An Exploration into the impact of working with a dying client on the Essay

An Exploration into the impact of working with a dying client on the Humanistic PersonCentred Psychotherapist - Essay Example The death or dying condition of the client has a profound impact on the therapist who not only witnesses the gradual demise of a person he knew closely but also the dissociation of a relationship that may have developed over years in which the client and the therapist were part of deeper thought processes and the therapist became aware of the inner mental processes of the client. Considering that the therapist may well have been the closest person to the client, and the client revealed many secrets to the therapist, the bond may have been especially strong between the client and the therapist. Clients in many cases are closest to their therapists than even to their family members and the client therapist relationship is defined by trust as the client reveals many personal facets to the therapist which the world may not even know. The therapist and client thus develop a mutual attachment and that is why being attached to a dying client and witnessing a close person's death could have a significant impact on the psychotherapist. It is difficult to gauge what sort of impact this could be and whether this would be positive or negative for the therapist but it is expected that the therapist would learn from the experience so it would be positive in an experiential sense although the emotional impact being significant, the whole experience could be negative and di sturbing for the psychotherapist. The case placed here is that of a terminally ill cancer patient, 60 year old John P who joined a clinical centre and therapeutic group initially to overcome his emotional problems following the discovery of his life threatening illness. John P was then recommended to a psychotherapist who practiced person centered humanistic approaches and therapeutic sessions began after a first introductory visit by John p to the therapist's chamber. The client therapist mutual relationship soon developed as a bond and an attachment as John P revealed his inner fears, his emotional strengths and weaknesses and his general attitude towards life and death and reflected on his illness. The therapy continued to help John greatly as he found a confidante and a friend in the therapist and their mutual relationship strengthened as the therapist focused more on the humanistic approach and showed concerns about John's emotional and personal needs, his aspirations, and goals and what he wanted in life. The opportunity to share his thoughts and feelings with the therapist infused confidence in John P and the therapeutic sessions turn out to be advantageous for John especially during his end of life stage when he faces the prospect of rapid health deterioration due to his terminal illness. The focus however is the impact of the professional relationship which can even border on the personal, on the therapist who will live with the memories of the client and having developed an attachment or bond with the client may find it difficult to cope with the loss of daily interaction with the patient when John P dies or becomes incapable of attending sessions any further.

Analysis the case study Essay Example | Topics and Well Written Essays - 750 words

Analysis the case study - Essay Example â€Å"The second phase of the research was based on short personal interviews with members of the public, carried out in the streets of Central Manchester† (Peter W. Tumbull, Sheena Leek and Grace Ying, (2000), p.152)A mixture of open and closed-ended questions were used for this purpose. The above research philosophy succeeded in bringing out some statistics about the customers confusion over buying a mobile phone. The research was successful in establishing the earlier findings about the customer confusion once again. Because of the over dependence of secondary data, there may be some errors in the statistics. Most of the companies will never submit original data to the government agencies and The research succeeded in predicting a bright future growth to the mobile the mobile phone industry. It provided important statistics about the different age group preferences in purchasing mobile phones which will be useful for the manufacturers to change their designs to target specific segments in the consumer industry. Among the percentage of users, the result finds that users are still inclined to be younger age groups, with a peak among 25-34-year-olds. In addition, the findings also found that there are differences in the buying criteria and the usage amongst consumers (See Table 6.1). This infonnation could be used to produce specific market strategies for different types of consumers. The results further support the applicability of past research (Peter W. Tumbull, Sheena Leek and Grace Ying, (2000), p.161). The research failed to collect data about consumer’s confusion over the usage of mobile phones with respect to health related issues. The fear about the dangers caused by the mobile phone and tower radiations is growing among the public. At least a small percentage of the public is reluctant in using mobile phones due to their fear about the health issues. This research failed to address such people. The main objective of the research was to

The Light Emitting Diodes Engineering Essay

The Light Emitting Diodes Engineering Essay History of lighting devices starts with low efficient incandescent lamps, then next came the CFL lamp. In the history of lighting devices, invention of LED was a turning point Light Emitting Diode or simply LED is an electronic device, which emits light when electricity passes through it. LED has a number of different uses in day to day life. Its uses varies from a simple power on indicator to indicator to traffic signals. LED uses about 10% of the energy traditional light bulb uses and they can last about thirty times longer.LED lights are highly efficient and cost effective. Nano technology has its own role to play in lighting devices history. Invention of quantum dots and ionic liquids changed the face of lighting industry. Quantum Dots LEDs were manufactured using quantum dots particles. QLEDs offer better luminescence than normal LED lights. Introduction of Ionic Liquids (IL) was another turning point. Still in the beginning stage, Ionic Liquids offer a better solution to the world of lighting devices. 2. Light Emitting Diodes (LED) A Light Emitting Diode or LED is a semi-conductor device which can be used as a light-source. Semiconductors are neither a good conductor nor an insulator. Semiconductors are made up of semiconducting materials like Silicon or Germanium. A diode (also called as a PN junction diode) has two terminals, anode(a) and cathode (k), anode is a positive terminal and cathode is negative terminal- which allows electric current to pass only in one direction. A semiconductor diode can be compared to a switch or a one-way valve. A Light Emitting Diode emits light when electric current passes through it. The colour emitted by an LED depends on the type of semiconductor material used for its construction. Common colours available for LEDs are green, red, orange, blue, yellow and white. Aluminium gallium indium phosphide (AlGaInp) alloy is used for obtaining red, yellow and orange lights. Indium gallium nitride (IaGaN) is used for getting blue, green and white lights. White and Blue LEDs are more expensive than other colours. Apart from the above colours, Infra Red LEDS (also called IREDs-Infra Red Emitting Diodes) and Ultra Violet LEDs are also available. Staring into an Ultra Violet LEDS is harmful to the eyes. 3. Quantum dot LEDs (QLEDs) Quantum Dots are very small crystals, in nanotechnology terminology, they are nano particles of semiconductor materials, usually its diameter varies between 2 and 10 nano meters. Quantum dot particles were discovered in early 80s by Louis Brus at Bell Laboratories. A Quantum Dot can contain either a single electron or thousands of electrons. Generally quantum dots are made from the sulphides or selenides of semi conductor materials like Zinc or Cadmium. Quantum dots electronic and optical characters are related to the size and shape of each particles. When energy is applied (under excitation), electrons get energized and moved to higher bands, and when electrons get back to the stable state, the additional energy is emitted as light corresponding to a certain frequency. Its narrow emission spectrum is directly proportional to the size of the crystal. Smaller particles give a blue shifted emission and larger particles give a red shifted emission. Using a technique called size quantization effect, quantum dots can be tuned to produce any colour during manufacturing. Quantum dot LEDs (QLED or QD LED) are devices which use quantum dots as their light emitting material. These dots are excited when electricity is applied and emits light according to the size of the dots. Larger dots produce more energy levels and darker colours and smaller dots create smaller energy levels and emits lighter colour shades. Gold or silver nano particles are very versatile materials whose diameter varies from 1nm to 100nm. Gold nano particles are comparatively smaller that of Silicon Quantum Dots. And it s experimentally proven that, smaller particles generate better fluorescence than that of larger particles. So, Quantum Dot LEDs manufactured from gold or silver nano particles increases the luminescence. 4. Ionic liquids (IL) Ionic liquid is the salt form of any material in liquid state. Ionic liquids are liquid salts. Ionic liquids are made up of, ions (charged atoms) or ion pairs. These ions or ion pairs are poorly coordinated in the liquid. This poor coordination of ions results in the liquid from below 100 °C. Ionic liquids are also known as liquid electrolytes or ionic fluids. When a salt melts without decomposing, it results to an Ionic Liquid. Ionic bond is much more stronger than the bond between the normal Van der Waals forces in the molecules. Ionic liquid changes its form to ionic solid when it gets cooled. Ionic solids are seen in two forms, crystalline and glassy. At low temperature, ionic liquids acts like ionic solutions, which is a combination of both ions and neutral molecules. Ionic liquids are also called designer solvents, because they are manufacturing in the lab for specific purpose. Properties of ionic liquids are they dont evaporate, and it is a good conductor of electricity, and it dissolves almost everything. The reason for their non-evaporate property is their non-volatile nature. So, Ionic liquids can replace some acids and organic solvents. Ionic liquids are used for electro polishing, metal plating, extracting metals from rocks. Applications for Ionic liquids are storage for chemical cells, batteries, fuel cells and electro chronic devices for displays, cellulose processing, used as dispersants agents in paints, for gas handling and storage, for natural fuel processing, in food and bio-product industries, in recycling of plastic and synthetic wastes etc. 5. Turn-On Time Turn on time or rise time is the time required by a signal to change from low state to high state. The time it takes for the output of a system to change from a specified small percentage (usually 5 or 10) of its steady-state increment to a specified large percentage (usually 90 or 95).   (www.answers.com) An LEDs turn-on-time is the time needed by the device to turn from OFF state to ON state. Time needed to emit the light, after applying the electricity. LEDs are very fast devices and its turn-on time is 0.0001S or 0.1mS. Polymer light emitting diodes (PLED) uses an electro luminescent conductive polymer that emits light when connected to a power supply. PLEDs need very small amount of electricity to emit light and therefore they are considered to be very efficient. A polymer light emitting diode use ionic liquids as one its active material. Usually polymer light emitting diode has fast turn on time. 6. Improved Efficiencies in LED LED efficiency can be improved by paying attention on packaging, chip structure and positive voltage applying. White LEDs are usually considered to be more efficient that the other Red, Green, Blue colour LEDs. White light in LED can be produced in two ways. One method is, using three individual LEDs which producing the primary colours and then mixing them to produce the white light. Another method is, using the principle which is using in fluorescent lights, a phosphor material is used to convert light from UV or blue LED to white light. The luminous efficiency of blue/UV chip and the conversion efficiency of phosphorous determine the efficiency of white LED. Luminous efficiency is highly influenced by temperature and current. Efficiency of LEDs fall with the increasing current. This effect is called droop. When operating temperature increases from 327K to 380K, the luminous efficiency dropped by 20%. When the temperature is rising, the radiation at the potential decreases which eventually cause a decrease in luminous efficiency. When operating current rises from 0mA to 350mA, the luminous efficiency of LED tend to be decreased by 35%. When current increases, more and more non-stable electrons diffuse out of potential well, thus decreasing the luminous efficiency. We can improve the luminous efficiency of a LED by improving the heat dissipation efficiency and increasing the width of potential well. Working condition of a LED should be under limited temperature and moderate current. The heat generated in the LED, reduces the efficiency of lighting performance. A good packing technology is the way to solve the heat dissipation problem. But developing a heat dissipation technology for reducing the LEDs working temperature is a real challenge. The efficiency and reliability of an LED depends on the thermal dissipation of an LED, because the heat generated in the junction affect the performance and effective operation of LED. LED efficiency can be improved by LED packaging. But, we need to over come the challenges facing in packaging stage to reach the desired efficiency. The challenges facing in packaging are colour consistency of light emitting, multi-chip packaging etc. Packaging technology used for high power LED are more complex and costly. In addition to packaging, chip structure and positive voltage also play a role in LED efficiency. Efficiency can be achieved if positive voltage can be controlled in a very small range. 7.Studies of radiation damage in solar cells and LEDs Solar cells Solar cells or photovoltaic (PV) cells are devices which converts solar light to electricity. Working principle of a solar cell is just opposite to that of LED. A solar cell converts light to electricity while a LED converts electricity to light. In a solar cells, photovoltaic effect generates electricity. Solar cells are made up of semiconductor materials like silicon. When light hits on a solar cell, some portion of a light is absorbed by silicon material. That means, the energy in the light is shifted to the semi conductor material. This energy excites the electrons and make them to break the covalent bond, Breaking of covalent bonds in an atom results in free electrons. This free electrons start flowing and the flow of free electrons cause a current flow in the solar cell. A group of solar cells are electrically connected to form a frame called solar panels. A solar panels are grouped to form large solar arrays. When sunlight hits the semiconductor, the electrons from P-type semiconductor springs up and is attracted towards the N-type semiconductor. This make negative charges in the N-type semiconductor and more positive charges in P-type semiconductor. Thus electricity is generated due to the flow of electrons. This is called photovoltaic effect. Radiation damage Radiation damage is the physical damage occurs to devices (solar cell or LED) in a radiation environment. Visible light, also known as electromagnetic radiation, does not damage soalr cells or LED normally. But exposing to ultra violet (UV) light , which has more energy, can damage the cells overtime. Output parameters of the devices are affected by radiation damage. Radiation damage in solar cells and LEDs occur when highly massive particles like electrons, protons, or ions come in contact with semi conductor materials. The source of the highly massive particles may be nuclear reactions, gamma rays, space radiation etc. The particles having mass and energy can interact with materials in different ways, such as inelastic collision with electrons in a material, inelastic collisions with nucleus and elastic collisions with nucleus. Ionisation and atomic displacement are the two categories of radiation damage that occur to solar cells and LEDs. Ionisation : Ionisation is the process when an atom becomes an ion. It happens, when electrons lose from an outer orbit or extra electrons are added to atom structure. High energy radiation cause ionisation in materials. The use of silicon is solar cells and LEDs cause a range of ionisation related radiation effects such as increased leakage current, decreased gain etc. Atomic displacement : When a fast particles collide with a crystal, silicon atoms may get displaced from their lattice structure. And this displacement may damage the silicon solar cells. Silicon Solar cell damage There are different method to measure silicon solar cell damage. One method is by measuring the irradiation changes occurring in a solar cell and can be explained using basic solar cell equation. This method require data such as series resistance, shunt resistance, current generated by light and diode parameters such as saturation current and quality factor of diode. Solar cell damage can also be measured by observing the change in minority carrier diffusion length. And this method is widely used because diffusion length is measurable. But there are many disadvantage to this method. One serious disadvantage is damage caused due to low energy protons. Low energy protons do a significant damage to the PN junction of a solar cell. This irregular damage increases the saturation and quality factor of the diode. This damage can cause a significant decrease in voltage. The output parameters of a solar cell can be described using the formula Isc  =  Isc0  Ã‚  C  log (1 +  Phi  /  Phix)  , where Isc is the cell short circuit current Phix is the radiation fluence at which Isc starts to change C is the Constant indicates the decrease in Isc per decade The relation between solar cell short circuit current and diffusion length can be represented as Isc  =  A  lnL  +  B. Solar cells are more prone to radiation damage in space. The degradation of cover glass material of solar cell in space is more. Ionisation cause more damage to covering material than atom displacement. Ionisation in material are directly depend on the radiation absorbed. Solar cells are usually made up of Si and GaAs which are more prone to radiation. Replacing these semiconductor material with InP during manufacturing is the best way to reduce damage due to radiation. InP is more resistant to radiation that Si or GaAs. InP substrate constructed with high carrier concentration has superior radiation resistance. LEDs are also prone to displacement damage. Shorter wave length AlGaAs and GaAs LEDs emitting light in the region 800-900nm are more prone to radiation damage. Manufacturing LEDs with higher wavelength is the answer to this radiation problem. 8. CONCLUSION LED lights are widely using these days commercially. The main advantage of LED is its reduced power consumption. They are highly efficient, cost effective, durable and long lasting. Inventions like quantum dot and Ionic Liquids in Nano Technology field, bring significant changes in Lighting. Quantum Dot LEDS are more efficient than normal LEDs, QLEDs use nano crystals as their lighting materials. Use of gold or silver nano particles increases the luminescence emitted from the QLEDs. Introduction of Ionic Liquids, changed the appearance of LED lights. Ordinary LED lights produces a harsh white lights. Implementing a layer of ionic liquids to the LED light, produces a warm light. Researches were made to find the ways of improving the efficiencies of LED. When expose to space radiation solar cells and LEDs are more prone to damages. And it reduces the life span of these devices. Researches are still continuing in the field of nano technology, searching for finding new methods to improve the efficiency of lighting devices.

The Importance of the Warrior Class Exposed in Funeral Oration of Peric

There are two important matters that the "Funeral Oration of Pericles" proves, these two matters are, the great respect that Athenians have for their warrior class and how the Athenians were exceedingly proud of their city and its customs. The following paper discusses the way of life of Athenians and how the Funeral Oration of Pericles influenced it. It is a well-known fact that the Athenians had a great deal of respect for the warrior class and believed them to be among the top members of their society. The warriors were seen as the top portion of their classes. They are classified as hero's and/ or idols. The Athenians were also extremely proud of their city and its traditions. To the people of Athens their country was at the top and there was no other country that could be superior. The purpose of the funeral oration was not only to respect the departed but also to reward the citizen's national pride and their passion to defend their country. The oration was a eulogy that focuses on the prominence of Athens and her ancestors. A member of the family gave the eulogy, generally it was a son if possible. It was required by the law for the dissertation to have some necessary components. The speech had to be in regard to the lives of both the deceased and the ancestors of the deceased. At the end of the eulogy that Pericles gave he spoke in reference to the soldiers and the ancestors of Athens. Although it seemed that he was not sure if he had an impact on the people and he was unsure as to if he had been able to get through to the citizens of Athens. He states, "My task is now finished. I have performed it to the best of my ability, and in words, at least, the requirements of the law are now satisfied." (Thucydides, 109) ... ... die for their country and it's people. Athenians set a goal for themselves, they wanted to love and shield their state in all ways possible and they wanted to choose the most honourable way to die, that being during battle. The reason this way of death is seen to be so honourable is because it showed that the soldiers fully loved their country and it meant that they had completed their goal. "And where the rewards for merit are greatest, there are found the best citizens." (Thucydides, 109) In conclusion, it can be said that the Funeral Operation proved how important and significant the warrior class was in Athens and how the people of Athens had a great respect for their city and it's customs. Works Cited Thucydides, The Peloponnesian War. Web 6 April 2015 http://www.perseus.tufts.edu/hopper/text?doc=Perseus%3Atext%3A1999.01.0200%3Abook%3D2&force=y

L’Oreal : Strategies for the Indian Market Essay

1. Evaluate L’Oreal’s entry strategy in the Indian market with respect to the product, promotion, pricing and place decisions? 2. What have been the changes in the marketing strategy of L’Oreal in the last 8 years? Evaluate them with respect to selection of product / market and each element of the marketing mix? 3. What factors helped the rapid adoption of Excellence colorants among its target customers? 4. Evaluate the options available to the management to achieve target sales of Rs. 1 billion in the year 2000. Prepare an analysis of various marketing mix options and decisions within individual mix elements – target market, product, channel, promotion, and price. a) Show the calculations and refer to these clearly as they are used in evaluating options for decisions in the marketing mix. b) Which product/markets should the company focus upon? Mediquip S. A. Session 5: Preparation Questions 1. What were Thaldorf’s major strengths and weaknesses as a representative of Mediquip? 2. Identify each member of Lohmann Hospital’s decision making unit (DMU)? 3. What were the needs, concerns and motivations of each DMU member? 4. What was the relative power position of each DMU member? 5. How well did Thaldorf interact with each member of the DMU? 6. On what date did Thaldorf effectively lose the sale to Lohmann University? Rosewood Hotels & Resorts: Branding to Increase Customer Session 9: Preparation Questions 1. Why is Rosewood considering a new brand strategy? 2. What are the pros and cons of moving from individual brands to a corporate brand? 3. Will the move to corporate branding maximize customer lifetime value? SaleSoft Inc. Sessions 10 & 12: Preparation Questions 1.What is your plan? Do you plan to continue with PROCEED or will you introduce the TH product? Provide support for your plan. 2.What is the buying cycle for PROCEED ? Who are the people involved in the purchase of a CSAS solution ? What is the role of consultants? 3.What is SaleSoft’s current approach to selling PROCEED ? 4.Quantify the benefits of CSAS to a customer using the information given in Exhibit 7. 5.What value does TH provide a customer ? How is this different from the customer value delivered by PROCEED ? 6.What is a Trojan Horse ? How does it facilitate customer acquisition and retention ? 7.How will you price TH ? Assume variable costs of $200. 8.How do you think SaleSoft’s organization structure will affect its ability to sell PROCEED or TH ? 9.How will you support the customers of PROCEED and / or TH? HP Consumer Products Business Organization : Distributing Printers via the Internet Session 13: Preparation Questions 1.What kind of on-line presence do you think HP should have ? Why ? 2.What risks do you see in your strategy? How would you manage them ? 3.Should printers and printing supplies be treated differently ? 4.What would the people at Best Buy think of your plan ? Would it be any different at CompUSA or the same ? What reactions might they have to news of your plans ? Tanishq Session 15: Preparation Questions 1. How did the positioning of Tanishq brand evolve? What factors influenced the changes in its positioning? 2. Why was GoldPlus launched? How do you rate its performance? 3. What is your recommendation to Bhaskar Bhat to target the plain gold jewellery market in India? List the strategic, economic, organizational and brand investment impact of your recommendation. Centra Software Session 16: Preparation Questions 1. What are the customers of Centra buying? What benefits are do customers get from Centra’s products? How should Centra segment its market? 2. Does Centra need a strategy to decide which customers to select or should it fish where the fish are biting? 3. Should Centra use all three channels to sell the three products to all customers or should it use some products and channels to target some segments? 4. How would you resolve the dispute between Reed and Lesser on how to deploy the telesales team? Would you expand telesales? Tata Ace Session 17: Preparation Questions 1. What factors influenced the development of Tata Ace? 2. Is Tata Ace successful? Why? 3. Describe the approaches adopted to develop the Tata Ace, covering product design, distribution, marketing, service, sourcing, etc. which influenced its value to the company and the customer. 4. Evaluate options to the managers of Tata Ace for growth and strategies to face competition? Suggest options for growth in existing segment, new markets, exports, etc. CRM at ICICI Session 18: Preparation Questions 1. List the factors in the macro environment which impacts ICICI’s retail business. 2. What is ICICI’s strategy in the retail financial services business? 3. Why does ICICI want to build long term relationship with its customers? 4. How did it go about selecting and implementing a CRM solution? 5. What lessons on CRM can be generalized from ICICI’s experience?

The Grinch Who Stole Christmas

The Grinch who stole Christmas can be explained using that Archetypal form of criticism. Archetypal criticism focuses on the use of mythology and takes on a very creative aspect to literature. In the Grinch who stole Christmas, the Grinch is the antagonist who possesses an active hatred towards Christmas and the citizens of Who-ville.There are many questionable sections in the poem that distinguish it as a myth rather than reality. To begin with, Santa Clause and the Grinch are characters of the imagination, used in a mythical sense and never brought to reality. Secondly, the author says â€Å"THENHe loaded some bags And some old empty sacks On a ramshakle sleigh And he hitched up old Max.†This means that the Grinch was intending to use his dog, max, as a reindeer. It would be physically impossible for a dog that small to hull around a sled filled with Christmas items for hours. Max was also expected to convoy the sleigh and heavy Christmas items â€Å"Three thousand feet up! Up the side of Mount Crumpit†, which is a physically impossible task for a dog. Thereafter, the Grinch was expected to climb in and out of chimneys all night, stealing Christmas presents as well as trees. This task is impossible, only one that a fictional character would be able to accomplish. Finally, the author says â€Å"That the Grinch's small heart Grew three sizes that day!† It would be impossible for a heart to grow and shrink based on the amount of love and care that is shown. As you can see, the Grinch was meant to be portrayed in a mythical sense. There are many flaws that do not occur with in reality. This poem is meant to be a myth to teach children not to be like the Grinch, and to love and accept everything.

Knute Rockne essays

Knute Rockne essays Knute Rockne was the best football coach of his time. He coached Notre Dames Fighting Irish. His life was cut short by an airplane crash on March 31, 1931, in Chase County, Kansas. His coaching years were portrayed and dedicated to his brilliant career as Notre Dames head Football Coach. He is the man mostly responsible for making football what it is today. Knute Rockne has been recognized as an ideal football coach. He had everything necessary to be a great coach. On March 4, 1888, Knute Rockne, was born. He born and grew up in Voss, Norway. Then in 1893 he and his family immigrated to the United States of America, and then was raised in the city of Chicago. They settled down in Logan Square District in the suburbs of Chicago with their three children.(Rockne, Knute) Little Knute at the age of five, had a childhood not much different from kids other than his age. All the activities of childhood; football, baseball, occasional fights, young Knute knew it all. A teacher once said: Knute did to have his own way. Knute had just about two years of school in Voss before coming to America. He then attended Breanto Grammar School in Chicago, Illinois. He would learn quickly ana had a great memory. He was a human sponge, soaking up everything around him.(Unofficial Homepage) It only took him two years to catch up with his peers and was to be considered,age for age most brilliant student in school.(Unofficial Homepage) He was not only smart but was self motivated. In his spare time he washed windows for a penny a window at four different schools. He picked beets and corn for ten cents a hour on farms north of Chicago and he also help a part-time job on Lake Michigan Ferry. After school he earned three dollars a week running deliveries for a department store. And he was already American e...