A determination on the cost efectiveness of temporary employees for a Essay

A determination on the cost efectiveness of temporary employees for a manufacturing company - Essay Example In this study, several items will be considered while analyzing the cost effectiveness of temporary workers. First, an overall analysis of the benefits as well as the drawbacks of temporary workers will be presented in comparison to the hiring of full-time employees. The presentation of this analysis will demonstrate that hiring temporary workers is, in fact, more beneficial for companies when trying to cut costs.Temporary workers allow for companies to adapt to fluctuating markets, and give them some control in an economy that has not provided much earning incentive. In order to resolve this and to adapt to changing times, temporary workers can be hired and maintained by companies for as long as needed. Skilled contingent workers are included in this study. While skilled contingent workers are often paid more than other temporary workers, and often more than full-time workers as well, their use still allows the company to save money. This is because they are usually brought on for s hort term projects, and then released when the projects are completed. The large salaries or hourly wages earned by skilled contingent workers thus will end, and the company can return to normal expenditure. There would therefore be no need to bring on another full-time employee to handle certain skilled situations that are needed for specific periods of time only, and this has helped to keep costs down for many companies. This study examined three companies throughout a one year, four quarter period. Costs were analyzed and determined as the companies transitioned into using more and more contingent workers. The results of this study demonstrate that companies achieved cost-cutting results that increased every quarter for each company that participated in the study. Therefore, this study helps to prove that temporary workers, whether skilled or not, can be used to help cut the costs of company finances. Based on the findings, it appears that the use of temporary workers does, in fa ct, cut costs for companies. Therefore, the key recommendations of this study are for companies to use temporary employees in order to save money in a worsening economy. TABLE OF CONTENTS ABSTRACT 3 CHAPTER I. Statement of the Problem 5 Statement of the Problem 5 Purpose of the Study 5 Research Objectives 5 II. LITERATURE REVIEW 6 Temporary Employees 6 Core Reasons and Responsibilities of the Temporary Agency 7 Core Reasons and Responsibilities of the Organization 8 Core Responsibility of the Temporary Employees 11 III. METHODOLOGY 13 IV. Data analysis 14 Who Are the Temporary Workers 14 What Jobs do Temporary Workers Perform 17 How Often Are They Used 18 Overview of the Model 20 Is Training and Hiring Employees Cost Effective 25 Company 1 - Illustration 26 Company 2 - Illustration 27 Company 3 - Illustration 27 V. Summary, CONCLUSION, Recommendations 28 VI. 28 REFERENCES 33 Refer to the Student Guide for formatting and titles of chapters, etc. Chapter 1: Statement of the Problem Due to the rise of the global economy, technological advancement and the growth of the service economy have promoted changes in the way organizations do business (Camerman, Cropanzano, & Vandenberghe, 2007). These require that business develop the ability to respond flexibly to the fast-changing environments. One such strategic decision is whether to engage temporary employ

EYMP3 3.2 welfare and welbeing Essay Example for Free

EYMP3 3.2 welfare and welbeing Essay EYMP3 – 3.2 Health visitor – works with the family will visit a child at home as well as see them at the clinic, they will record the child’s weight and height and carry out age milestone checks on the child. If the health visitor has any concerns they would then refer to the GP They would also give advice to the parent/carer or any information that they have. GP – would normally be the first port of call, they will monitor and keep all records of the health of a child, also give advice to the parents/carer and or make referrals if required. Speech therapist –They help child with speech, language and communication difficulties, they also give advice to parents/carer, pre-school and schools 2 Examples of professional advice for promoting the wellbeing of children and families Dentist – Regular check-ups and gives advice on how to keep teeth and gums healthy, cut down on sugary food and drinks, clean teeth every day morning and night and after every meal. Change 4 life – (www.NHS.uk/change 4lifechildren earlyyearsprovider For early years providers you can sign up as a local supporter, get regular news letters about campaigns and materials, as a childcare professional you can link up with the local community which puts you in a great position to spread the word â€Å"Change4life. Good habits are picked up early and a child will became used to eating healthy and nutritious snacks between meals every day as well as being active and have a great chance of becoming a healthy youngster enjoying a healthy life. To reap the rewards you can down load free posters and booklets that help you to help the children aged 2 – 5 years including games and activities that they can play on line to become more active and eat healthy food.

Isolation And Observation Of Bacteria Using Pure Culture Methods Biology Essay

Isolation And Observation Of Bacteria Using Pure Culture Methods Biology Essay INTRODUCTION Bacteria are found everywhere (Campbell Reece, 2005). They have the ability to colonize almost all habitats which means they come in wide varieties of forms. Understanding bacterial structure can therefore make it possible to understand their functions and survival. For example, just by studying the capsule layer of bacteria, one can get an idea of the pathogenicity of the bacteria. But they grow among diverse and mixed populations, where it is impossible to study a single species of bacteria. Thus it is necessary that the pure culture of bacterial colonies be obtained for studying. Pure culture is defined as a mass or group of cells arising from the same parent cell. Pure culture techniques, such as streak plate, pour plate and spread plate, isolate bacterial colonies from mixtures so that colonies comprising of the identical organisms can be studied. Isolation of pure culture is vital for characterizing a single species of bacteria ­ otherwise presence of contaminants can lead t o inaccurate observations (Prescott et al., 2005) Then the isolated bacterial colonies undergo incubation at 370C for 24 hours for all the three plates, after which, a colony can be selected and isolated again to obtain pure cultures. Another step in the experiment is to perform a differential staining method known as Gram staining, which mainly differentiates the bacteria into two categories: Gram positive and Gram negative based on their cell wall structures (Campbell and Reece, 2005). The species of bacteria present in the given broth culture were Escherichia Coli, Staphylococcus Aureus and Bacillus Cereus. The appearances of these bacteria known in theory state that Escherichia Coli are Gram negative and rod-shaped; Bacillus Cereus are Gram positive and rod-shaped while Staphylococcus Aureus are Gram positive and cocci. So the experiment was carried out to see if it was possible to obtain pure cultures from mixed broth by applying streak, spread and pour plate techniques. AIMS The main objectives of this experiment were to understand the purpose, principles and techniques of Gram staining as well as the isolation of pure cultures. The experiment further aimed to compare the different isolation techniques, namely streak plate, spread plate and pour plate in terms of producing pure cultures, and also compare the morphological features of three types of bacteria. MATERIALS AND METHODS The procedure was carried out according to the instructions stated in the pages 32-36 of the Microbiology lab manual (MIC2011, Class Notes, 2011). RESULTS (combined with Morning Lab, Bench 1, Group A3) The entire experiment was carried out in three different sessions. Session 1 A broth culture, labelled as Culture 2, was provided and it was known to contain a mixture of Staphylococcus aureus, Escherichia coli and Bacillus cereus. Sample from the broth culture was heat-fixed and then gram stained for observation under the light microscope. Three different types of bacteria were seen and their identifiable characteristics were matched with the three kinds of bacteria known to be present in the mixture. Table 1 Observation of Culture 2 (the broth culture) and characterisation of the types of bacteria seen under the microscope Species Cellular Morphology Type of Bacteria Gram Stain Shape Arrangement Type 1 (Gram +ve) Purple Coccus Cluster Staphylococcus aureus Type 2 (Gram -ve) Pink Rod (shorter) Single/Pair Escherichia coli Type 3 (Gram +ve) Purple Rod (longer) Chain Bacillus cereus After the presence of all three types of bacteria was confirmed, loopfuls from the broth culture were taken in order to prepare pure cultures using three isolation techniques streak plate, spread plate and pour plate. Once the three isolation plates were ready, they were incubated overnight at 37 °C for the next session. Session 2 After overnight incubation at 37 °C, the colonies which formed on the streak, spread and pour plate were observed under the microscope to see the distribution and the morphology of bacterial colonies. These isolation techniques helped determine which bacteria were responsible for the colony morphology. Table 2 Distribution and observation of bacterial colonies present in streak plate, spread plate and pour plate, after one-day incubation at 37 °C Appearance of Bacterial Colonies Streak Plate Spread Plate Pour Plate Distribution Primary inoculum and initial streaks were overlapping while the final streaks were distinct and separate Overlapping and could not be differentiated Overlapping and could not be differentiated Density High Higher Highest Location Few large colonies present on the surface of the agar Overlapping colonies present on the surface of the agar Distributed on the agar surface as well as within the agar medium Other Features Various features were noted among different colonies Opaque, irregular, smooth and flat White and opaque Since distinct and well-isolated colonies were not found from the spread plate and pour plate techniques, selection of distinct and clear colonies of all three types of bacteria were made from the streak plate and observed under the microscope. Table 3 Morphology of the bacterial colonies Appearance Colony 1 Colony 2 Colony 3 Shape Circular Circular Irregular Size Small Medium Large Surface Smooth and glistening Smooth and glistening Rough and dull Elevation Flat Convex Raised Color Pale yellow Yellow White Edge Undulating Smooth Undulating Opacity Opaque Transparent Opaque Identity Staphylococcus aureus Escherichia coli Bacillus cereus Session 3 The isolated colonies were incubated overnight at 37 °C and inoculated onto new nutrient agar (NA) plates, after which pure plates of each type of bacteria were prepared and Gram stained followed by the observation of single colonies of bacteria under the microscope. Table 4 Observation of cellular and colonial morphology Type of Bacteria Colony Morphology Cellular Morphology Gram Stain Shape Arrange-ment Other Features Staphylococcus aureus Smallest in size; circular; flat; smooth surface and undulating edges; pale yellow and opaque (Gram +ve) Purple Coccus Cluster Pure culture was extracted. No contamination. Escherichia coli Medium in size; circular; convex; smooth surface and edges; yellow and transparent (Gram -ve) Pink Rod (shorter) Single/ Pair Pure culture was extracted. No contamination. Bacillus cereus Largest in size; irregular; raised; rough surface and undulating edges; white and opaque (Gram +ve) Purple Rod (longer) Chain Pure culture was extracted. No contamination. DISCUSSION (1) As seen in the table-4 of results, Bacillus cereus had the largest colony with irregular shape, raised elevation, rough and dull surface, undulating edges, opaque and white in colour. They are Gram positive and rod-shaped, which are arranged in chains. The moderate-sized colony was the Escherichia coli with a circular shape, convex elevation, smooth and glistening surface, smooth edges, transparent and yellow in colour. They are Gram negative and are seen under the microscope as short rod-shaped structures existing in pairs or single cells. The smallest of all colonies belonged to the Staphylococcus aureus, with a circular shape, smooth and glistening surface, undulating edges, opaque in pale yellow in colour. They are Gram positive cocci arranged in grape-like clusters and they do not form spores (Mahon et al., 2007). The cellular morphology of bacteria was observed by Gram staining while the colony morphology was seen using streak plate technique. The morphology of each bacterium observed in the pure cultures matched with those in the original mixture, but the colony size in pure culture was much bigger than those in mixed culture. The probable reason for this is that multiple bacterial colonies experience competition for nutrients while colonies in pure culture had sufficient food and space. No contamination was found and individual bacterial colonies were separated on an agar surface. (2) Among the three techniques used, streak plate is the most efficient way to produce well-isolated colonies, or in other words, pure colonies. In streak plate technique, the microorganisms containing many viable cells, were directly plated. However, in order for the technique to work well, there must be large populations of the organism in the original mixture (Sumbali and Mehrotra, 2009). Otherwise, the final streaks result in less or no colonies because in the streak plate method, the bacterial suspension is diluted more and more as it proceeds from the primary inoculums towards the latter streaks. Streak plate is a cost-effective and rapid-active method for separating bacteria in mixed cultures of high density and can also be repeated for achieving the desired purity. For these reasons, streak plate technique is widely used in laboratories (Pommerville, 2010). One disadvantage of streak plate is that the risk of contamination is higher since the plate is exposed to air for sever al times (Sumbali and Mehrotra, 2009). For more diluted populations, spread plate and pour plate are considered since they are easy to locate colonies among low density of evenly distributed populations (Willey et al., 2011). Serial dilutions reduce the microbial population (Willey et al., 2011). For spread plate, 0.1 ml of the bacterial suspension was taken from 10-2 dilution and spread over the agar whereas for pour plate, 1 ml of the suspension was taken from the 10-2 dilution. Although spread plate can separate a bacterial colony and it is more aseptic than streak plate, it is not feasible for isolating colonies from a mixture because the method is time-consuming and the colonies are not easily differentiated. However streak plate can be used to count microbial populations (Prescott et al., 2005). Similarly, pour plates are also used for counting microbial populations. Although it has the least risk of contamination, the process is time-consuming and the colonies are hard to dis tinguish or count since the colonies also grow inside the agar, for which this technique is not used to isolated colonies from a mixture. Pour plate is used for isolating and counting anaerobic bacteria since these microbes cannot survive in atmospheric levels of oxygen and are therefore only found within the agar and not on the surface of the agar (Hogg, 2005). (3) Gelatin is colourless, brittle and translucent medium (Willey et al., 2011). In this experiment, agar was used as the culture medium. Agar is preferred over gelatin for making solid media because of several reasons. First of all, unlike gelatine, agar contains complex polysaccharides that cannot be nutritionally digested or degraded by most microorganisms to form precipitates, since the incubation temperature of agar is about 20 °C, which is below the optimum temperature of most organisms and this enables the agar to remain solid when microorganisms are growing on it (Hogg, 2005). Secondly, agar sets firmly and strongly, providing a stable culture medium (Willey et al., 2011). Moreover, agar has a wide range of pH from 5 to 8 and also solidifies below 40 °C, for which liquid agar can be poured over the temperature sensitive nutrients without damaging them. Furthermore, the melting point of solid agar is above 100 °C and therefore can be used to culture thermophiles (Bauman, 2006). Finally, agar, being porous, can also show motility of the bacteria (Prescott et al., 2005). (4) Unlike bacterial colonies with heavy growth, the well-separated colonies do not have shortage of food or space, which prevents over-crowding and competition for resources and thus the bacterial growth rate is higher, for which they appear larger. Growth rate of bacterial cells in well-separated areas is further enhanced by the higher diffusion rate of the oxygen uptake by the cells and releasing of toxic metabolites out of the cell (Willey et al., 2011). On the other hand, bacteria in areas of high growth face competition for food and space for which their growth rate as well as survival rate is lower. This is probably the reason why Staphylococcus aureus, grew initially, but then stopped. In this experiment, once the bacteria were isolated, they were Gram stained and checked to ensure that no contamination had taken place and that each colony had single species of bacteria. (5a) An individual colony might contain more than one type of bacterium due to contamination. Common reasons for contamination are improper sterilization of inoculating loop or absence of aseptic techniques or sometimes even under sterilized environments. Contaminants are also present in the extracellular slime layer of bacteria and also in those bacteria which are joined in a network of chains. Another reason for not having the same type of bacterium in a colony, although very rare, is mutation and this results in the presence of multiple mutant strains of bacteria being present in a single colony (Pommerville, 2010). (5b) Bacteria reproduce asexually by a process called binary fission where a parent cell divides into and subsequent divisions take place. In this way, a colony can arise from multip le cells of same or different species of bacteria which are deposited together on a solid medium and this is how a colony may not always have the same parent cell. Even when bacteria exist in clusters, not necessarily are they from a single parent cell (Hogg, 2005). (6) Passing the dried smear through the Bunsen flame is known as heat fixing. By doing so, the microorganisms are killed and attached firmly to the slide due to the coagulation of the proteins; otherwise they would wash off with the stains. Heat fixing also alters the structure of the microorganisms, preserving the general morphology, so that they become permeable to stains (Sumbali and Mehrotra, 2009). (7) A whole colony would result in a thick smear, which not only appear overlapping and crowded under the microscope, but also prevent the diffusion of the dyes across the cell, for which the alcohol would not be able to effectively decolorize the cells, causing majority of the cells to be stained purple. Also different types of bacterial cells have different staining methods which may get confusing. Therefore, it would get very difficult to identify individual cells. (8) There is no association between bacterial cell shape and reaction to Gram stain. Gram staining depends on the thickness of the bacterial cell wall which is composed of peptidoglycan. Peptidoglycan consists of abundant teichoic acid, a thin layer of periplasmic space and a peptide interbridge (Prescott et al., 2005). Both Gram positive and Gram negative bacteria come in various shapes. For instance, Staphylococcus aureus (coccus-shaped) and Bacillus cereus (rod-shaped) are both Gram positive. (9) The bacterial cell wall structure determines its Gram stain reaction. Bacterial cell walls are composed of peptidoglycan which maintain rigidity and shape of the bacterial cell and also give protection from osmotic lyses (Prescott et al., 2005). However, in Gram positive bacteria, 90% of the cell wall is made up of peptidoglycan, for which the cell walls in Gram positive bacteria is thicker than in Gram negative bacteria where the peptidoglycan content is only 5 to 20%. The decolourisation depends on the peptidoglycan content in the cell wall and therefore determines whether the cell will be Gram stained or not. Upon addition of alcohol, the pores of the thick peptidoglycan layers shrink in the cell wall of Gram positive bacteria, which results in dehydration of the layer and retaining of the stain, for which they appear purple under the microscope. As for Gram negative bacteria, the alcohol wash opens the pores of the peptidoglycan layer and the stain is not retained in the pept idoglycan layer (Prescott et al., 2005). (10) The step which is very crucial in determining the outcome of Gram staining is the decolourisation with alcohol. The cell wall structure of Gram positive bacteria allows the crystal-violet iodine dye complex (CV-I complex) to be retained within the thick peptidoglycan layer when alcohol is added. On the contrary, the cell wall structure of Gram negative bacteria allows the CV-I complex to be removed from the peptidoglycan layer upon addition of alcohol. It is for the decolourization step that the Gram negative bacteria appear pink when counterstained with Safranin and Gram positive ones appear purple, otherwise CV-I complex would be present in both types of bacteria and both would be seen purple under the microscope. (11) Nonetheless every step in Gram staining is necessary to obtain the correct result. If any of the steps is eliminated, the results can change and are misleading. The table below shows the various outcomes when the steps in Gram staining are changed. Table 5 Results from altered steps in the Gram staining process: A B C D Staphylococcus aureus (Gram positive) Pink Pink Dark purple Dark purple Escherichia coli (Gram negative) Pink Pink Dark purple Colourless Bacillus cereus (Gram positive) Pink Pink Dark purple Dark purple When crystal violet wash is eliminated in step A, none of the cells will get the purple colour and thus all cells are stained pink when washed with Fuchsin. In step B, when the iodine wash is eliminated, the CV-I complex does not form and the crystal violet molecules are not large enough to be retained in the peptidoglycan. Thus they are washed off with the water and alcohol, for which even the Gram positive cells appear pink. In step C, with the elimination of alcohol wash, decolourization is not done, for which all cells, including the Gram negative one where the CV-I complex masks the pink colour, are stained purple (Willey et al., 2011). When Fuchsin wash is eliminated in step D, no change is brought on the Gram positive cells, but the Gram negative cells appear colourless, the reason being that after washing off the crystal violet with alcohol, no counterstain is added to the Gram negative cells (Willey et al., 2011). A limitation in this experiment is not performing the Gram stain when the species of bacteria were identified on the streak plate and again streaked on the nutrient agar plates. The bacterial species were of taken based on their colony morphology. However a Gram stain could have confirmed if the colonies comprised of the expected bacteria or not. CONCLUSION It was mandatory that aseptic techniques be followed when experimenting with microorganisms. Compared to spread plate and pour plate techniques, streak plate was found to be the most efficient and also the easiest way to isolate bacterial colonies. Pure cultures of three types of bacteria that were obtained included Staphylococcus aureus (rod-shaped and Gram positive), Bacillus cereus (cocci-shaped and Gram positive) and Escherichia coli (rod-shaped and Gram negative). Other than that, importance of heat fixing and Gram staining was understood. Gram staining proved to be a very good method for observing the bacterial cellular features and hence, differences between Gram positive and Gram negative bacteria were clarified. It was also understood that reaction of a bacterial cell to the Gram stain is determined by the decolourization step.

The Mistreatment of Women in the Works of Zora Neale Hurston :: Biography Biographies Essays

The Mistreatment of Women in the Works of Zora Neale Hurston Society is suffering from a number of serious social problems related to women, and to the interaction between the two sexes. Male domination and patriarchy have been under challenge by feminists and the women's movement. The economic, social and political subjection of women around the world, the violence brought against women and their confinement has been brought to the forefront in recent years. Zora Neale Hurston's stories speak out against the uncivil and unjust treatment of women especially in their marriages. Hurston's stories reveal the disturbing situation for women about mistreatment abuse in the 1930s, when speaking out was unheard of. This was the time period for the setting of Hurston's stories, and her stories reflect violence against women that occurred during that era. "Zora Neale Hurston's works are brilliant glimpses into the mind of a woman who lived life for what it was, who wanted nothing more then to have"...a busy life, a just mind and timely death." "She lived as she wrote, to the fullest, she wasn't just a writer, but also an anthropologist who brought to the light the folklore, and culture of nations that before there had been little study of. She brought new, exciting views of the world through her poetic words, and is a shining example of what it is to be a woman. Intelligent, driven, and confidant" (Walker 8). At only thirteen years old Hurston was thrown out of her father's house because her stepmother didn't approve of her or her siblings. At an early age Huston knew about struggling and making a way for herself (Ford 7-9). In Zora Neale Hurston's autobiography she said, "There is something about poverty that smells like death. Dead dreams dropping off the heart like leaves in a dry season and rotting around the feet, impulses smothered too long in the fetid air of underground caves. The soul lived in a sickly air. People can be slave ships in shoes (Hurston 37). Hurston was mistreated as a child, and in her story "Drenched in Light" it reveals some of her background of child abandonment. She also focused on women's rights and fights in marriages.

It Was the Most Wonderful Day of My Life Essay

It was the most wonderful day of my life! Maybe it did not mean a great deal for others as it came naturally to them, but for me, it was a bliss. Yes, bliss; I had completely lost hope until Dr Hurree came in my life as a ray of light, enlightening my life and removing all the darkness which caused me to weep my heart out everyday. I am able to conceive! This very little fact made me dance a jig of joy even on the hospital stretcher. All thanks to Dr Hurree, I was able to become mother after ten long years of marriage. This very fact filled my ears with sweet cries of babies. I went mad of joy. And my husband, he was the second most happy. After several tests conducted by the doctor, we had discovered that I could not become expectant. As my husband was the only son of his parent, my mother-in-law used to taunt me as I could not bring an heir in their family, I had to beat these vulgar and hurting taunts until today. Today nobody could tell me anything. Some months later, I was nurturing a child in me. Being so happy, I forgot about the contract I signed before working; I did not have the right to take more than one months of holidays except emergencies. I badly needed holidays, but for that I had to pay the price of losing my job, my career, and my hard-works. As always , my husband supported me to decide what pleased me. But on the other hand, my in-laws beckoned me to resign. So what if I lose my job, at least I could bring to world my symbol of love of my husband and I. I would sacrifice my career , and my years of education to take good care of my child. Hence, I resigned. During the last three months of pregnancy, I stayed at home, obeying my mother-in-law. She now talked to me with undoubted love and softness ans I was treated like a daughter of this house. My husband, an angel sometimes stayed at home and cook my favorite dishes. I was really pampered. He treated me as a princess. All my desires and wishes were fulfilled and I was in a state of happiness every single second. One morning as I descended the flight of stairs after waving goodbye to my husband who was going to work, a thought crossed my mind. I thought of his laughter when he said that I look like a huge pumpkin. I remembered my first responses from my child. However, I did not realize that the maid mopped the floor and it was slippery. Day-dreaming, I missed one step and this was the end. I blacked-out. I opened my eyes in the hospital, and I knew what had happened. I could no longer feel the nudging sensations of my baby and I screamed hysterically. Now, my system had calmed down and I wept silently. It was all my fault. My husband was on his way. He was aware of the miscarriage. What was he going through? As I lay down on the hospital stretcher, I watched the television to divert my attention. I watched the news. There was an accident not far from here. The victim died on spot. As the camera focused on the victim’s face, I froze; it was my husband! I had lost my career, my baby and now my love! I felt lonely and defeated; I was just a burden to this world!

Airline Industry Essays

Airline Industry Essays Airline Industry Essay Airline Industry Essay Many people assume winging is a reasonably new enterprise. However. although the first few old ages of the twentieth century were a hazardous clip for winging. it did be. It wasn’t until 1925 that winging became more common. This began when the Air Mail Act took topographic point. which enabled the station maestro to contract with private airliners to present mail. developing the air hose industry. Shortly after. the Air Commerce Act gave the Secretary of Commerce power to set up air passages. certify aircraft. license pilots. and issue and implement air traffic ordinances ( Harris. neodymium ) . Within ten old ages many modern twenty-four hours airliners such as United and American had emerged as great participants in this up and approaching industry. In 1938 the Civil Aeronautics Act was established making the Civil Aeronautics Board. This board’s two most important maps were finding airlines’ paths of travel and regulation monetary values for rider menus ( Harris. neodymium ) . The Federal Aviation Administration was created in 1958 to director and regulates safety operations and in 1978 the epoch of unencumbered free market competition would eventually take topographic point due to the Airline Deregulation Act. Airliners have come a long manner. With particular adjustments such as first category. nutrient and drink available. and frequently times even radio or telecasting. Often times. it is easy to happen a trade for tickets such as bundles. Some illustrations would be round a turn trips. or package trades on hotel suites. inclusive nutrient. and the trip back place. The Airline Industry Business theoretical account can be easy broken down into five theoretical accounts. First. the purchaser and 2nd is supplier power in the industry. Airbus and Boeing dominate the jetliner market. so it makes it difficult for other providers to hold a batch of power in the industry. ( Airline Economics. p. 14. 2010 ) . Different types of Carriers are demanded in the industry. depending on what it is used for. So. a batch of providers find it easy to acquire into the industry thanks to the purchasers. Competition from low-priced bearers such as Southwest Airlines tends to beef up purchaser power in the air hoses market. where United Airlines. for illustration. has a Mileage Plus strategy ( Airlines economics . p. 14. 2010 ) . A new entrant is something really hard to carry through within the air hose industry. New entrants can do it difficult because. by and large. a batch of established air hoses keep a monopoly over slots at most airdromes ( Airline Economics . p. 14. 2010 ) . Fourth. a good illustration of the Availability of Substitutes can be said to be boats. trains. or coachs. However. in today’s economic system with the oil monetary values sometimes winging evilly high. it is the best manner to go. and it’s a batch more clip salvaging. The concluding force is Competitive Rivalry. Highly competitory industries by and large earn low returns because the cost of competition is high. With a batch of disbursals being high today. different companies need to publicize so they’re non blowing seats. It is of import to retrieve that basically air hoses are a service industry. Airlines execute a service for their clients – transporting them and their properties ( or their merchandises. in the instance of lading clients ) from one point to another for an in agreement monetary value ( Airlines Economics . 2012 ) . Airlines vary greatly. From a individual aircraft transporting mail or lading. to a full-service international air hose many people depend on air hose services. However. it seems that it is the Low Cost Carriers which continue to turn and convey in the crowds. Most of the rider gross ( about 80 per centum ) comes from domestic travel. while 20 per centum comes from travel to and from finishs in other states ( Airlines Economics . 2012 ) . However. it is the frequent circulars. or the people who take more the 10 trips a twelvemonth. who take up a important part of air travel. While they merely account for 8 % out of the entire figure of riders in a given twelvemonth. they make up 40 % of the trips. Competition in the air hoses industry is strong. due in portion to the sheer size of rivals and the troubles in go outing the industry ( Datamonitor. p. 14. 2011 ) . Because the industry merchandise is so minimum. high sensitiveness is indispensable when sing pricing. Therefore. competition increases the more low cost bearers are in the market ; these companies are capable of viing more intensely. Competition is besides intensified where storage costs are high. Storage cost in this industry is tantamount to unsold seats on a flight. similar to unsold stock list in a fabrication industry ( Datamonitor. p. 22. 2011 ) . A deficiency of diverseness in the riders increases the demand for participants to utilize their individual nucleus concern to vie with. Competition in the U. S. air hose industry is assessed strong ( Datamonitor. p. 23. 2011 ) . Some of the major competition in this peculiar industry would include AMR corporation. Southwest airlines. and United Continental Holdings. Since 1978. the air hose industry has seen more than 180 bankruptcies ( Alukos. p. 1. 2012 ) . Currently. US Airways Group Inc. has decided to spouse with AMR in the thick of their bankruptcies. In making this. their hope is to minimise the sum of employees being laid away and set more money into creditor’s pockets. American Airlines has been at a competitory disadvantage for many old ages ( Corridore. p. 2. 2012 ) . In the last twosome of months pilots retiring have taken its toll. with 240 in September and October 2011. The companies hard currency balances rapidly drained out due to many lump-sum payouts. Oil monetary values have besides taken its toll on air hoses. top outing at its all-time high at $ 147. 27 a barrel. Since so. the cost per barrel has receded traveling down 58 % from the record high. However. it is thought to be possible for oil monetary values to mount. one time once more. over $ 100 a barrel over the following twelvemonth. reflecting the position of Corr idore that the oild market has once more become more volatile ( Corridore. p. 3. 2012 ) . Mentions Airline economic sciences. ( 2012 ) . Retrieved from hypertext transfer protocol: //www. avjobs. com/history/airline-economics. asp ( Airline economic sciences. 2012 ) Harris. A. ( n. d. ) . The history of air hose industry. Retrieved from hypertext transfer protocol: //traveltips. usatoday. com/history-airline-industry-100074. hypertext markup language Airlines Industry Profile: the United States. ( 2011 ) . Airlines Industry Profile: United States. 1-42. Corridore. J. ( 2012. June 28 ) . Standard A ; poors air hoses. Retrieved from hypertext transfer protocol: //www. netadvantage. standardandpoors. com. ezproxy. ohiodominican. edu/NASApp/NetAdvantage/showIndustrySurvey. make? loadIndSurFromMenu=html Alukos. B. ( 2012. August 22 ) . We believe southwest is doing the right determination by buy backing its ain equity. . Retrieved from hypertext transfer protocol: //library. morningstar. com. ezproxy. ohiodominican. edu/stock/stock-analyst-report? t=LUVÂ ®ion=USA A ; culture=en-US

10 High Paying Jobs For People That Really Hate Stress

10 High Paying Jobs For People That Really Hate Stress Nearly everybody needs to work. But sometimes we think that in order to make decent money, we have to work slavish hours, answer emails at any time of night, and sacrifice all semblance of a personal life. It’s called â€Å"work† for a reason, right? But what if that were not the case? It is possible to get a low-stress, fairly easy job that pays well. Most require some advanced education, but there are plenty out there that are attainable with only a bachelor’s degree and some finesse. Start planning for how you’ll land yours and stop stressing!Here are 10 of the best low-stress, high paying jobs.1. OrthodontistThis is definitely a career path for which you’ll have to get some serious schooling- at least four years of dental school and a year or two of residency training. But the average annual salary is over $196k and the stress is relatively low. Put in the work early on, and reap the benefits later!2. EconomistYou might think the economy is a st ressful thing, but the theory probably less so than the practice. You can get started in this field with just a bachelor’s degree, and the average pay is just over $100k per year.3. Video Game PlayerNo really, this is a job. You won’t get benefits, but you don’t need any special education, plus it’s fun. Test out new games and make around $50k while you’re at it.4. Power Plant OperatorPaging Homer Simpson. You might be horrified to find out that this job requires only a vocational degree. Though it really only involves the flipping of switches- and you get lots of training (and donuts) on the job. The average pay is around $73k per year.5. Massage TherapistIf you have strong hands and like to help people, then you could make around $51k per year massaging people. And in creating a de-stressing environment for them, you won’t be able to help but de-stress yourself. You only need a certificate to start.6. OptometristKind of along the same line s as orthodontist, this job is fairly stress-free as the medical profession goes. You’ll have to do some studying, and learn all there is to know about eyes, but you can make up to $125k per year.7. Personal TrainerLike to work out? Like to watch other people working out even more? Don’t mind spending your time in the gym? Get yourself certified, show up in your sweatpants, and start raking in the cash. The median annual salary for personal trainers is around $55k.8. ActuaryEver wonder who assesses financial costs of risk for companies? Get yourself a bachelor’s degree and pass a few certification exams, and it could be you. The stress is relatively low and you can make an average annual salary of over $107k.9. Art DirectorNot so great with the STEM fields? Have a good eye for visuals and a savvy for design? Then all you need is a bachelor’s degree and some experience to start helping different media look better put together. Average annual salary is well over $96k.10. StatisticianLove math? Make an average salary of over $83k per year for collecting and analyzing data and numbers in a variety of fields- just you and your nerdiness and peace and quiet. Only trouble is, you might need a graduate degree. But once you have it, you’ll have it made in the stress-free shade.