EFFECT OF AEROSOL ON DAY TODAY LIFE a) Aerosol is the subset of air pollution which refers to the small tiny particle suspended every in atmosphere. b) Global warming is due to the aerosol. c) The size of the aerosol is small so it deposited in our lungs. d) Medical complication is due to aerosol. e) Aerosol effects on the climate change like direct and indirect effects. f) It effects on metals, nutrients, and organics like acidification. CHEMICAL COMPOSITION There are two types of particles which
Abstract An Air Dehumidifier can be designed and modeled working on simple principle of dehumidification of compressed air by means of collision with the number of cylinders arranged in series. This dehumidifier will not require any hygroscopic media or absorptive media such as Activated Alumina, Silica gel, Salt tablets, etc. which are used in other dehumidifiers. It does not require any refrigerant which is used in the refrigerated dehumidifier. The designed dehumidifier will be most reliable
The important preventive measures for the toxic chemical, spillage or pollution are as follows: Solid: Dust form – Collect dust by vacuum entrapped in cyclones or Scrubbers. Stop the dust formation in the source itself. Studies: Treat the toxic chemicals with other chemicals to form non-toxic Chemicals e.g. Hydrogen Cyanide (toxic) + Sodium Thiosulphate = Sodium Thiocyanate (non-toxic) Arsenic and its compounds are toxic. No other method is available to Change the toxic arsenic to non-toxic arsenic
(Norberg-Schultz, 1980 & Stedman, 2003:674). The term ‘sense of place’ became universally used as a synonym for the atmosphere or unique character of a place (see Cullen, 1961, Conzen, 1975:361, Sharp, 1969 & Steele, 1981) where atmosphere and character were mainly defined by physical attributes. According to Hague and Jenkins (2005:5), several planners and designers claim that by apprehending the atmosphere and character of a locality in terms of its physical attributes and integrating it in spatial plans and
storage systems. IJESRT. 4(10), 2015 Furthermore, an illustration of the range of absorption along with scattering losses (forward and backward) of incoming solar energy caused by different constituents of the atmosphere is shown in Figure 2. Figure 2. Solar energy losses in the atmosphere. Source: Watt, A. On the nature and distribution of solar radiation. U.S. Department of Energy. Report No. HCP/T2552-01:
I personally feel that the atmosphere in the classroom is vitally important because if there is positive and an inviting atmosphere, then the learners are going to be excited to explore, learn, think creatively, have open minds for problem solving, build a relationship with each other and the teacher. The atmosphere in the classroom is a subsection of classroom management. Classroom management entails so much more than just planning or “managing” the class. It includes, having a plan A and B, classroom
The Earth is experiencing an adverse global climate change. The scientific evidence comes from direct measurements and is very clear. Within the scientific community, there is no debate. Climate change is happening now, and it is already displacing millions around the globe. Experts have proven that the dynamic changes we are seeing are not due to solar activity, volcanoes, or other natural phenomena. They are due to pollution. Moreover, the rapid change in the climate of the past century is human-induced
abnormal periodic changes in the weather conditions. To be more specific- The natural changes in the World's climate, incorporating changes in temperature, wind examples and precipitation, particularly the increment in the temperature of earth's atmosphere that is created by the addition of specific gases, particularly carbon dioxide and greenhouse gases are termed as climate change. Climate change is a grave issue to ponder. It started from the advent of the Industrial revolution of late 18th century
into the atmosphere. The main element which causes global climate change is rising of concentration of greenhouse gases on Earth. Since the industrial revolution, there has been a significant increase in the emission of greenhouse gases. Ahrens et al. (2012) stated that, greenhouse gases in the atmosphere which consists of carbon dioxide, methane, nitrous oxide and water vapour help to maintain the Earth as a habitable planet. These gases could warm the Earth’s surface and lower atmosphere, without
are "greenhouse gases" which are gases which trap solar radiation in the Earth's atmosphere. The main gases are water vapor, CO2, ozone, and methane. One of the ways scientists know the change in current average temperature is different than the Milankovitch Cycles is by looking at past CO2 data. By drilling into the ancient ice in the artic, geologists can find air bubbles trapped in the ice, and use this old atmosphere sample, estimate the composition of the air of the planet when the ice froze (NASA