Human Resources At The Silicon Valley - 1486 Words

Discipline Investigation Introduction Everyone has to choose a major in college for his or her future job. I decided to choose Human Resources my sophomore year of college. I chose this major because I love interacting with people. I love talking, helping, and communicating with people. Another reason why I like human resources is because it is a challenge; every day is different. There is not a day that is the same at work. There are always different situations to solve. Another reason why I chose to study human resources is because I am living in Silicon Valley. There are many job opportunities in Silicon Valley. Every company needs at least one human resources employee. Bigger companies have multiple departments for human resources.†¦show more content†¦The department that I want to be part of is benefits and recruiting. The person that I interviewed was Ms. K, and her position at Company X is executive team leader of human resources. Company X is a very renowned retail chain superstore. She has worked at Co mpany X for five years. In this assignment I will share Ms. K’s background, career path, roles and responsibilities, and communication skills she uses on the job. Background and Career Path Ms. K is a Caucasian woman who has lived in San Jose all her life. Ms. K graduated from the University of California Santa Barbara. Here, she studied both sociology and psychology. She held several other positions before working for her current company. This included being an intern at American Red Cross, and she also worked at a bank as a teller before. She worked at the bank for almost a year before she decided that being a teller was not her ideal job. She told herself at that point in her life that she did not put in all that time and effort in her studies to become a teller. She joked that she enjoyed her position as a teller, but she did not enjoy her paycheck as much. She explained to me that she could not support her family with that salary. According to â€Å"How Much Do Bank Tellers Make† by Noel Griffith, the author explains the same situation. Mr. Noel explains, â€Å"According to the Bureau of Labor Statistics the average salary of a bank teller is $25,760.† One day she came across a job

Agricultural Economy In Perilea - 1189 Words

The United States exported over $140 billion in agricultural value to the international market in 2013, which $56 billion (40 percent) was to 20 FTA partner countries; within 10 years, this data increased more than 130 percent from $24 billion in 2003. FTAs have lower the price of American produce in U.S. free trade partners’ agricultural market, hence, raised the quantity demanded. According to the United States Department of Agriculture (USDA): †¢ Under the U.S.†Chile FTA, U.S. agricultural exports to Chile have grown by more than 525%, increasing from less than $145 million in 2003 to more than $900 million in 2013. †¢ Under the U.S.†Peru FTA, U.S. agricultural exports to Peru have grown by 230%, rising from less than $215 million in†¦show more content†¦In the 1993-2011 period, U.S. agricultural exports to Canada and Mexico rose by 258% and 408%, respectively, with sales to each country topping $18 billion in 2011† (â€Å"NAFTA Triumphant: Assessing Two Decades of Gains in Trade, Growth and Jobs†). America became the largest farming supplier of Canada, which contributed 59 percent of their imports in 2012. China – a non-FTA partner became the top market for U.S. agricultural export in 2013, accounted for over $23.3 billion comparing to $21.4 billion of Canada (Cooke et al). Nevertheless, China had a population of 1.4 billion, which mean spending per capita for U.S. produce was only $16.64 dollar; for Canada was roughly $648.48 (Canada population: 33 million). The effect of free trade on consumer price for agricultural goods are not clear due to various factors such as government subsidies, increase in domestic farming productivity, etc. However, it is certain that with FTAs, American consumers enjoy more variety of farming produce from different parts of the world with a lower price, at least less the tariffs rates. 3.2 Manufacturing. Manufacturing has become the focus for critics when it comes to the free-trade debate. Many people blame trade for the reduction of manufacturing jobs in the U.S. People are angry because American companies invest and build manufacturing plants abroad instead of on American soil. They are angry because American brands are being labeled: manufactured in China,

Assignment Wastewater Management Report †Myassignmenthelp.Com

Question: Explain Assignment Wastewater Management Report? Answer: Introducation: The task that is contained in this assignment wastewater management report is purely original and has never been submitted or published in any other forum before. Therefore, if in any case should this authorship be found not bearing any truth, then a disciplinary action and penalties should be taken by the university policies and regulations. Background Australia stands to be one of the biggest countries around the world and besides it is one of the countries well known to be experiencing challenges related to water. It is approximated to be around 7 million square kilometers of which approximately one percentage of the total are is covered with water. Thus it is very clear that the supply of water to the residents of Australia is from either the natural bodies or rain. Moreover, the natural water bodies are not enough since the population also is getting bigger and bigger every day(Bonomo, 2002, p. 544). A solution to the scenario is wastewater treatment and recycling. Waste water treatment involves dealing with many types of wastes including domestic water, sewage waste, industrial waste, chemical wastes, and pesticides among others. Some plants have a better and efficient plan of recycling the wastewater thereby making it safe and clean for usage.one major challenge with the recycling of the wastewater is that it totally depends on the cooperation of the community(Chris Binnie, 2008, p. 321). This, therefore, calls for the winning of the public trust to ensure the success of this whole process. The wastewater treatment recycling plant basically consists of three different stages which includes; the primary treatment stage, secondary treatment stage and finally the tertiary treatment stage .the primary treatment stage involves mostly the solid objects such as wood, metal, paper among others which are eliminated through multi-stage screening process .60% of the solids get removed at this stage and consequently the BOD is reduced by approximately 30%. The process involved at this stage is screening, sedimentation, grit removal and finally flocculation(D. G. Rao, 2012, p. 785). The second stage is the secondary treatments stage which comprises of organic treatment thereby eliminating the organic compounds. It involves both bacterial decomposition and the conversion of the organic compounds into carbon IV oxide. The decomposition is aided through the anaerobic process. Finally, the tertiary treatment process is concerned with the removal of approximately 99% of the pollutants thereby increasing the quality of the treated water. This process involves the reverse osmosis techniques, ultrafiltration and finally microfiltration. Also, the disinfection is done at this stage. These techniques even though they are expensive, they determine the overall quality of the resulting water(Dietrich Borchardt, 2013, p. 674). Wastewater Treatment Plant Description of Wastewater Treatment Plant in Malabar The plant at Malabar is one of the largest wastewater treatment plants in the greater Sydney, Illawarra, and the Blue Mountain regions. Situated along the southern coastline, Malabar plant recycles water at approximately 627 square kilometers i.e. from Greenfield to Tasman Sea. It collects both the industrial wastes and residential sewage at a ratio of 28% and 72 % respectively and besides treats approximately 470 million liters of water daily, this amount shoots up during the wet seasons. The most challenge facing Malabar plant is the bad odor that is emanating from it which is a common complaint by the local community although there is a plan to take charge of the problem. Malabar plant wastewater treatment runs on the three stages i.e. primary, secondary and tertiary stages as discussed below(Fereidoun Ghassemi, 2007, p. 986). The primary treatment involves the separation of the larger particles. This is primarily achieved by a system of six stage screening process that comprises of different mesh size screens which separate and discard the particles regarding their sizes. The materials include plastic, metal, cotton, paper, etc. the gravel, sand and some other inorganic materials are eliminated by the use of an aerated grit allowing the wastewater to flow to the sedimentation tanks where all the solid particles settle down at the bottom(Gayathri Devi Mekala, 2008, p. 675). The solids then are further removed. Other materials that are removed are the oily materials such as the industrial oils, kitchen oils, and grease among others. After the primary treatment stage, the biological treatment follows .firstly; it is done in the absence of oxygen then later it is done aerobically. The microorganisms are used to consume the organic material and in the process decomposing them. This greatly reduces the BOD. Since the chief sources of oxygen are the nitrites, phosphates, sulfates and dissolved organic material, the anoxic treatment process is carried out in a closed chamber since it produces a bad odor(Hamidi Abdul Aziz, 2014, p. 989). The anoxic process is proceeded by the performance of the aerobic process in open tanks since the bacteria requires oxygen and also extra air for it to diffuse and mix the activated sewage and biomass into a mixed liquor. After a period of 4 to 6 hours, the concentration of oxygen is now about 2mg/Loafer aerobic process hence the mixed liquor is channeled to the clarifier for 3 hours .in the clarifier, most of the organic particles get suspended forming an activated sludge which is reused in the process(Jr, 2005, p. 975). The treated wastewater is then released into a deep ocean outfall through a large tunnel that is 3.6 kilometers long .at the discharge point, the sea is 80m deep. The disinfectant used is the salt water since most of the bacteria are not able to survive in heavy sunlight .the wastewater outfalls and their surrounding are continuously monitored by the Sydney water and the environment protection agency. During this process, the solids that are located at the sedimentation tanks are also treated in the aerobic digesters. This helps in stabilizing the process that follows into the biosolids and furthermore prevents the odor from rising into serious levels. The decomposition of anaerobic solids results into methane gas which can be beneficially used in the production of electricity and also utilization in the heat digesters(Kurbiel, 2003, p. 636). The digested solid goes into the centrifuge where excess water gets eliminated and treated with other wastewater. The dry bio can be used in farms as compost manure. Below is a schematic diagram of the flow chart Alternate Wastewater Treatment System Using MBR MBR in full means membrane bioreactor which provides high quality treated water from the effluent water. This system involves the primary process which is similar to the conventional screening and removal of grit.The difference is realized in the secondary stage where the retention of the anoxic process is reduced by an hour after which the aeration tanks is used to promote the rate of decomposition by the microorganism, and the air gets continuously bubbled. The membrane reactors play its role after the water that is contained in the aeration is released. Water is then passed through the membrane in the form of very grainy particles meaning that only the small particles can pass through the membrane .all the microorganisms are thus discarded, and 75% of the dissolved particles are removed(LO Kolarik, 2008, p. 674). The process of ultrafiltration and biological treatment for the MBR is more advanced than the conventional method of wastewater treatment. This method is effectively and efficiently used in the municipal water plants, agricultural and in industrial applications. Below is the proposed MBR system (Gayathri Devi Mekala, 2008, p. 535). The total space that is required is the addition of the reactor and clarifier space as illustrated in the below equations. BOD load = average dry weather flow * raw sewage =23 * 275 kg/day =6.325* 103 kg/day Volume of the biological reactor = BOD load * sludge yield * SRT /mlss =6325 *1*15/3500 =27108.14 m3 Aerobic reactor volume(V.K. Gupta, 2012, p. 543). =Total volume * aerobic zone SRT/SRT =27108.14*10/15 =18072.1 m3 Anoxic reactor volume =total volume total volume of the aerobic reactor =27108-18072.1 =9035.9 m3 Area of the reactor = volume / depth =27108.14/4.5 =6024 m2 Size of the clarifier Maximum wastewater flow =PWWF+RAS =3 ADWF +ADWF =4ADWF =4*23 =92 ML /day or 3833.33 m3/hr. Solids load = maximum wastewater flow * MLSS Solids load =3833.33 * 3500* =13416.65kg/h Surface area of the clarifier =solids load / (number of clarifiers *maximum loading rate) =13416.65/7*2 =958.33 m2 Total area for the activated sludge system =surface area of biological reactor + surface area of clarifier =6024+939.05 =6963.05 m2 Total area =area of clarifier + area of biological membrane Area of biological membrane = total volume /reactor depth =27107.142/4.5 =6023.80 m2 Total area = 6023.80 + 939.05 * 2 =7901.9 m2 Membrane cell size The Total area of The Membrane =PWWWF/peak flux =3*23/40 =71875 m2 The total number of membrane modules required= total membrane area /membrane module area = 71875/50 =1438 modules Number of cassettes =no of modules /modules per cassette =1438/32 =45 cassettes Membrane zone volume =volume of cassette * number of cassettes =45*4*2 =360m2 Total space required for the MBR =surface area of the biological reactor + total cassette area =1898+ 360 =2258 m2 Comparison regarding space The membrane system area = 6983 m3 whereas the membrane system =2258 m2 This shows that the space required for setting up the MBR is almost a third of the conventional system thus it occupies less space(Michigan, 2009, p. 583). Power requirement The specific oxygen rate =AOR * DO peak / (B*DO sat- DO zone) x =1.6 * 1.4*9.02 / (0.97*9.02-2)0.65 =4.61 kg O2/kg BOD The BOD load = 6325kg/load Oxygen requirement =BOD load *SOR =6325 * 4.61 =29129.80 kg O2/day =1213.74kg O2/hour The total energy requirement =1213.74/3.5 = 347 kW The specific energy = the total energy requirement /volume of bioreactor =347 /27108 =0.0128 kW/ m3 Energy requirement for MBR SOR = Real * DO sat/ (B*DOsat-DOzone) =3.89 kg O2/ kg BOD Total energy requirement =319.585/ 3.5 =91.31kW Power requirement for membrane zone =3* 2875 =862.5 kW Specific energy =total energy requirement / volume of bioreactor =91.31/ 9488 =0.0096 kW / m3 Comparison of the power requirement For the MBR treatment, the amount of energy required is lower than that of the conventional method of treatment Advantages and Limitations of MBR and the Present Wastewater Treatment System The introduction of the membrane techniques in MBR makes it more efficient than the conventional means treating wastewater. This is because the quality of the effluent is increased with the MBR method. Moreover, this method requires a less space since the later stages are not very essential thus reducing the overall cost. Also, the retention time for the wastewater is reduced plus the volumetric rate is high thereby it handles a more volume than the conventional method over the same period of operation(Partners, 2005, p. 733). The effluent that is passed through the MBR consists of fewer amounts of phosphates and suspended solids as compared to the conventional means .the major limitation of the membrane reactor is the necessity for a huge amount of pumping energy since the wastewater is passed at a very high pressure .not only there are increased costs due to the chemicals that are involved in the treatment process but also these chemicals reduces the quality of the final effluent. Moreover, regular backwashing of the membrane is required at the pores to prevent blockage. Although the backwashing often results into increasing of the pores size. On the other hand, the present treatment method requires less capital investment due to the simple process that it involves. There are no frequent expenses since the construction is always strong. Furthermore, the energy requirement is also reduced(Pawlowski, 2007, p. 183). Advantages of conventional method Reduced capital cost and production costs as compared to the MBR treatment The energy consumption in the conventional method is very low as compared to the MBR treatment method(Russell L. Culp, 2008, p. 646). The maintenance cost is low as compared to the MBR method The conventional method is simple since less automation is required(Xie, 2013, p. 442). Disadvantages The quality of the water produced is low as compared to the MBR method. There are additional costs of biosolids since there is more production of sludge. When compared to the MBR method, the conventional treatment method tends to be slower and time-consuming. It results in more carbon footprint(Amjad, 2010, p. 342). Advantages of MBR treatment This method produces water of a higher quality as compared to the conventional method There is no need for many processes as in the case of conventional method The MBR treatment method consumes a little time The problem of odor is greatly reduced with the MBR treatment This method entails a reduced concentration of BOD, bacteria and suspended solids in the effluent as compared to the conventional method. The membrane separation is dependent on the size of the membrane pores hence there is a high degree of separation. Disadvantages Both the capital cost and the maintenance cost is higher as compared to the conventional method The MBR system consumes a higher amount of energy due to automation. Moreover, this method requires regular checkups hence costly It requires skilled labor for the operation of the process. This method is accompanied with problems of surface fouling(Singh, 2006, p. 992). Drinking water supply augmentation Flow chart diagram of the conventional treatment and MBR treatment Below is the flow chart for both the conventional means of treating water and the MBR treatment methods. Conventional treatment method(Bonomo, 2002, p. 532). Proposed MBR method(Gayathri Devi Mekala, 2008, p. 535). Rationale for the chosen component The method that is used presently at Malabar for managing the wastewater and in turn producing high-quality drinking water is the conventional method. In the primary stage of the treatment process, the plant applies screening, air stripping, flocculation, grit removal, and oxidation. The impurities are after that settled down by passing the effluent through a primary clarifier. In the secondary stage, it includes the biological handling of the effluent whereby the effluent is passed through the anoxic and aerobic zone which essentially discards all the BODs. The remaining impurities are then settled in the secondary clarifier thereby allowing water to pass through into the primary filtration chamber to attain a high quality of the drinking water .it is then passed through a second filtration and also carbon filtration. The carbon filtration process involves the removal of watercolor, taste, and odor. Finally, the water is taken into the final stage that involves the disinfection by using chlorine to eliminate all the bacteria that may result into diseases(Steusloff, 2010, p. 645). The components that are selected for the conventional treatment system plays a greater role in the general coming up of the high-quality drinking water. In the primary stage, the bigger sized particles are eliminated including the suspended solids. The secondary stage ensures the aerobic and anoxic digestion which eliminates the biological and other organic impurities .finally the filtration and chlorination processes ensures that the water is made free from any bacteria that may be a causal for diseases(Steven E. Esmond, 2002, p. 330). Selection of MBR components Just like the conventional means of treating water, the primary treatment process and the clarification process eliminates the coarse particles and the BODs. In the MBR treatment, the membrane provides the biological elimination process. The membrane helps to selectively discard the solids in the water and thereby producing water of high quality.In the Malabar water treatment plant, the pore size of the membrane is approximately 2mm which discards even the tiniest impurity. The final process of disinfection is achieved through chlorination(Thomas Mitchell Schmidt, 2012, p. 846). Conclusion The selection of the treatment method to be used greatly depends on the public perception. The community is greatly concerned with the quality of the water produced. From the comparisons, between the MBR treatment method and the conventional method; the MBR method is the most recommended method to be applied as a result of high speed and quality of the water produced(Zaini Ujang, 2009, p. 555). References Amjad, Z., 2010. The Science and Technology of Industrial Water Treatment. 2nd ed. Melbourne: CRC Press. Bonomo, L., 2002. Advanced Wastewater Treatment, Recycling, and Reuse. 2nd ed. Minnesota: Pergamon Press. Chris Binnie, M. K., 2008. Water Reuse, Scientific, and Technical Report Series. 2nd ed. Edinburgh: IWA Publishing. G. Rao, R. S. J. A. B. S. F., 2012. Wastewater Treatment: Advanced Processes and Technologies. 2nd ed. new York: CRC Press, Dietrich Borchardt, R. I., 2013. Integrated Water Resources Management in a Changing World. 1st ed. Manchester: IWA Publishing, Fereidoun Ghassemi, I. W., 2007. Inter-Basin Water Transfer. 3rd ed. London: Cambridge University Press. Gayathri Devi Mekala, B. D. M. S. A.-M. B., 2008. A framework for efficient wastewater treatment and recycling systems. 2nd ed. Sydney: IWMI. Hamidi Abdul Aziz, A. M., 2014. Wastewater Engineering: Advanced Wastewater Treatment Systems. 2nd ed. Melbourne: IJSR Publications. Jr, J. J. M., 2005. Encyclopedia of Chemical Processing and Design. 4th ed. new York: CRC Press, Kurbiel, J., 2003. Advanced Wastewater Treatment and Reclamation. 2nd ed. new York: Pergamon Press, LO Kolarik, A. P., 2008. Modern Techniques in Water and Wastewater Treatment. 2nd ed. Melbourne: Csiro Publishing, Michigan, t. U. o., 2009. Advanced wastewater treatment. 6th ed. Carlisle: Van Nostrand Reinhold. Partners, G., 2005. Engineering SoundBite: Advanced Wastewater Treatment. 3rd ed. new York: Guyer Partners. Pawlowski, L., 2007. Physicochemical Methods for Water and Wastewater Treatment. 2nd ed. Carlisle: Elsevier, Russell L. Culp, G. M. W. G. L. C., 2008. Handbook of Advanced Wastewater Treatment. 5th ed. Chicago: Van Nostrand Reinhold, Singh, R., 2006. Hybrid Membrane Systems for Water Purification. 2nd ed. Chicago: Elsevier. Steusloff, H., 2010. Integrated Water Resources Management Karlsruhe 2010:. 3rd ed. new York: KIT Scientific Publishing. Steven E. Esmond, T. A. . M. U. M. E. R. L., 2002. The removal of metals and viruses in advanced wastewater treatment sequences, Volume 1. 3rd ed. Carlisle: Municipal Environmental Research Laboratory, Office of Research and Development, U.S. Environmental Protection Agency. Thomas Mitchell Schmidt, M. S., 2012. Topics in Ecological and Environmental Microbiology. 2nd ed. Leicester: Academic Press. V.K. Gupta, I. A., 2012. Environmental Water: Advances in Treatment, Remediation, and Recycling. 2nd ed. Westminster: Newnes. Xie, L., 2013. Hydraulic Engineering. 2nd ed. London: CRC Press, Zaini Ujang, M. H., 2009. Environmental Biotechnology: Advancement in Water and Wastewater Application in the Tropics. 5th ed. Sydney: IWA Publishing.

Corporation Law for Australian Securities- MyAssignmenthelp.com

Question: Discuss about theCorporation Law: Australian Securities and Investments. Answer: No liability companies come under public companies and are mentioned in section 112 of the Corporations Act 2001 (Cth). Hence a no liability company can be termed to be so if it has its own share capital. The company must have its own constitution which will contain the main objectives of the company. As per the constitution of the company, it will not have any right to contract with regards to recovering calls made pertaining to the shares which are not paid by the shareholders (Austlii.edu.au, 2017). As per the rules those companies who engage in mining activities can only be registered as no liability companies. The no liability company has to be registered as per the requirements of section 117 of the Corporations Act 2001 (Cth). Under sub section 1, the person intending to register the company has to lodge an application with the Australian Securities and Investments Commission (ASIC). A no liability company comes under the categories of companies as mentioned in section 112 of the Act. The sub section 2 of section 117 will contain the aspects of the application (Austlii.edu.au, 2017). Initially the type of company that is to be registered is to be specified. Then the proposed name of the company or the Australian Company Number has to be mentioned. It will be followed by names and address of the proposed members. It will include details of directors and company secretary of the company. It is important that the address of the proposed registered office of the company is mentioned. Since the no liability company is a public company the possible opening hours of the registered office has to be mentioned. Sub section 3 of the same section speaks about a public company that is to be registered. The company needs to have its own constitution. The applicant has to provide a copy of the constitution along with the constitution. The application form should cover all the agreements and consents. Once the registration process is completed, the consents and the agreements have to be handed over to the company by the applicant. Section 134 of the Corporations Act 2001 (Cth) speaks about the companys internal governance and management. Thus the internal management of the company can be followed as per the provisions of the concerned Act (Austlii.edu.au, 2017). The internal management can be in the form of replaceable rules, constitution or both combined. The company may also follow the other rules regarding internal management which is treated as common law. Section 135 of the Corporations Act 2001 (Cth) speaks about the replaceable rules of the company. As per the provision, a company may incorporate a replaceable rule within its constitution which is usually not applicable. It also says that the replaceable rules can be removed or modified by the constitution (Austlii.edu.au, 2017). As per section 254A (2) of the Corporations Act 2001 (Cth), a company can issue preference shares if rights pertaining to such issue is mentioned in the constitution of the company or through special resolution. These rights may be with respect to payment of the capital to the shareholders (Austlii.edu.au, 2017). The rights may be with respect to right of the shareholders with respect to profits and assets in surplus. The rights should also be pertaining to dividends that are cumulative and non cumulative. The rights are in relation to voting of the preference shares. Finally it is with respect to prioritising payment of capital and dividend with respect to other class of preference shares. Subsection 3 speaks about redeemable preference shares. These shares are issued on the conditioned that they can be bought back or redeemed. Thus these shares can be redeemed at the option of the company or the shareholder. They can also be redeemed when a period of time ends or an event occurs. References Austlii.edu.au. (2017).CORPORATIONS ACT 2001 - SECT 112. [online] Available at: https://www.austlii.edu.au/au/legis/cth/consol_act/ca2001172/s112.html [Accessed 21 May 2017]. Austlii.edu.au. (2017).CORPORATIONS ACT 2001 - SECT 117. [online] Available at: https://www.austlii.edu.au/au/legis/cth/consol_act/ca2001172/s117.html [Accessed 20 May 2017]. Austlii.edu.au. (2017).CORPORATIONS ACT 2001 - SECT 134. [online] Available at: https://www.austlii.edu.au/au/legis/cth/consol_act/ca2001172/s134.html [Accessed 20 May 2017]. Austlii.edu.au. (2017).CORPORATIONS ACT 2001 - SECT 135. [online] Available at: https://www.austlii.edu.au/au/legis/cth/consol_act/ca2001172/s135.html [Accessed 21 May 2017]. Austlii.edu.au. (2017).CORPORATIONS ACT 2001 - SECT 254A. [online] Available at: https://www.austlii.edu.au/au/legis/cth/consol_act/ca2001172/s254a.html [Accessed 20 May 2017].

Why Graduate Studies Essay Sample?

Why Graduate Studies Essay Sample?Although a degree can mean the difference between career success and failure, most students find the skills necessary to become a writer often unavailable to them. Now, to be more specific, the skills you will need are dependent on the type of school you attended. Some schools require a lot of work to get good grades in your course and this is more often found in courses that revolve around writing and communication.This is probably why most students do not feel good about their writing. Unfortunately, most graduate students also do not feel good about their writing skills. This means there is a big problem: you don't have the technical skill to write a PhD thesis.Fortunately, there is an easy solution. With a little practice, you will be able to become a great writer, especially if you are studying writing for a PhD. By the time you finish your course, you will have developed a great deal of expertise in writing. And since you already have some prof essional experience, you can write for some companies who recruit in this field.The great thing about this career is that you have the chance to be very creative and create a new identity for yourself. After all, this is a technical subject. It means that the experts in the field will not expect you to create a one-dimensional, academic type of project.That means you should keep this in mind when you choose which of the many writing samples you want to write your thesis on. Instead of choosing some university dissertation, try to consider some of the best written studies essays. You can also read about the subject and get ideas from the books that are now available for you to read. You can even read books and articles written by professionals.The best thing about this kind of research is that it also serves as a reference. You will be able to refer to the information that you already have. For example, you can give to your reader a condensed version of what you are planning to write . You can also give the general idea of the chapter or the paragraph you are writing, or give a quote from the author. The more complex the topic, the more you will be able to present information in a clear and informative manner.The basic components for a good thesis project include: first, you must write a summary of the ideas presented in the rest of the paper. If you are using a book or article as a reference, you must provide enough information to convince the reader to learn more about your topic. The second component is to present the main ideas and concepts that will support your thesis. The last component is to research the author or the book you are reading and see if you can find out more about him or her.This is how you will create a successful thesis project. You can use whatever writing samples you are familiar with and present them in a new light. Keep in mind that once you finish your project, you will still have a job to do.

Chapter 3; Essays - Capitalism, Economic Liberalism, Profit

Chapter 3; The main points of the chapter explain how the middle class is slowly disappearing because there is more of a line drawn between the upper class and lower class, how technology is beginning to take over jobs, and how the egos of those in charge result in social control and hinder efforts to help the lower class be more successful. The video's main points include the fact that capitalism is a breeding ground for racism, we need to implement cooperative economics in order to help the black community move out of poverty, and how we need money, training, and people to create a healthy union that includes new, union, living wage jobs. The video presents the solution of "firing the boss" in order to level the playing field. Both critique capitalism, which allows people to make money off of other peoples' labor, this is especially prevalent in the white community and is made worse by trading between other countries. Both are advocating for the working class. The chapter describes the i ssues the working class is facing presently and has faced in the past, but the video presents a solution to the issues. Chapter 4; Both the video and the chapter discuss the cost of higher education and its value. The main points of the chapter include the fact that students that come from low-income families struggle to make it into the FTE sector, that white students are far more privileged and have an easier time in terms of obtaining reasonable jobs, and that the rising costs of public education, the amount of private colleges, and the loan process set students up for failure. The video's main points are that even if a person goes to college and obtains a degree, that doesn't mean they'll get a job, that people need a balance of book smarts and street smarts to succeed in life, and that knowing who you are, what you know, and knowing the right people are essential to success in the work field. While both the chapter and the video critique the education system, they approach the subjects in different ways. For example, the chapter focuses on low-income students and their disadvantages, while the vide o is more concerned with the student population as a whole. Both are in accordance with the fact that simply going to school is not enough. They both emphasize how important it is to make connections with people above you in whatever field you are trying to master. Not only are both the chapter and the video critical of the tuition prices, but they are also critical of the way the United States handles student loans. Both agree that a degree is only a piece of paper; however, the chapter focuses more on explaining why a degree is not even worth it for some people, while the video pushes people to advocate for themselves and make it worth something by attacking the education system from a different angle.

Magnolia essays

Magnolia essays If you havent seen Magnolia yet, I truly ask you to stop reading now, and rent the movie. Then read this paper and form an opinion on it. I really dont want to ruin the experience for you. Isnt it odd how things happen? How people affect one another in ways that cant be seen until you take a step back. How so called coincidences arent really coincidences, but things that were meant to happen because there was no other route to take. This is what the movie Magnolia is based upon. The people that we meet and greet everyday affect us monumentally in the long run. It tells the story of eight people and how their lives are affected by each others actions. The major characters in the movie are Earl, the dieing TV producer, Frank T.J. Mackey, the chauvinistic televangelist, Donnie, the former quiz kid, Jimmy Gaiter, the quiz show host, Jimmys daughter Teresa, Jim, the LA cop and Stanley, the next quiz kid. I will give a brief, but incomplete, breakdown the story from each characters track in life. I will write of Earl because without Earl, the story wouldnt be possible. Earl is a dying man with an odd vocabulary. All that is known of him is that he had once been a television producer and produced a very successful quiz show for kids in the sixties, which is still in production today. Next comes the televangelist for single men, Frank T.J. Mackey, played by Tom Cruise. He is seen as this smart, sexy and desirable human being. Women and men want to be around him. He is often the target of many womens rights organizations because of his chauvinistic attitude towards women. One day, at a break in his How to pick up women seminars, he is interviewed by a women reporter. She begins to ask questions about his background. Where he went to college, who his parents were, ect. What she begins to find out is that this guy never went to college like he said he did...