Discussion In experiment A, I accept my hypothesis that oil, vinegar, and laundry detergent contaminates the water’s texture, context, and appearance that create a disruption in the water cycle, nutrient, and chemicals that effect an ecosystem by disrupting the tropic levels which is essential for survival in living and nonliving organism based on the observation to the solution’s content and the filtration process in experiment A that is noted in Table A. The results in beaker 2 & 8 in Table A display by observation disruption in texture, color, and odor from pollutant like oil, vinegar, and laundry detergent. The results of oil in beakers 2 & 6 of Table A display a thick textured liquid with easy mobility, without sound, slight foul smell, tinted yellow, and no debris in content. However, content separates and remains indissoluble with a thick layer of 10 ml at the surface that’s noted by the observations. Therefore, water vaporization is effected by the 10 mL surface layer of oil. Water vapor influences climate and water cycle that’s vital for an biomes. According to textbook “Contemporary Environmental Issues” by Turk & Bensel (2014) reads, “water vapor is the most important of the so-called greenhouse gases (others include carbon dioxide, nitrous oxide, and methane) that warm the earth by trapping heat in the atmosphere. Water vapor contributes approximately two-thirds of the total warming that greenhouse gases supply. Without these gases, the mean surface
The industrial revolution began in the 17th century and made significant change in the world. An era was over and the new one was beginning. The revolution has advantages and disadvantages. Rising of living standards, improving of health, lifetime and trade system are its advantages. On the other hand, manufacturing has caused major problems such as deforestation, excessive use of fossil fuel sources, irresponsible industrialisation and agricultural development. These changes have increased world’s atmospheric concentration of water vapour, CO2, CH4 and other gases (Stocker, 2013). These gases capture part of energy receiving from sun and trap this heat inside atmosphere that causes rising temperatures on the earth’s surface. Naturally, for continuation of life these gases are necessary, but result of the human events these gases has produced more than plants and environment need (Robins, 2016). Also, we call them Green Houses Gases because they have the similar effect like the ‘greenhouses’ utilised to increase condition of vegetables.
The topic is: The cleanest cleaner. In this experiment, the scientists will be testing which brand of detergents cause a better cleaning effect on one stain on multiple white shirts. The independent variable in this experiment consists of the different detergents, while the dependent variable consists of the amount by which the stain faded (using the purple light scale), and or removed, others include the white t shirts, washing cycle, and drying cycle, staining agent, and cycle of drying and washing. The control variable in this experiment will be the 1 trial run with water only per experiment. The unit while measuring the amount of detergent is mL, and a scale which the is going to use to measure the amount of stain faded.
that can still evaporate water. The wet bulb temperature is lower than the air temperature,
The dry and warmer weather have been the cause of large forest fires across Canada’s Northwest Territories (David Suzuki foundation, n.d.) Northern parts are warming twice as much as those closer to the equator and therefore creating more widespread forest fires (Environment Canada, n.d.). The green house gases also play an important role in absorbing the heat from the earths surface, this being critical in maintaining the surface temperatures warmer then what the earth would normally be (David Suzuki foundation, n.d.). In addition to the warming temperature the natural green house gases also contribute to the water vapour, which is crucial in maintaining the cycling of
The goal of this project was to make, and test four soaps, and two detergents. The purpose of making four different soaps and two detergents was needed in order to decide which one would be best for the environmental group to use in the future that would allow for the safest cleanup of an oil spill while not harming the animals or the environment in the process. It was necessary to test the impact of the four soaps and two detergents by analyzing their different properties based off of their specific characteristics and the wastewater left over from the vacuum filtration procedure. This procedure had to be undertaken in order to confirm which of the soaps and detergents synthesized is most
This is shown very well in Silent spring. “So to the potentially dangerous dangerous fumes from gasoline are to the finely divided particles of whatever insecticide the probably unsuspecting suburbanite has chosen to distribute, raising the level of air pollution above his own grounds to something few cities could equal” (177). This is an excellent example of humans ecological footprint. We as humans have many things that operate on many non renewable resources that are leaving a harmful effect on the environment. This is done by the use of fossil fuels. When fossil fuels such as gasoline are burned they produce co2. This is very harmful because the co2 becomes trapped in the atmosphere. This thickens the atmosphere in a sense, and does not allow heat to escape as easily. This is what is thought to be causing global warming, and could lead to some disastrous changes. This includes rising sea levels, heating of the surface of the ocean,possible changes in ocean circulation, possible effects on the habitats of animals,etc. All of this is due to us burning fossil fuels so it would be known as our ecological
Nature’s article argue that the amount of CO2 released into the atmosphere and consequently has been soaked up by the oceans increasing its acidity will cause to phytoplankton releases less sulfur compounds into the atmosphere, which have participation in the cooling process of the planet by creating aerosols seeds that are responsible for creating clouds that reflect the sunlight. Even though, back in the 1980s some scientists had proposed that the earth is capable of regulating itself and if warming increases plankton productivity the more sulfur compounds would be released and help to cool the Earth, currently earth feedback could happen in another direction due to the acidification of the ocean leading to less emission of sulfur compounds.
This continual warming of air actually allows for even more water vapor to be stored, and it is this feedback loop that is cited as the principle reason water vapor is considered to be the most effective greenhouse gas. Although he stresses that water vapor accounts for a substantial amount of climate change, Emanuel does not neglect to mention the involvement of industrial activity, biomass burning, and sulfate aerosols. The concept of “climate noise” is introduced within the final two pages of chapter three, but the author may have fortified the argument for global warming by spending a few more pages on the compelling concept, perhaps devoting an entire chapter to it.
The population on Earth is expanding rapidly which goes hand in hand in the degradation of the environment at large measures. The human’s appetites for needs are disarranging the environments natural equilibrium. Our production industries are venting smoke and discharging chemicals that are polluting our water. The smoke that is emitted into the atmosphere holds unappealing gases such as carbon monoxide and sulfur dioxide. The high
Pollution is another major factor that is threatening our world today. One example of pollution is nitrogen. Humans are adding about 130 to 150 million tons over the 90 to 150 tons that are produced by the nitrogen cycle. This excess in nitrogen causes coastal waters and estuaries to grow toxic algae, killing the fish and trapping the solar heat in the air. Another example of pollution is methane. Methane is produced by gases released by cows, termite mounds or by the bottom of rice paddy. If found in the air methane is very poisonous. By raising more cattle, cutting more tropical forests, thus increasing the amount of termites, and by growing more rice, the methane concentration in the air is almost twice as higher as it was 160,000 years ago. Smoke is another pollution factor. Smoke that is produced by cars contains carbon dioxide (CO2). This carbon dioxide in the air causes global warming, which results in the green house effect and climate changes. Satellite studies show that perhaps we will increase the temperature by 3.6 degrees by the year 2001. The warmer the weather the more water it can hold, the higher the precipitation will be. The higher the precipitation the more clouds, the more rain, and the more snow there will be. This will result in more storms and floods. Studies by Thomas Karl of the National Oceanic and Atmospheric Administration showed that the total winter precipitation in the US has increased to about 10% since
Alteration of this natural barrier of atmospheric gases can raise or lower the mean global temperature of the Earth”(Greenhouse Gas).
The concept of global warming has become one of the most widely debated and controversial topics of our time. Scientists learned long ago that the earth’s climate has powerfully shaped the history of humanity. However, it is only in the past few decades that research has revealed that humans have a significant influence on the climate as well. A growing body of scientific evidence indicates that since 1950, the world’s climate has been warming, primarily as a result of emissions from the burning of fossil fuels and the destruction of tropical forests. More importantly, an article titled "Global Warming" published in the New York Times shows that methane, a gas that is emitted from landfills, livestock and oil gas facilities,
Water vapor is believed to increase surface warming because its concentrations depend on the heat generated by other greenhouse gases. All of these gases are being emitted to the atmosphere at alarming rates because the human population, scale of energy use, industrial activity, and agriculture are growing drastically.
The issue of global warming should be on the list of our top priorities. Studies show that the average of global temperatures have risen since the Industrial Revolution began. Since the Industrial Revolution, human emissions has quadrupled the frequency of certain heat extremes and many scientists have warned that a failure to bring greenhouse gases under control could eventually lead to a 62-fold increase in extreme heat blasts (Gillis Justin A17). Most of the increase is due to human activities, especially the burning of fossil fuels and deforestation. These activities contribute to a build-up in carbon dioxide and other gases in Earth’s atmosphere. The Earth’s atmosphere is made of gases like nitrogen, carbon dioxide and oxygen. These gases act as a blanket that covers and gives us warmth, but once these gases such as carbon dioxide absorbs heat, but does not release it back into space in which causes the increase in global temperature. This is called the greenhouse effect because it only traps heat but does not release it.
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