Employee Development Case Study Example | Topics and Well Written Essays - 1750 words

Employee Development - Case Study Example Learning is a ubiquitous phenomenon. Everyone learns on a daily basis. It is not possible to do a good job without learning. Learning is an ongoing lifelong process. No matter how good one is, he has scope to learn and do better. Learning can be done at close quarters or even from a distance. Peter Cresswell, general manager for consultancy services at Siemens, says, "Companies tend to think that they have got a unique problem and struggle with the idea of how to take it forward. But one of the benefits of training is that it allows you to apply a positive solution to any activity. Nothing is unique and nothing is insurmountable through either organizational or personal development" (Employee development coursework assignment). An organization keeps its performance in order by providing constant training to its staff and workers. Training is a learning process within a time frame. It raises the learning curve of an employee and keeps him attuned to the latest gadgets and services. There are many training models to choose from. An organization chooses the model that best suit it purposes. The training model must seek to enhance quality and it is in every employee's interest to develop his performance through training. Businesses producing exceptional results year after year have to thank their training programs for their employees. Training help forge good team work (Employee development coursework assignment). Diversity Issues Culturally diverse workforce makes challenging working environment. Cultural difference, ethnicity, nationalism, cultural identity, cultural taboos, cultural shock, cultural colliding, and diversity can cause difficult times in the work place. Diversity may not mean only racial differences but also differences in gender, age, sex, and religious beliefs. Diversity is the spice of life. It helps individuals and organizations by offering a wide range of options in different situations. Diversity is the combination of seven different colors that combine to give one color - white. However, diversity can also create rifts and class consciousness. Diversity does not mean only adversities. An enlightened management is capable of assimilating the diverse backgrounds and creates harmonious working conditions to achieve excellence. Globalization has been responsible for diversity in many corporations. It is mandatory for corporations to put in place appropriate training of its diverse personnel to

Assignment 6.26 Example | Topics and Well Written Essays - 500 words

6.26 - Assignment Example The find it difficult to live in between two pay checks. Thus it is found that as per the theory of intersecting forms of dominion some get to live a harder life while others live a good life. According to the matrix of dominion it is stated that the experience of people regarding race, class gender and sexuality is different and dependent upon the social location of the people in the structures of race, class, sexuality and gender. In the example of waging a living it is therefore found that the 4 peoples who are talked about belong to different race, gender and color of skin. However all of them face the same difficulty when it comes to running their daily lives based on the wages that they earn. These people of different age groups and different levels of work are linked by the fact that despite working hard for living they feel that they are hustling backwards. The forces that are at act in waging a living are at one hand the forces that are acting towards the oppression of people on one hand and the determination and will of people on the other hand that is forcing or urging them to continue the fight. However the way they fight is different. However all of them have one thing in common and this is related to not resigning to their fates. There are various institutions that have an impact on the lives of the people. One is the government and its role in providing subsidy, then there are educational institutions that shape careers and determine the level of jobs which one gets and then there are unions through which people strive for a better living. The concept refers to the fact that there are multiple practices which leads to the creation of differing and unequal situations in relation to access and control over the means that are related to provisioning and survival (Acher, 2006). For example in the case of Barbara Brooks it was found that as

Pv Value in a Seal Questions and Answers

Pv Value in a Seal Questions and Answers Question 1 (4 marks) List 4 important parameters (not the equation parameters) that are determined by the Pv value in a seal. The suitability of material combinations for the seal faces. The amount of heat generated at the face It also follows that at a given rotational speed An increase in shaft diameter since implies an increase in the Pv value. Assessor Feedback Question 2 (4 marks) The contact property of the interface is influenced by which component in a seal unit? What is the need for seal balance? The fluid pressure in the axial direction is the only pressure component influencing the contact property of the interface. The fluid pressure in the axial direction is the only pressure component influencing the contact property of the interface. Thus, only this component is considered for seal balance and further used to compute the resulting contact force acting on the face. Assessor Feedback Question 3(8 marks) Given the following data, calculate the face area, spring pressure and balance ratios (external and internal) of a seal, for both externally acting and internally acting pressures. Is this Balanced or Unbalanced and why? Seal face contact outer diameter, D = 61.8 mm Effective seal balance diameter, B = 52.6 mm Deal face contact inner diameter, d = 49.2 mm Spring force at working length, F =188 N Calculate the face area of the seal: Α=à Ã¢â€š ¬(D_0^2-D_1^2 )/4 Α=à Ã¢â€š ¬(à £Ã¢â€š ¬-68.2à £Ã¢â€š ¬-^2-à £Ã¢â€š ¬-49.2à £Ã¢â€š ¬-^2 )/4 =1098.46 à £Ã¢â€š ¬-mmà £Ã¢â€š ¬-^2 A=0.001098à £Ã¢â€š ¬- mà £Ã¢â€š ¬-^2 Calculate the spring pressure: P_sp=F_sp/A =188/0.00109846 =171148.7 à £Ã¢â€š ¬-N/à £Ã¢â€š ¬-_(m^2 ) =P_sp 0.17115 MPa Calculate the balance ratio for the external loading: B=(D_0^2-D_b^2)/(D_0^2-D_t^2 ) Α=(à £Ã¢â€š ¬-61.8à £Ã¢â€š ¬-^2-à £Ã¢â€š ¬-52.6à £Ã¢â€š ¬-^2)/(à £Ã¢â€š ¬-61.8à £Ã¢â€š ¬-^2-à £Ã¢â€š ¬-49.2à £Ã¢â€š ¬-^2 ) =1052.48/1398.6 B=0.753 (B Calculate the balance ration for the internal loading B=(D_b^2-D_t^2)/(D_0^2-D_t^2 ) Α=(à £Ã¢â€š ¬-52.6à £Ã¢â€š ¬-^2-à £Ã¢â€š ¬-49.2à £Ã¢â€š ¬-^2)/(à £Ã¢â€š ¬-61.8à £Ã¢â€š ¬-^2-à £Ã¢â€š ¬-49.2à £Ã¢â€š ¬-^2 ) =346.12/1398.6 B=0.25 (B Assessor Feedback Question 4 (4 marks) From the following single mechanical seals, identify the 7 sealing components and other mechanical components, briefly describing their functions? 1)Mating Ring. 2)Primary Sealing Ring. 3) O-ring. 4) O-Ring. 5) Disc. 6) Spring. 7) Retainer. Fluid is to be kept from escaping where the shaft extends through the housing, especially as the shaft rotates. A ring, part 1, with an O-ring, part 4, is sealed against the housing of the container. It is called the mating ring. Another ring, part 2, with an O-ring, part 3, is mounted onto the shaft. It is called the primary sealing ring. The contacting faces of these rings are lapped flat, within light bands. Initial contact between the faces is maintained by a spring, part 6, which pushes them together. The spring reacts against a retainer, part 7 Assessor Feedback Question 5 (4 marks) What difference do you notice between the two mechanical seals shown below. Name them and describe their application. Shows of an outside balanced seal. The shaft packing is forced against the retainer, leaving an area under the seal ring exposed to stuffing box pressure. The closing force exerted by the stuffing box pressure, acting against the shoulder of the seal ring, is slightly greater than the opening force exerted by the liquid film between the faces, thereby keeping the faces in contact at all times. Inside balanced seal illustrates a conventional inside seal that has been balanced. Notice that a step in the shaft has allowed the sealing face of the mating ring to be moved radially inward without decreasing the width of the face itself. The primary sealing ring remains mounted on the original shaft diameter, which means that the closing force remains unchanged. Because we have successfully exposed more of the primary sealing ring face to hydraulic pressure working to open the seal, the design is considered balanced. Assessor Feedback Question 6 (4 marks) Name the primary sealing elements in a single mechanical seal. 1) Primary sealing surfaces. 2) Secondary sealing surfaces. 3) a means of actuation. 4) a means of drive. Assessor Feedback Question 7 (4 marks) While its accepted that solid alumina ceramic seal rings will be considerably more expensive than ceramic coated steel rings, why should they be the preferred choice between the two types of seal ring? When handling corrosive fluids at moderate pressures and velocities: alumina ceramics may be employed as thin coatings or solid rings (preferred!!) For highly corrosive fluids: high purity ceramic alumina can be used. Alumina ceramics have: Relatively low tensile strength Poor resistance to thermal shock Low thermal conductivity High elasticity modulus Assessor Feedback Question 8 (4 marks) Which dynamic secondary sealing element is the preferred type to handle axial movement? Give reasons for your answer. What type of damage does a wedge type secondary seal do to pump shafts/sleeves? Explain how this mechanism works. The pusher type of mechanical seals move axially along the rotating shaft or the sleeve to maintain the contact with the faces of the seal. This feature of these seals helps compensate for the wearing that may occur at the seal face, and wobbling due to misalignment. The pusher types of mechanical seals are used commonly, are less expensive and are easily available in the market in wide range of sizes and designs. The only disadvantage of these seals is that they tend to hang up and sometimes there is fretting of the shaft. Pusher seals utilize a dynamic secondary seal which moves axially with the major seal face. which is either an O-ring, wedge or other type of equipment, across the shaft as a means of compensation for face wear and/or shaft movement. For high temperature (up to 500 deg F) or aggressive chemicals a Teflon wedge ring may be used. Since Teflon is plastic and does not rebound like elastomer, it has to be pushed by spring force into the wedge shaped opening to maintain a seal on the shaft. Non-Pusher type or Bellow seals have no dynamic secondary seal under the movable seal ring. Check Which dynamic secondary sealing element is for axial movement. Operation does not cause shaft wear pusher type seals can handle bi-directional shaft rotation, large pressure, temperature and speed excursions. Assuming a spring-loaded Teflon wedge can also be used as a dynamic shaft seal behind the rotating primary seal ring. The spring and process pressures keep the wedge in contact with the shaft. Like chevrons and U-cups, wedges can only seal in one direction. Because of the tendency for Teflon to cold flow, almost all wedges need to be loaded by one or more springs along with the process pressure. Wedge seals often cause shaft damage by fretting. Assessor Feedback Question 9 (4 marks) What is the distinct advantage offered by a bellows seal? How can the design be improved to accommodate higher pressures? Which bellows material offers the best corrosion resistance? One of the most frequent and serious problems valves face is gland leakage, results in wasted and increased plant downtime. Apart from the high cost of energy losses, Gland leakages can also cause serious environmental, ecological and health hazards to plant workers and personnel. Leakage of sensitive material can also constitute to a fire hazard, explosion, or damage to equipment by corrosive material. Air entering the pipeline could produce inflammable explosive or poisonous mixtures. Gland packed valves often demand continual maintenance in accessibility creating particular difficulties. The bellows comply to conditions at high temperatures and are capable of withstanding over 10,000 cycles without failure. Bellow Seals are also known as Zero Leak Valves or Emission Free Valves The multi-ply bellow design is preferred for handling higher pressure fluids (generally two or three plies of the metal wall). A two ply bellow can increase its pressure rating by 80% to 100% as compared to a single ply bellow of the same thickness. Alternatively, if a single ply bellow of a thickness equivalent to a pressure rating of a two ply bellow is used, the stroke length is reduced. Thus, a multi-ply bellow design offers a distinct advantage over a single ply bellow. The stainless steel bellow material AISI 316Ti which contains Titanium to withstand high temperatures. Alternatively, Inconel 600 or Inconel 625 improve fatigue strength and corrosion resistance as compared with stainless steel bellows. Similarly, Hastalloy C-276 offers greater corrosion resistance and fatigue strength than Inconel 625. Fatigue resistance can be improved by using a multiply bellows system and reducing the stroke length; this can significantly increase the bellow service life. Assessor Feedback Question 10 (6 marks) Do a comparative analysis of inboard and outboard mounting of seals. Inside-mounted seal is the most common in the industry and the most energy-efficient when compared with other sealing methods, such as packing and seal less equipment. They are used in all industries with respect to fluid types and the seals property ranges, pressure speed, diameter and temperature. Inside seals are mounted within the equipment seal chamber the advantages of this design include: The seal can be cooled by the pumped fluid in an enlarged dead-ended chamber, by a product bypass flush or by a clean external flush. Depending on the seal chamber design, the rotary action of the seal assembly may help keep debris away from the seal faces. With proper hydraulic balancing, the product pressure helps keep the seal faces closed. Catastrophic leakage is usually avoided during seal failure. Leakage can be restricted by the stationary elements in the gland. Inside seals are available in many materials and designs. Environmental controls are easily included in the design. Centrifugal forces tend to reduce leakage. Outside seals are mounted external of the equipment housing the advantages of this design include: Outside-mounted seals can be used when the radial or axial space in the chamber is not adequate or access is not available for an inside seal installation. Installation may be easier than with an inside seal. However, most equipment designs still require à ¢Ã¢â€š ¬Ã‚ ¨some disassembly. Less expensive materials may be used since à ¢Ã¢â€š ¬Ã‚ ¨many components may not be exposed to the pumped product. The seal can be observed and monitored for seal à ¢Ã¢â€š ¬Ã‚ ¨face wear. Adjustments can be made without à ¢Ã¢â€š ¬Ã‚ ¨equipment disassembly. The seal can often be backed-off for cleaning. Assessor Feedback Question 11 (8 marks) Explain the difference between static and dynamic seals? 0-rings are used for effective sealing in applications. Mostly, they are used to help repair or correct any manufacturing or installation defects seen in glands. 0-rings can be used in static as well as dynamic applications. The make of both these 0-rings will be different owing to the difference in application requirements. The following are some major differences between static and dynamic 0-rings: The material used to manufacture dynamic 0-rings should be tougher than that used to manufacture static 0-rings.This is because the dynamic 0-ring will have to undergo movement while the application is functioning. In dynamic applications, the surface finish and material of the gland should be such that it doesnt abrade the 0-ring during movement otherwise, the 0-ring could tear this is irrelevant in static applications, where the 0-ring doesnt move. 0-rings used in dynamic applications are likely to wear at a faster rate as compared to static 0-rings. This is because dynamic 0-rings are constantly moving. Hence, the interval of maintenance procedures for dynamic 0-rings should be shorter than that of static 0-rings. à ¢Ã¢â€š ¬Ã‚ ¢All 0-rings should be properly lubricated at all times. à ¢Ã¢â€š ¬Ã‚ ¢Dyna mic 0-rings require more lubrication than static ones. Depending on the application, static or dynamic seals will be used. O-rings are useful in a varied number of industries and applications. They are effective across a wide range of temperatures and pressures. However, using the right 0-ring for each application will help you increase the reliability and service life of the 0-ring. You can consult with your 0-ring manufacturer on the best fit for your application Assessor Feedback Question 12 (4 marks) Why are mechanical seals preloaded? Name four of the most common types of preloading for pump seals. Depending on the application it may be necessary to have either a positive or a negative operational clearance in the bearing arrangement. In the majority of applications, the operational clearance should be positive, i.e. when in operation, the bearing should have a residual clearance, however slight. However, in many cases, machine tool spindle bearings, pinion bearings in automotive axle drives, bearing arrangements of small electric motors, or bearing arrangements for oscillating movement, where a negative operational clearance, i.e. a preload, is needed to enhance the stiffness of the bearing arrangement or to increase running accuracy. The application of a preload, e.g. by springs, is also recommended where bearings are to operate without load or under very light load and at high speeds. In these cases, the preload serves to provide a minimum load on the bearing and prevent bearing damage as a result of sliding movements of the rolling elements, Helical Compression Spring, Wave Washer Springs, Single Belleville Washer Springs, Elastomeric Preloading Assessor Feedback Question 13 (4 marks) The table below contains a list of commonly used seal materials. For the given set of temperatures in degree centigrade, indicate the suitability of these materials by marking S for suitable and LS for limited suitability of short period durations. Type of Material Temperature in  ° C 50 100 200 300 350 Natural Rubber S S LS Nitrile S S S LS Neoprene S S S LS Viton S S S S S Silicone S S S S S Fluoro-elastomer S S S S S Question 14 (4 marks) What are the characteristics that make pure carbon-graphite the most favoured material in the chemical industry? Strongly anisotropic, Greasy feel, Readily marks, High thermal conductivity, High tensile strength, Low thermal expansion coefficient, Good resistance to thermal shock. Assessor Feedback Question 15 (4 marks) Ignoring temperature limitations, what type of elastomeric material would you suggest for the following applications? Sealing for Vacuum systems Buna-N, silicone, Fluorocarbon, and Perfluorocarbon Applications Vacuum systems Polyurethane Rotary shaft seals Fluorocarbon, Polyacrylate Applications that require high tear and abrasion resistance Natural Rubber Question 16 (4 marks) Why is it difficult to achieve a perfectly uniform load distribution across the shaft circumference, when using a single coil spring? What does this condition further lead to? What are the main advantages associated with the use of multi-coil springs? Typically, a single-coil spring used for a seal head has a relatively large wire cross section and therefore provides more substance to combat corrosion from the system fluid. But it is rigid in construction because of which there is difficulty in achieving a perfectly uniform load distribution across the shaft circumference. This may in turn lead to distortion of the primary seal ring face and this is particularly critical at high rotational shaft speeds. This arrangement consists of a series of small coil springs uniformly distributed along the circumference of the seal cartridge. The chief advantage with this design is that the possibility of distortion of the primary seal ring face is minimized and this is particularly true at higher rotational speeds of the shaft. The use of multiple-coil springs makes seal design independent of seal diameter sizes. Deterioration arising from chemical corrosion can be greatly minimized by the use of stainless steel for spring manufacture. Assessor Feedback Question 17 (4 marks) What is the three-point contact method? Explain in brief, the procedure involved. Three-point contact method where three setscrews positioned at 120 ° from each other ensure squareness of the rotating face, by deforming the sleeve to the shaft OD. Another set of three setscrews also located 120 ° apart and positioned between the earlier set of screws, enable locking of the sleeve to the shaft. Assessor Feedback Question 18 (4 marks) Metal impregnations are sometimes added to graphite seal rings in order to improve their properties. Give three areas of concern when selecting these metal additions. Both the metal filler and the carbon have to be compatible to the sealed liquid. The metal will heat up and expand more rapidly than the carbon. The coefficient of friction of the metal will be higher than the parent carbon and the seal face will run hotter than if it were made just from pure carbon. Assessor Feedback Question 19 (4 marks) Outline the nature of seal malfunction that may be caused by the following: Incorrect pressure differential between inside and outside seal face sets Cavitation or vaporization of liquid between sealing faces Thermal distress of material Large bearing clearances A change in temperature. Many products solidify at temperature extremes, the product is taking a pressure drop across the seal faces and solidifying. The inner face of a back to back double seal application is not positively locked in position. A snap ring must be installed to prevent the inboard stationary face from moving towards the rotating face when the high pressure barrier fluid pressure is lost or overcome by system pressure. Erosion / Corrosion. An accelerated attack caused by a combination of corrosion and mechanical wear. Vaporization, liquid turbulence, vane passing syndrome, and suction recirculation are special cases often called cavitation. Solids in the liquid and high velocity increase the problem Heat checking is caused by thermal distress of the material resulting in small radial cracks. Scoring may be present or uneven wear with the heat checking on the high spots. Occurs typically with tungsten carbides and silicon carbides Seal drips when stationary and when the shaft is rotating. Seal may pop from flashing during operation. The tendency for a seal to wedge is enhanced by a rough surface, lack of lubrication and high reciprocating speeds. Wedging is unlikely to occur with small clearance gaps in the range of 0.0550.127mm (0.002-0.005 inch). For clearances greater than 0.25 mm (0.010 inch) the possibility of wedging always exists as the radial clearance increases, the axial clearance increases as well the more room (radial clearance), the more the elements can shift in relation to each other. With a higher clearance there is more tolerance of thermal expansion effects, differential temperature between the inner and outer faces. Assessor Feedback Question 20 (4 marks) The leakage rate in a seal while running is found to be constant. Can the reason be attributed to a damaged seal face? State three important causes for each of the below: Intermittent leakage There is a leak between the face and the holder that becomes visible only when the unit comes up to operating temperature. A bending or bent shaft is causing the seal outside diameter to contact the inside diameter of the stuffing box, or some other stationary object. The shaft/ sleeve is too large in diameter and it is restricting movement of the seal. Spring loaded dynamic elastomers such as Teflon ® wedges, U- cups, chevrons and spring loaded O-ring designs are very sensitive to this problem Constant dripping in a seal. There is damage in the O-ring groove. Maybe the O-ring was removed with a sharp metal instrument and this has caused a scratch in the O-ring groove. Leaking between the gland and the stuffing box. This leak path is very visible in most applications Leaking between the cartridge sleeve and the shaft Question 21 (6 marks) It is a requirement to identify and select a suitable mechanical seal for a given application and process. What is the nature and type of questions that you would raise, in order to help arrive at the right selection? General Selection Considerations The process of mechanical seal selection involves a thorough evaluation of many important factors that include: Shaft diameter Rotational rubbing speed in the contact faces Service temperature Process fluid pressure Physical and chemical properties of the various liquid constituents Mechanical/structural properties of the primary seal components Environmental control systems Properties and resistance characteristics of the secondary sealing components. Pressure. Assessor Feedback Question 22 (4 marks) Which of the following conditions satisfy the requirements for sealing high-speed applications? Explain in brief: Lower spring load at seal faces Increased hydraulic balance ratio Face combinations such as carbon vs. tungsten carbide Stationary seal designs Number 4. Stationary seal designs: The Internal seal configuration, with the seal heads mounted stationary and the seal seats rotating with the shaft is advantageous, especially in high-speed applications where dynamic balancing considerations demand minimum mass of the rotating parts Assessor Feedback Question 23 (6 marks) A change in pumping fluid temperature adversely affect the seals in the stuffing boxes. What are the effects and How do you control the temperature in the stuffing box and the seal? a)Many fluids are adversely affected by a change in their temperature, and when this change takes place, seal failure is almost sure to follow. The failure can take several forms: Coated hard faces can heat check (crack). Elastomers can take a compression set and crack at elevated temperature Cold temperatures can cause elastomers to harden. The liquid can crystallize, restricting seal movement and open the faces. The liquid can vaporize between the faces forcing them open. The viscosity of the fluid can change either restricting seal movement, or making the fluid less of a lubricant. The liquids corrosion rate will double with an 18 ° Fahrenheit (10 ° C) rise in temperature. The liquid can convert to a film between the sliding seal components, restricting their movements. The magnetite that forms in hot water is a good example of this. A film can form on the seal faces causing them to separate. Lapped seal faces can distort and go out of flat at elevated or cryogenic temperatures. b) A balanced mechanical seal and installed at the proper compression, is your best insurance against a significant rise in stuffing box temperature: Proper face balance. 70/ 30 is the most common to 5000 fpm. (25 Meters per sec.) Low friction face materials. Carbon/graphite vs. a silicon carbide hard face is the best. The correct spring compression to control face loading. Faces with good heat conductivity. Tungsten carbide and silicon carbide have excellent thermal conductivity compared to most other hard face materials. A small cross section carbon/ graphite face press fitted into a metal holder is better than solid carbon/ graphite for removing heat from between the lapped faces. Sometimes, that is not good enough, so occasionally youll have to come up with some additional method of controlling the temperature in the stuffing box area and between the lapped seal faces. A heating /cooling jacket, quench flush or drain connection, dual seal, heat exchanger Assessor Feedback Question 24 (4 marks) The mechanical shaft seal should be selected according to the operating conditions at the shaft seal location. What important factors must be considered when selecting a mechanical shaft seal? For a specific ap

Vet Essay -- essays research papers fc

Veterinarians   Ã‚  Ã‚  Ã‚  Ã‚     Ã‚  Ã‚  Ã‚  Ã‚  The topic I chose was veterinarians. What is a vet (short for veterinarian)? â€Å"Vets are animal doctors† says Dee Ready. They care for sick animals. â€Å"Just as people visit the doctor when they are sick, animals need help of doctors too† says Betsy Imershein.   Ã‚  Ã‚  Ã‚  Ã‚  What do veterinarians do? The vet may operate, fix a broken bone or give an animal a shot. Whatever is wrong with an animal is what the vet has to do.   Ã‚  Ã‚  Ã‚  Ã‚  There are different kinds of vets. Some care for pets. This includes dogs, cats, birds and things of that nature. Others care for farm animals. This includes cows, pigs, goats, sheep, horses or other things you would find on a farm. â€Å"The large animal vet makes house calls† says Rod Bellville and Cheryl Walt Bellville and they also said that â€Å"large animals vets frequently vaccinate small animals during a farm visit.† Other vets work at the zoo and they never know what they have to work on, like lions, tigers and monkeys.   Ã‚  Ã‚  Ã‚  Ã‚  What do veterinarians wear? When they are in a lab, they wear lab coats. When they are on a farm, they wear coveralls and tall rubber boots, according to what environment they are in decides.   Ã‚  Ã‚  Ã‚  Ã‚  What tools do veterinarians use? They use the same type as human doctors but made for animals like a stethoscope and syringes.   Ã‚  Ã‚  &nbs...

Patient Satisfaction Survey Essay

Healthcare is a very important aspect of today’s society. Thus, there is a conscious effort on the part of all stakeholders to constantly monitor the quality of healthcare services provided to patients in order to determine the need for improvement or innovation. The primary concern of this effort is the improvement of the present health condition of the people and the ethical concept of promoting life itself due to which, significant efforts and concerns are always given for the quality of healthcare services. (Fleming, 2004, 16). In order to effect this laudable goal of assessing the quality of healthcare provided by different concerned institutions, tools such as surveys are developed and used. Surveys that assess the level of satisfaction derived by patients from health care providers could be helpful for the improvement of services (Centers for Medicare & Medicaid Services, 2007). On a daily basis, feedback from patients could give insight on the kind of service they experience in hospitals or other medical facilities (Kowalczyk, 2005; Fahy, 2008). Medicare, in an effort to understand the needs and experiences of patients, came up with the Patient Satisfaction Survey program. Problem Statement. In order to gain better understanding of the Patient Satisfaction Survey, as well as its effects on the behavior of professionals belonging to the health care industry, research that is based mainly on current literature is aimed to be conducted. Review of existing literature on the subject of patient satisfaction through the Medicare program called Patient Satisfaction Survey (Health Resources and Services Administration) could give substantial information on the institutions that implemented the project and feedback from different stakeholders. Such information could shed light on the effectiveness of the project vis-a-vis the intent for its launch. Patient satisfaction on the kind of service received from health care institutions like hospitals could be determined through the survey tool formulated by Medicare (Centers for Medicare & Medicaid Services, 2007). Hospitals who implement the program would be able to churn out a good number of accomplished survey forms on a daily basis (Kowalczyk, 2005; Fahy, 2008). Research on data from such institutions would therefore be very helpful in gaining insight on the kind of performance that a hospital is able to give to its patients. The literature review could give answers to a lot of heretofore unanswered questions concerning various aspects of the health care industry, such as the speed with which a patient’s call is attended to by a health care professional, the degree of attention given by a physician to a patient’s concerns, and the cleanliness of health care facilities (Kowalczyk, 2005; Skehan & Petrillo, 2003). Significance of the Study  Since the Medicare Survey, particularly the questions and answers, would be posted on its website in an effort to push hospitals into improving health care and promote quality service delivery (Kowalczyk, 2005; Skehan & Petrillo, 2003), current literature could help paint a picture of the state of health services being given to patients across the United States today. Existing literature could also show how far implementation of the project has come through, especially the institutions that have adopted and enforced the program. A particular question that needs to be addressed by the literature is the effect of the survey results on the perception and belief of patients on the hospitals they choose to serve their medical needs. Thus, it is important that the facts to be gathered include tables, graphs and statistics that would show the general trend and effect of the survey results on the mindset of the patients.

Night by Elie Wiesel Essay

Symbolism is a powerful way for authors to convey a message or feeling to a reader. This idea of symbolism is heavily used by Lie Wishes in his account of the holocaust, Night. He uses concepts such as night time, faith, suffering and family to send a significant message to his readers. Symbolism is not only an important concept in literature but also in life. Wishes stresses the importance of remembrance and education through the symbolism in his memoir. Night is a heavily used concept used by Wishes. Not only is it the title of the book but it carries an underlying implication.The general emotions evoked by the notion of night are loneliness, vulnerability and sometimes even fear. As children and very often even as adults, night and darkness create a sense of fear within us. It often causes people to feel alone and enclosed. Associated with night is darkness. A connotation of this is that night blinds you with its darkness. These Ideas can be applied to the emotions felt by victims of the holocaust. To those people it felt like the end. Many of these people did things that they wouldn't have normally done because of fear, of being blinded.Wishes discusses how much concentration camp ad changed him. After seeing his father hit by a Gypsy Wishes states â€Å"l stood petrified. What had happened to me? My father had Just been struck, In front of me, and I had not even blinked. I had watched and kept silent. Only yesterday, I would have dug my nails into this criminal's skin. Had I changed that much? So fast? â€Å". Prisoners had lost faith in life and In their religion. To them It was a dark and lonely hell that they would never escape. Perhaps one of the most paramount symbols used Is that of the â€Å"angelic pile†.Three prisoners where brought In chains, a child being one. The two older adults died with ease as the gallows were placed around their neck but the child had a significantly harder time, as he struggled between life and death. This was an unshakable experience for the Jewish people forced to observe this cruel punishment. Although sad, this event has great meaning to the story. The â€Å"angelic pile† symbolizes the struggle of all Jewish people during the holocaust. The struggle they all faced day In and day out between life and death. Prisoners watching this struggle asked where God had gone. Behind me, I heard the same man asking: ‘For god's sake, where Is God? And from within me, I heard a voice answer: Where He Is? This Is where- hanging here from this gallows†¦ â€Å". The young child dying symbolized that God had died along with him; this horrific event had caused people to lose their faith In God. Wishes and thousands of prisoners Like him had lost their faith last night, for many It would never return. Ell Wishes challenges our emotions with his personal account of the holocaust. Night and the Angelic Pile are only two of the many powerful symbols used to Invoke these potent emotions.Wish es encourages all of mankind to remember what appended In those horrifying years rather than to turn a blind eye. HIS compelling memoir. Connotation of this is that night blinds you with its darkness. These ideas can be petrified. What had happened to me? My father had Just been struck, in front of me, Prisoners had lost faith in life and in their religion. To them it was a dark and lonely Perhaps one of the most paramount symbols used is that of the â€Å"angelic pile†. Three prisoners where brought in chains, a child being one. The two older adults they all faced day in and day out between life and death.Prisoners watching this odd's sake, where is God? And from within me, I heard a voice answer: Where He is? This is where- hanging here from this gallows†¦ â€Å". The young child dying symbolized faith in God. Wishes and thousands of prisoners like him had lost their faith last night, for many it would never return. Lie Wishes challenges our emotions with his personal account of the holocaust. Invoke these potent emotions. Wishes encourages all of mankind to remember what happened in those horrifying years rather than to turn a blind eye. His compelling and moving symbolism supplicates education and remembrance in a truly chilling

Portrayal of Satan in Movies essays

Portrayal of Satan in Movies essays When we think of the portrayal of Lucifer in the different texts, films, and religions, there are many things that are common traits. Using two different sources, the movies End of Days (1999, directed by Peter Hyams) and Devil's Advocate (1997, directed by Taylor Hackford), I will compare them to the Bible to show the ways that Lucifer (or the more commonly known as Satan) is portrayed, both visually and behaviourally. The first thing that needs to be explored is the way Lucifer is portrayed visually within these two references. The first, both chronologically and by importance would be the Bible. Originally, in the Garden of Eden Lucifer is portrayed a serpent with legs. Nowhere in the Bible does it come right out and say that the serpent in the garden was actually Lucifer, but it is heavily implied throughout the book that it was him. After the serpent convinces Adam and Eve to eat the forbidden fruit, God says, So the LORD God said to the serpent, Because you have done this, Cursed are you above all the livestock and all the wild animals! You will crawl on your belly and you will eat dust all the days of your life (Genesis 3:14). This is the first time Lucifer (or at least what everyone is convinced is Lucifer) is portrayed with a visual reference in the bible. All throughout the bible, Lucifer is given a serpent like appearance, as in Revelations 20:2, And he laid hold on the dragon, that old serpent, which is the Devil and Satan, and bound him a thousand years (Revelations 20:2). In the movie End of Days, you don't see Lucifer portrayed right off, you merely hear his voice saying, Behold the thousand years has ended, and you have failed. However, before Lucifer is even portrayed in the movie, there is a reference to the serpent form. A child that he is destined to become betrothed is born and is taken down where a snake is sliced open and some of its blood fed to her. Later in the...