Thesis Statement For Informative Essay

Cheerleading began for me at the age of twelve. In the past I had played soccer, basketball, softball, did ballet. Basically every activity my mom could possibly put me in. All of those activities were okay, but cheerleading became something that was special to me. I first began cheering in middle school for the Hazelwood West Junior Wildcats. I cheered on the team throughout middle school literally dedicating all of my free time to cheerleading. I lived, ate, and dreamed cheer. I went on to continue cheering throughout my high school career, cheering for all Hazelwood West athletics, including: soccer, football, basketball, and wrestling. I was a hardcore dedicated athlete, and I had spirit like no other. From

Play less and study more! Due to global increase in competition, kids today are forced to achieve very high grades or secure very high percentages. Students are so worried about grades and position that neither they have anytime for themselves nor for any extracurricular activities. They suffer from several disorders such as depression and emotional disorders. Academic subjects and extra-curricular activities complement each other and develop a well-rounded, socially skilled, and healthier student. There are so many possible extra-curricular activities that each student can choose one those appeals to him or her personality. Extra-curricular activities help to develop the whole student

Some of the disadvantages are that it's very expensive, its difficult to store and transport, and its flammable and its impossible to detect leaks. However, biofuels have none of these problems.

The summer going into my eighth grade year, me and my family took a trip to the beautiful state of Hawaii. We went to three different islands and stayed three nights on each island. So the trip took us two weeks.

Biofuels are fuels made from biomass, which is the organic physical material of an organism that is or was alive. Biomasses can be separated into two categories - liquids and solids. Liquid biomass fuels include biodiesel and ethanol. Solids include charcoal, garbage, wood, and manure. The majority of organic matter contains carbon, oxygen, and hydrogen, the same elements that make up fossil fuels such as petroleum and coal. Biomass can be burned as is or converted into a different fuel that burns more efficiently. The use of biomass for fuel is not a new idea, as humans long ago used whatever could help them survive. Solid biofuels like wood, manure, and charcoal have been used ever since man discovered

(RAN) uses species extinction and climate change as their lens when discussing the ecological impacts of palm oil, and they use forced labor and child labor as their lens when discussing the economic impacts of palm oil.

You must either agree or disagree with the issue that is given in the essay question.

The article I decided to read and summarize has to do with the environmental impact of palm oil. Palm oil is a tropical crop that is mostly used for the production of the oil the crop contains. It has the largest yield and it is the least expensive of all vegetable oils making it the most abundantly used by consumers. Not only is palm oil used for cooking oil and in foods but it is found in almost every single product in the supermarket. This includes soaps, cosmetics, household cleaners, and much more. Because it is so cheap and has such a high yield, the demand for this crop has nearly doubled between 2003 and 2013 (1) and that number is predicted to increase significantly in the coming years.

In the world of global warming, all kinds of pollution and fuel shortages going on, renewable and clean/ green energy is increasingly the ideal solution of energy related problems we have to solve one way or another. Biofuel is one of the mainstream and highly supported solutions nowadays, an idea to make renewable fuel by living organisms such as fiber, corn, vegetable oil or sugar cane. Unlike nonrenewable fossil fuels over extracted by people causing various environmental problems like generating a considerable amount greenhouse gas, current technology already lets renewable fuel like biofuels to shrink a certain amount of greenhouse gas production, making it a more ‘clean’ source of energy.

Unlike gasoline or diesel, biofuels release little pollution. It can also be used to produce electricity by heating water using biofuels and using the steam produced to rotate a turbine. Another method is to allow the biofuel to decay and produce methane. Methane is commonly used as fuel for car, heating, cooking, and producing electricity.

　　　 To date, when issues related to environment, GHG(Green House Gas), sustainability are gradually concerned, increasing people is pursuing new ways to lower down the negative effect exerted by modern industry. This also attracts government’s attention upon encouraging utilization and production of alternative energy and offering financial aid for some newly high-tech companies. One solution to deal with this global concern is finding or develop alternate fuels to replace the fossil fuels such as biofuels. The utilization of biofuels as energy for transportation is mainly driven by the over-depletion of oil, the concerns about energy consumption and the emission of Green House gas. However due to some barriers, the most recently used biofuels will replace around 10% to 15 % of fossil fuels in the field of transportation[2]. The merits and demerits of adopting corn Stover as a feedstock to produce biobutanol, bioethanol and biodiesel[2] as well as diesel, soybean biodiesel, gasoline and corn ethanol are studied based upon LCA[3](Life Cycle Assessment), a new method to analyze the influence of the ecosystem output in the life cycle. LCA is commonly used for measuring environmental influences of a product system, including different life cycle period[4] and [5].

In general, the term biofuel exclusively refers to ethanol produced by virtue of carbohydrate fermentation through yeast cells. The process of the fermentation results in the yield of energy that is carried out by the cells in the absence of oxygen. Even though the process of

Energy use: In their report Ackom, Mabee and Saddler (2010) state that the energy use is primarily defined by the electric energy that goes into the bioconversion process. This analysis considers efficiency in production and manufacturing process. According to this, biofuels (both 1st and 2nd generations) are reducing considerable amount of energy used in the extraction and manufacturing process as compared to non-renewable resources. Roughly evaluated values of energy saving of some of the common biofuels are noted as follows (relative to fossil fuels): sugarcane (89%), switch grass (85%), wood (82%), soybean (45%), corn (43%), wheat (42%). These figures are very promising and continue to ameliorate as technology, and research and development improves.

Consequently, another new challenge which the airline industry is currently undergoing is the ability to find a greener solution to fuel so that aviation is not purely dependent on fossil fuels. Some sources of literature have alleged biofuels to not be the answer to cleaner fuels as although the direct emissions from airplanes powered by a biofuel mix may be reduced, the indirect emissions through producing biofuels are significant. Biofuels create a lot of pressures on carbon sinks through the way they are cropped causing strains on the land and rainforests (Bringezu et al, 2009), which adds to the greenhouse effect, furthermore increasing climate change. Due to the size of land required of biofuel production, it can also threaten biodiversity of flora and fauna and

Biofuel is a form of fuel produced under biological carbon fixation (such as anaerobic digestion and agriculture). Biofuels are in various forms and are used widely in achieving energy storage needs. Biofuels are a known source of renewable energy because of its great environmental advantages, which includes reduced greenhouse gas emissions. The form of biofuels is categorized into three generations, with each generation containing various fuels.