WORKPLACE SECURITY AND WORKER PRIVACY Essay Example | Topics and Well Written Essays - 1000 words

WORKPLACE SECURITY AND WORKER PRIVACY - Essay Example Of them 20 enactments relate to Minimum Wages, which are prescribing wage increases @ $0 .25 every year, bringing the wage levels in some States to $ 8.00 per hour. There are conditions imposed on employers not to include in this, tipped wages beyond $ 3.00. Besides this, 18 amendments relate to Workplace Security, 12 to Time off and 11 to three categories, viz., Prevailing Wages, Wages Paid and Worker Privacy. In this essay, let us go into the impact of these two legislations, in the current business scenario, particularly with an organization providing customer service call centers for multiple organizations; located in 5 other States and 6 cities in India. Workmen's compensation legislation prescribes compensation for employment injuries and the employer's responsibility is well defined in that respect. But, in the case of Workplace violence, besides the fact it is a bad culture deteriorating the organizational image principally, the employer's liability in terms of damage and legal remedies is beyond one's comprehension. In light of the doctrine that employer is responsible for the employee's conduct affecting a third party, who may be a fellow employee, customer or even a casual visitor, the employer is basically obligated to ensure that there is no scope for work place violence, particularly caused by the conduct of the employee. The law extends further more, in the sense, hiring and retaining a person who is likely to cause violence, will also put the employer into jeopardy. The potential application of negligence actions to cases where an employee has been caused injury by harassment at work was confirmed in Waters (AP) v Commissioner of Police for the Metropolis [2000] IRLR 220. The House of Lords held that "if an employer knows that acts being done by employees during their employment may cause physical and mental harm to a particular fellow employee and he does nothing to supervise or prevent such acts, when it is in his power to do so, it is clearly arguable that he may be in breach of his duty of care to that employee". [Equality and Human Rights Commission, 03-03-2009 ()] Employers can be found liable for negligent retention for not terminating an employee who has violated company policy on workplace violence. Or, if an employer failed to perform a thorough background check on an employee who proves to be a safety threat, an employer could be liable for negligent hiring. [Correy E. Stephenson, Lawyers USA.Boston:Oct 23, 2006.( )] The learned Judges have pronounced that employers owe potential customers a legal duty to use due care in retaining an employee who attends to those customers, as in the case Watson v. City of Hialeah. In this case a marital counselor had

In the Sun Also Rises by Ernest Hemingway Essay Example for Free

In the Sun Also Rises by Ernest Hemingway Essay In the Sun Also Rises, by Ernest Hemingway, alcoholism is an important theme in the novel. Alcoholism is a large part of Ernest Hemingway’s novel â€Å"The Sun Also Rises†. Drinking is the greatest escape that the characters use and the author employs it very often in the novel. All throughout the novel, the characters are drinking excessively. They use drinking to also help prove themselves. Because of Jake’s war wound made him physically unable, he feels that he must prove himself to people so he uses drinking to prove himself. Jake also uses wine to forget the things that he doesn’t like about his friends such as the fight between Mick and Cohn, when Mike was mad that Cohn is always looking at Brett and holding in to her everywhere she goes. â€Å"There was much wine and ignored tension, and a feeling of things coming that you could not prevent happening. Under the wine I lost the disgusted feeling and was happy. It seemed that they were all such nice people† (Hemingway 150). In reality, all that drinking does is to give them something in common so that they can relate to one another in some parts of their lives. They are always drinking together and talking about their life difficulties. Often, drinking provides a way of escaping reality and allows them to avoid their problems by avoid thinking about them. In conclusion, in Hemingway’s the Sun Also Rises, it is clear that alcohol dependency is a main theme.

Different Types Of Retaining Wall Systems Available Construction Essay

Different Types Of Retaining Wall Systems Available Construction Essay As a Construction Management Consultant of I-Consult Ltd appointed by I- Build Sdn Bhd, I am required to propose different types of retaining wall system available. My proposal focuses on the site investigation, importance of retaining wall, construction methods, design concepts and preventive measures to mitigate functional failures. I am required to propose an appropriate selection of the most suitable retaining wall system used to the Board of Directors, in which the project is located at hilly area which consists of 20 units of luxury bungalows. In this proposal, I am going to discuss: the importance of site investigation, the importance of retaining wall, the concept of retaining wall, types of retaining wall the most suitable retaining wall for this hilly project. The Importance of Site investigation Every man-made civil engineering structure is found on, in or with ground. The structure we put on the ground is man-made. We can control to design every item that goes into our structure, such as concrete, reinforcement, bricks and even the last wall plug. However, the ground below on which this structure will stand is not man-made. We usually have less knowledge about it and we undoubtedly cannot design or control its behavior. The ground below will determine the economies of how tall, how heavy, how safe the final structure is going to be and not the other way round. In short, the safety and economics of every civil engineering structure is influenced by the properties of the ground on which this structure will stand. These properties of the ground below or sub-soil properties are obtained via Site Investigation. In any site investigation work, the questions which should be resolved in determining the investigation program are: What type of investigation is needed, Why they are needed, Where the actual field works should be performed, How the work is to be done. Whether the investigation is sufficient or too much. Site investigation is normally crucial and carried out prior to the commencement of design of a construction project. Site investigation has been defined as investigation of the physical characteristics of the site and includes documentary studies, site surveys and ground investigation. It is also refers to the actual surface or subsurface investigation, including on site and laboratory tests. In broad sense, study of the site history and environment, interpretation and analyses of all available data, and making recommendations on the favorable/unfavorable locations, economic and safe design, and prediction of potential risks should also be included in site investigations. First and foremost, a desk study to reveal data which may already exist concerning the site, its geology and history, together with a site reconnaissance, is invaluable and can be done before purchase at minimal cost. This may be followed by trial pitting, probing or boring as appropriate to the conditions revealed by preceding studies and in the light of the development proposals. It is also a precaution to minimize damage that could be caused by these soils could also be communicated at this stage. At least home dwellers would be alerted to potential problems (and the associated costs) from the outset, thus enabling them to make informed decisions regarding the most appropriate foundation system for their homes. Site investigation is designed to identify the characteristics of soils or fill materials which lie beneath the site, the groundwater conditions and the existence and extent of other physical features or contaminants which may be present. This information influences the selection and design of an appropriate structural form for the proposed building. It is a process which should continue on an iterative basis throughout the design and construction phases. Post-construction monitoring can also be of importance in many instances as part of a validation process. The combined building loads indicated in figure 1 must be safely supported by the subsoil and also ensure that unreasonable movements of the building do not occur. If the supporting soil is sufficient resistant and its characteristics under load are likely to remain satisfactory, the problems of support and movement will be easily resolved. However, few soils other than rock can resist these concentrated loads and it is usually necessary to collect the resolved loads at their lowest point and transfer them to adequate bearing soil known to be available on a particular site (figure 2). Figure 1: Combined building loads Figure 2: Method of transferring combined building loads to supporting soil. The general distribution of soil types in the United Kingdom is indicated in figure 3; the soils include peat, clay, slit, sand and gravel. Corresponding safe bearing pressures are also given. Figure 3: simplified distribution of various types of supporting soils Lastly, site investigation should be undertaken by professional specialists, such as surveyors, geotechnical engineer and ground investigation contractor, and in a phased manner. The ground investigation contractor is responsible for providing reliable factual data. The geotechnical consultant should responsible for the planning execution of the investigation program, interpretation and analyses of results, and making appropriate design recommendations to avoid over design as well as unsafe design. Failure of Site Investigation Due to lack of or inadequacy of guide/code requirement regarding the extent as well as quality of site investigation work, geotechnical failures often occurred. These failures sometime led to catastrophic disaster and imposed serious threat to public safety. For the Highland Incident in Kuala Lumpur in 1993, the Architect appointed qualified civil engineer to be the consulting engineer for Highland Towers. Initially, civil engineers scope of works was restricted to the structural aspect of the three blocks. But subsequently, the civil engineer was engaged by the developer to submit proposals over the drainage of the area. His drainage plan was approved. He was also retained by the developer to design and supervise the construction of two retaining walls on the Highland Towers site. The Plaintiffs claimed that the civil engineer was negligent for the following reasons: (i) Designing unsuitable foundations; (ii) Lack of care and concern of the hill and slope; (iii) Issuing a notice to the authorities confirming the drainage works was completed when only a fraction of it was done. By the above acts of preparing, designing and supervising the construction of Highland Towers and the drainage system of the Highland Towers site, he was negligent and had caused nuisance to them. The civil engineer had used rail piles welded together as foundation to support the three apartment blocks. This type of piles, which was considered inferior to concrete piles, was accepted in the engineering and building industry to support high-rise buildings at the material time. Thus, no fault can be attributed to the civil engineer in using the rail piles as he was only adhering to the accepted professional practice at that time. However, there was lack of consideration by the civil engineer to the hill and the slope directly behind the three blocks. The court ruled that the civil engineer should have reasonably foreseen the danger of a landslide producing a lateral load against the foundation of the building. For this, he should have exercised care to either design or construct a foun dation to accommodate the lateral load or ensure that the slope was reasonably stable. Failure to do so is a breach of his duty of care he owes to the Plaintiffs since his duty was to ensure the safety of the buildings he designed and built. The civil engineers attempt to deny liability on the ground that he relied on the developer to ensure that other retaining walls were constructed properly was unsuccessful. The judge found that it was incumbent upon the civil engineer to enquire and ascertain whether the work was that of a qualified professional and what its impact might be on the safety of his own building. Figure 4: Highland Incident in Kuala Lumpur in 1993 What is Retaining Wall? A retaining wall is a stabilizing structure designed and constructed to retain soil at a slope that is greater than it would naturally assume, usually at a vertical or near-vertical position. Besides, the retaining wall used to prevent the erosion and the movement of soil. The function of retaining wall is to resist the lateral pressure of soil when there is a desired change in ground elevation that exceeds the natural slope taken by the soil which is called the angle of repose of the soil. The retaining wall is the wedge of soil resting on this upper plane of the angle of repose that a retaining wall has to support. It is also designed with weep holes which allow collected water to escape. This releases the additional pressure created by a accumulated water and helps in stabilizing the retaining wall. The walls are designed to offer the necessary resistance by using their own mass to resist the thrust or relying upon the principles of leverage. The terminology used in retaining wall construction is shown on figure 5: Figure 5: Terminology of Retaining Wall Constructing a retaining wall, several types of materials can be used. Stone and concrete are the most common materials used in constructing a retaining wall. Besides, there are also special retaining wall blocks crafted from aggregate materials and light concrete which are designed for this purpose. Because each block fits securely with the next, some styles interconnect, making building simpler, less costly and time required. These blocks do not require the addition of mortar due to the fit of these blocks is secure. A retaining wall can be tiers or a series of steps, which allow more efficient erosion control as well as a more sophisticated design. Different types of plantings, flowers or materials in each tier can be included in the design to bring more color, texture and interest to the area. By breaking down the amount of soil and pressure, a tiered design also give a better erosion control held by each division of the retaining wall instead of adding the aesthetic value. Today, there are several styles and types of retaining wall blocks, and most people choose preformed blocks. Unlike today, large stones and railroad ties were often used to construct a tiered retaining wall in the past. Performed blocks are affordable and user- friendly, making other methods out of date at all, except the look of rough stone or wood is preferred. The Concept of Retaining Wall DESIGN PRINCIPLES The design of any retaining wall is basically concerned with the lateral pressures of the retained soil and any subsoil water. The purposes to construct a retaining wall are shown as below: It is difficult to precisely identify the properties of any soil because they are inconsistent materials. The calculation of pressure exerted at any point on the wall is a task for the expert, who must take into account the following factors: Nature and type of soil; Height of water table; Subsoil water movements; Type of wall; Materials used in the construction of the wall. Design calculations related to the resultant thrust of retained material behind a 1m length of wall. There are two well-established methods can be used to determine the resultant thrust: Rankines formula; Coulombs graphical representation or wedge theory. EARTH PRESSURES The designer is mainly concerned with the effect of two forms of earth pressure: ACTIVE EARTH PRESSURE are those that tend to move or overturn the retaining wall, and are composed of the earth wedge being retained together with any hydrostatic pressure caused by the presence of groundwater. The latter can be reduced by the use of subsoil drainage behind the wall, or by inserting drainage openings called weep holes through the thickness of the stem, enabling the water to drain away. PASSIVE EARTH RESISTANCES are reactionary pressures that will react in the form of a resistance to movement of the wall. If the wall tends to move forward, the earth in front of the toe to counteract the forward movement. This pressure can be increased by enlarging the depth of the toe or by forming a rib on the underside of the base. Active earth pressures must equal to passive earth resistances in order to avoid overturning and circular slip. Typical examples of these pressures are shown in figure 6 and figure 7. Figure 6: Active and Passive Earth Pressures act on Mass Retaining Wall Figure 7: Active and Passive Earth Pressures act on Cantilever Retaining Wall STABILITY The overall stability of a retaining wall is governed by the result of the action and reaction of a number of loads: EFFECT OF WATER The design and stability can be affected by ground water behind a retaining wall whether static or percolating through subsoil. The pressure on the back of the wall will be increased. By reducing the soil shear strength, the bearing capacity of the soil can be reduced; it can reduce the frictional resistance between the base and the soil and reduce possible passive pressure in front of the wall. As a result, the issue of drainage of the water behind the retaining wall is the utmost important in the design. SLIP CIRCLE FAILURE Slip circle failure (shown in figure 8) is sometimes encountered with retaining wall in clay soils, particularly where there is a heavy surcharge of retained material. It takes the form of a rotational movement of the soil and wall along a circular arc. The arc commences behind the wall and passes under the base, resulting in a tilting and forward movement of the wall. Further movement can be prevented by driving sheet piles into ground in front of the toe, to a depth that will cut the slip circles arc. Moment due to weight of retained earth and wall above slip circle arc about O is greater than restoring moment RM. RM=permissible shear stress x length of arc ABC x arc radius OC Result: mass above ABC rotates about O. Wall tilts forward and earth heaves in front. Figure 8: Retaining wall failure due to rotational movement. The Importance of a Retaining Wall A retaining wall might be built on property for various reasons. Some level of dirt and soil will be held away from home, garden, pool or play area by building a retaining wall. The sheer aesthetics might also be added on it. A more usable land will be provided if there have a lot of rolling and slopping yard. The importance of retaining wall is stated as below: Retaining Walls Hold Back the Earth Buildings might be built on a hill or in a valley between several hills. Retaining wall will hold back the earth once the hillside has been dug out to construct buildings. Dirt does back in from the sides of the wall with each shovel full. The more you shovel, the dirt begins to fall back in. the sides are loose and weak, so they will crumble at the slightest provocation. The dirt which remains has to discharge when the side of a hill is dug out. If left alone, it will eventually comes tumbling down. The dirt will be held back and the safety will be ensured. Retaining Walls Provide More Usable Land A walk-out basement, patio, playground, garden, tennis court or swimming pool might be installed into proposed development. If the land is rolling or hilly, work cannot be begun until the ground is leveled off. A sort of cliff, where a part of the proposed land which is not dug out is higher than the lower flat land, will then be left out. Adding a retaining wall will have more usable land as well as will add structure and beauty to your new area. Retaining wall can be used as steps into the pool where pool equipments to be held. Retaining Walls Avoid the Ground from Washing Away If the area gets a lot of rainfall or near water such as lake, a retaining wall will keep the water from eroding the soil of your landscaping and around your foundation. This could be a safety measure to prevent landslides and river of dirt from floating towards the buildings. Types of Wall Mass retaining walls Mass retaining walls also known as gravity walls. They rely upon their own mass together with the friction on the underside of the base to overcome the tendency to slide or overturn. They are generally economic only up to a height of 1.800m. Mass walls can be constructed of semi-engineering quality bricks bedded in a 1:3 cement mortar or of mass concrete. Mass concrete could have some light fabric reinforcement to control surface cracking. Natural stone is suitable for small walls up to 1.000m high, but generally it is used as a facing material for walls up to 1.000m high, but generally it is used as a facing material for wall over 1.000m. Typical examples of mass retaining walls are shown in figure 9 and 10: Figure 9: Brick Mass Retaining Walls Figure 10: Mass Concrete Retaining Wall with Stone Facings Cantilever walls Cantilever walls are usually of reinforced concrete, and work on the principles of leverage. Two basic forms can be considered: a base with a large heel so that the mass of the wall with a large toe (figure 10). The figure shows typical sections and patterns of reinforcement encountered with these basic forms of cantilever retaining wall. The main steel occurs on the tension face of the wall, and nominal steel (0.15% of the cross-sectional area of the wall) is very often included in the opposite face to control the shrinkage cracking that occurs in in-situ concrete work. Reinforcement requirements, bending, fabricating and placing are dealt with in detail in the section on the reinforced concrete. Reinforced cantilever walls have an economic height range of 1.200-6.000m. Walls in excess of this height have been economically constructed using prestressing techniques. Any durable facing material may be applied to the surface to improve the appearance of the wall, but it must be remembered that such finishes are decorative and add nothing to the structural strength of the wall. Figure 10: Reinforced Concrete Cantilever Retaining Walls Counterfort Retaining Walls These walls can be constructed of reinforced or prestressed concrete, and are considered suitable if the height is over 4.500m. The counterforts are triangular beams placed at suitable centres behind the stem and above the base to enable the stem and base to act as slabs spanning horizontally over or under the counterforts. Figure 11 and figure 12 show a typical section and pattern of reinforcement for a counterofrt retaining wall. If the counterforts are placed on the face of the stem they are termed buttresses, and the whole arrangement is called a buttress-retaining wall. The design and construction principles are similar in the two formats. Figure 11: Reinforced Concrete Counterfort Retaining Wall Figure 12: Reinforced Concrete Counterfort Retaining Wall Reinforced masonry retaining walls Steel reinforcement may be used in brick retaining walls to resist tensile forces and to prevent the effects of shear. A brick bonding arrangement known as Quetta bond is used to create a uniform distribution of vertical voids. Vertical steel reinforcement is tied to the foundation reinforcement and spaced to coincide with purpose-made voids. The voids are filled with concrete to produce a series of reinforced concrete mini-columns within the wall when the brickwork is completed. Where appearance is not important, or the wall is to receive a surface treatment, reinforcement and in-situ concrete within hollow concrete block work provide for economical and functional construction. Figure 13 shows the application of standard-profile, hollow, dense concrete blocks lay in stretcher bond as permanent formwork to continuous vertical columns. Figure 13: Reinforced Concrete Block Retaining Wall The height potential and slenderness ratio (effective height to width) for reinforced masonry walls can be enhanced by post-tensioning the structure. For purposes of brick walls there are a number of construction options, including: Quetta bond with steel bars concrete in the voids; Stretcher-bonded wide cavity with reinforced steel bars coated for corrosion protection; Solid wall of perforated bricks with continuous voids containing grouted steel reinforcement bars. Some examples are shown in figure 14: Figure 14: Post-tensioned Brick Retaining Walls Conclusion Based on discussion shown on above, I would like to select Cantilever retaining wall as the most suitable retaining wall for the project where is located at hilly area which consists of 20 units of luxury bungalows. As shown as above, a cantilever retaining wall is a form of masonry installation that holds a large amount of earth in place. The cantilever design is just one of several variations on a retaining wall design, using various principles to manage earth loads. Cantilever retaining wall has an economic height range of 1.200-6.000m. This type of retaining wall is suitable for bungalows because the height is sufficient to support the bungalows. A concrete cantilever retaining wall uses a relatively thin stem of steel-reinforced, cast-in-place, concrete or mortared masonry. In a cantilever retaining wall design, an earth pressure vector acts horizontally against the side of the wall. The bottom part of the wall presents a gravity vector downward. That gravity vector produces an opposite force upward. The resulting vector counters the earth pressure vector, and pushes back against the earth load. This type of retaining wall is more stable compared to the other three types which stated on above in order to build 20 units of luxury bungalows because the loads are distributed equally. Retaining wall design is evaluated to moderate the effects of a landslide. Retaining walls can be helpful in protecting soil against the kinds of movement associated with these natural disasters. Looking at landslide risk and the risk of liquefaction, the water saturation of earth, is part of assessing how a retaining wall works. Cantilever retaining wall is one that consists of a uniform thickness wall which is tied to a footing. It located at the basement of bungalows. Thus, cantilever retaining wall will hold back the earth. Soil erosion, landslides and environment disasters are less likely to be occurred. In other words, cracking and collapse of 20 units of luxury bungalows are avoided. Weep holes are designed in the cantilever retaining wall to release the additional pressure created by a accumulated water and helps in stabilizing the retaining wall. This ensures the building will not collapse due to the fast flow of water on the hill. In conclusion, a suitable retaining wall is able to stabilize the soil and avoid overturning and sliding of building. Beside, a suitable retaining wall can also help in saving the construction cost. Therefore, cantilever retaining wall is the most suitable retaining wall for 20 units of luxury bungalows which are located on the hilly area.

Nike: A Strange and Terrbile Saga :: Company Business

Nike: A Strange and Terrbile Saga Image is a vital to the success of the giant international sports footwear and apparel corporation Nike. Endorsements by sports superstars like basketballer Michael Jordan, soccer maestro Eric Cantona and sprinting ace Cathy Freeman -- to name just a very few -- have made the company's "Swoosh" logo synonymous with "cool" for millions of young people worldwide. That image would be badly tarnished if it became widely known that the Nike empire is built on cheap Third World labour (including child labour), denial of trade union rights and collaboration with repressive regimes, most notably the Suharto regime in Indonesia. Nike Australia's public relations spokesperson, Megan Ryan, was coy about how much the company spends on marketing and sponsorship when Green Left Weekly spoke to her recently. She refused to disclose how much it pays top athletes to endorse its products. She said Nike sought to sponsor, and be endorsed by, the "best athletes possible" as a recognition of their achievements. The only image Nike sought from association with sports mega-heroes was to be recognised as an "authentic" sports brand. "Nike is not a fashion brand", she insisted. Perhaps Ryan hasn't stood on a city street corner, or in a suburban shopping centre, to see just how much Nike gear has become part of youth culture. This is in large part due to the "street cred" that comes from being associated with the likes of the larger-than-life Michael Jordan and the outrageous "dunk-punk" Dennis Rodman, US NBA basketball -- according to one poll, the most popular sport among Australian young people -- and, indirectly, African-American fashion and music. Okay, Ryan finally conceded, there is "some flow-through effect". In fact, more than 60% of Nike sales are to non-athletes. To achieve this "flow-through effect" Nike pays Jordan, the jewel in its endorsement crown, an estimated US$20 million a year to have a sandshoe named after him. In 1992, the company forked out $250 million on its advertising and promotion budget alone. Nike advertisements appear in magazines not noted for their sports content, such as Rolling Stone and the Source, the premier US hip hop magazine. Nike billboards have featured the Swoosh symbol painted by street graffiti artists, and flying basketballers letting loose with technical sports terms like: "I'm gonna dunk on your ass". And, of course, Nike has a home page on the World Wide Web where athletic Web surfers are urged to "hear Spike Lee talk about the Air Jordan XI, call 1-800-645-6031" (perhaps Spike jogs?

Kashmir: Blessed yet Deprived

The beauty of this land truly cannot be captured by photography nor expressed by poetry. One must visit Kashmir to feel the essence of the mesmerizing topography of this blessed region. The land of saffron fields, cherry blossoms, Maple Trees, peaceful lakes, Crystal clear streams flowing and stunning gardens. No praise seems enough to glorify the beauty of this splendid, natural and superb asset to mother earth. The region today bears the weight of a terribly chaotic past and the most uncertain future. Nobody really knows or can predict the future of the state that can be the most resourceful and progressive independent state. People live by the day, taking what comes by. The political system here lies in a total shameful condition with the assembly being run by aimless and pointless bunch of goons whose only perspective to amass as much wealth as they can while they remain in power. It really doesn’t matter to them the pathetic life conditions that the common man here lives by. Access to basic amenities such as quality healthcare, healthy education system, robust transport facilities and so on, are far below standards worthy of a mention. Life conditions in this land are so poor that it pains me to say that human life here has no value at all. The state administration being aware of such inert life conditions doesn’t seem to be willing to take notice and act aptly to bring in a general standard above the current. My article here is inspired by my visit to one of the prominent government hospitals of the region known as GB Pant Cantonment General Hospital located at Sonawar, Srinagar. Please do take time to browse through the pictures that I managed to click of the neonatal intensive care unit that had about 35 + babies kept under incubation for various medical conditions and believe me some really critical. I saw the entire ward being managed by just one duty doctor who from his look seemed most inexperienced and unskilled to dispense the right medical course to these ailing babies. I happened to ask him if there was a senior doctor available and was snubbed and told that its was none of my business. I went on to click some more pictures of the ward and was threatened with dire consequences if I didn’t stop and get out. Anyways as I walked out into the parking lot I met a few anxious fathers of babies that were new born and ailing and was shocked to know their state. I was told that being a government hospital doctors would charge money from them and stop all treatment if they were denied of the money quoted and if one didn’t have money they would even go onto stop attending to the patients. Furthermore what was shocking is that this hospital was in the news about 3 months ago for 500 deaths of newborn babies and children below 5 years of age. I happened to witness the death of a child right at the time when I was leaving the hospital after having dropped off a neighbor whose child was admitted just then. There needs to be some sort of a reprimand to sanitize the hospital administration to create a healthy, modern and apt facility. The irony here is that the cabinet health minister: Mr Ghulam Nabi Azad hails from this region and yet his backyard suffers at the misery of such pitiable healthcare facilities. Strangely the hospital is the only one of its kind for children with no other option for one to choose from. Kindly take note of the pictures attached to see for yourself the heart wrecking state of the prime most amenity for any society. Kudos to Mr. Omar Abdullah way to go. At this state only the Abdullah’s, Geelani’s, Mirwaiz and Mufti’s will be able to produce and grow healthy kids as they can afford world class treatment outside the valley.

Free Essays on Osiris, Medea, Thewoman Who Fell From The Sky

1. The myth is centered on nature in the way that these people’s lives revolve around nature. Their survival is linked to what nature provides for them. All of the animals benefit the people in some way whether it be food or shelter or as a pet. It is what they focus all of their learning and beliefs on. The king puts his own selfish desires over his people’s needs. He chooses to save his daughter and kill all his people. The consequences of his actions are that his daughter is taken away from him forever and all his people die from starvation. The loon is the first one to rescue the princess and gets the other animals to help him. The animals plan to dive to the bottom of the ocean and retrieve a piece of earth for the Sky Woman to live on. The retrieve a piece and place it on the turtle’s back and stretches it out eventually to make Great Island. She gives birth to Good Twin and Evil Twin to show the good and evil in people but eventually good wins over evil. I t also explains the people’s feeling about certain things on earth, whether it be good feelings to the deer and bison, or bad feelings to the mosquito, and mountains. 2. The culture Medea lives in is male dominated. The men are held as the most important people in the community to who do all the decision making, warring, and leading. Women had few rights, and had to leave her family at marriage to depend of her husband and his family. Medea kills her children because she does not want them to live in a society where they are not citizens and have no father to protect them. After Jason married Glauce, Medea was jealous and wanted revenge on Jason so she thought taking his sons away from him would punish him severely. I feel that she made an extremely selfish decision, and had the option to spare her sons from a hard life and let them live with Jason. She was too caught up in her self to allow them a better life. Jason causes his own difficulties, and has tricked Medea in... Free Essays on Osiris, Medea, Thewoman Who Fell From The Sky Free Essays on Osiris, Medea, Thewoman Who Fell From The Sky 1. The myth is centered on nature in the way that these people’s lives revolve around nature. Their survival is linked to what nature provides for them. All of the animals benefit the people in some way whether it be food or shelter or as a pet. It is what they focus all of their learning and beliefs on. The king puts his own selfish desires over his people’s needs. He chooses to save his daughter and kill all his people. The consequences of his actions are that his daughter is taken away from him forever and all his people die from starvation. The loon is the first one to rescue the princess and gets the other animals to help him. The animals plan to dive to the bottom of the ocean and retrieve a piece of earth for the Sky Woman to live on. The retrieve a piece and place it on the turtle’s back and stretches it out eventually to make Great Island. She gives birth to Good Twin and Evil Twin to show the good and evil in people but eventually good wins over evil. I t also explains the people’s feeling about certain things on earth, whether it be good feelings to the deer and bison, or bad feelings to the mosquito, and mountains. 2. The culture Medea lives in is male dominated. The men are held as the most important people in the community to who do all the decision making, warring, and leading. Women had few rights, and had to leave her family at marriage to depend of her husband and his family. Medea kills her children because she does not want them to live in a society where they are not citizens and have no father to protect them. After Jason married Glauce, Medea was jealous and wanted revenge on Jason so she thought taking his sons away from him would punish him severely. I feel that she made an extremely selfish decision, and had the option to spare her sons from a hard life and let them live with Jason. She was too caught up in her self to allow them a better life. Jason causes his own difficulties, and has tricked Medea in...