist air and the reflection of light off particles in the atmosphere, giving the mountains a distinct blue hue.
The Great Smoky Mountains were formed by tectonic plate collisions and uplifting around 200-300 million years ago, which created the diverse geology and rugged terrain we see today. The region's unique topography and high levels of rainfall contribute to the smoky haze that gives the mountains their name.
Photo chemical smog
true
smog.
what cities have haze because its on my science question!
Brown haze near cities is often caused by air pollution from vehicle emissions, industrial activities, and burning of fossil fuels. These pollutants can react with sunlight to form ozone and other smog-forming compounds, creating the brown haze that hangs over urban areas. Factors such as weather patterns and geography can also contribute to the buildup of this haze.
The type of smog that produces the brown haze is known as a photochemical smog. This is seen when oil or coal is burned.
yes ma'am!(:
car exhaust or waves
its stupid thats wat it is.....
Haze typically appears as a pale gray or white color, depending on the concentration of particles and water droplets in the air. The color can also be influenced by the time of day and the angle of the sunlight.
Brown haze from soot, soil erosion, volcanic ash.
urban areas with high levels of air pollution, where sunlight interacts with pollutants like nitrogen oxides and volatile organic compounds. This interaction leads to the formation of ground-level ozone and other harmful compounds, creating the characteristic haze of photochemical smog.