Korean Drink Sikhye Essay Example for Free

Korean Drink Sikhye Essay Seol, the biggest traditional Korean holiday of the year, is when family members gather and eat a traditional meal with a variety of dishes which eventually, leads to overeating. What drink is used help digest all those food, Sikhye. Sikhye is a sweet drink made of malt and rice that has been a traditional beverage throughout Korean culture. It was first introduced in a book on knowledge of living called Samunsaseol in 1740. In the 1800s the recipe was revealed in cook books named Gyungonyoram and Siuijeonseo. There are various kinds of sikhye, Andong sikhye, Jinju sikhye, dried meat sikhye from Gyeongsangdo, dried pollack sikhye from Gangwondo, halibut sikhye from Hamgyeongdo, sailfin sandfish sikhye, and yeonan sikhye. It is said that Sikhye was created in North Korea and made mainly of fishes, powdered red pepper, and radish. Then it was introduced in the South and instead of fishes, malt was put in. After that it gradually known to be established with malt and rice only. Sikhye is a fermented drink made through patience. This drink was first drunk due to its job of stimulating digestion. Sikhye is also referred to dansul or gamju. While Sikhye is rice punch with rice floating in it, gamju is rice punch without rice floating in it. The famous drink is made by pouring malt water into boiled glutinous rice to leave for a while to ferment. Then the rice is removed from the water and rinsed and drained. The remaining water is boiled with sugar and ginger and served cool with the rice. The taste of this refreshment is the malt that is used. Malt is also significant due to its nutritional value. Sikhye is a natural sweet drink made without any artificial sweeteners. This drink prevents food from decomposing in our bodies and has anti-cancer substances. That is why it is important to drink sikhye after a meal. Due to this fact, it was served to Kings as a dessert. The beverage helps balance the body warming a cold body and cooling a hot body. Therefore it is good for diets and hangovers. Sikhye, one of the most cherished Korean drinks, is an important factor in Korean Culture. With its refreshing while unique sweet taste, it grabs people from different ethnicities. It is found in almost every Korean grocery store. While its great while bought, it best when homemade especially in Korea. In Korea, homemade Sikhye is naturally made which makes it distinctive from other drinks. It is known to be one of the best drinks in the culture. There are little ingredients that go in Sikhye, but there it needs a lot of patience to make. The ingredients in this refreshment are Korean rice, malt powder, warm water, caster sugar, ginger, and pine nuts if want to garnish. When making sikhye, what you need to do first is to mix warm water and powdered malt and leave it for three to four hours until the water becomes yellowish. The next step is to mix hard-boiled rice with the malt water in a small earthenware jar and keep it warm for four to five hours. The temperature should be kept at 60 to 70 degrees. If it were lower or higher temperatures, it would spoil the fermentation process. After about four hours, open the jar and check to see if the grains of rice are floating and if they are, take the rice out of the jar using a strainer, and rinse it with cold water and place it in a separate container. Then refrigerate the rice. The next step is to boil the remaining water and add some sugar for taste. Remove the foam that appears on the surface while boiling. After boiling the water, put it in a jar and refrigerate it, to make it cold. When served in special occasions, pour the water in a glass bowl and put the floating rice and other ingredients for decoration. If need more sweetening, add more sugar. This is how to prepare Sikhye and serve it during occasions.

Foam Assisted Lift Technology to Improve Recovery Factor

Foam Assisted Lift Technology to Improve Recovery Factor PROCEEDINGS, INDONESIAN PETROLEUM ASSOCIATION Forty first Annual Convention Exhibition, May 2017 Foam Assisted Lift Technology to Improve Recovery Factor from Sensitive Wells, lesson learned from Total EP Indonesie Ramot Sianturi* Jodi Astorifa Anggoro* Muhammad Nadrul Jamal* Chiko Eko Jatmiko* ABSTRACT Total EP Indonesie (TEPI) currently produce ÂÂ ±1600 MMSCFD of gas from 5 major gas fields, which are Tunu, Sisi-Nubi, South Mahakam, Peciko and Tambora. Except South Mahakam and Sisi-Nubi, all other fields are mature and already in declining production. On some very sensitive gas wells, there have been liquid loading problem observed, a phenomena of inability to continuously lift liquid from borehole. The accumulated liquid increases hydrostatic pressure and eventually stop the well production. As a solution, TEPI introduced a Foam Assisted Lift (FAL) technology in 2011 as a pilot phase, and continued in 2012-2013 on more wells part of FAL trials. The principle of FAL is to generate bubbles to reduce hydrostatic pressure, through surfactant injection from surface to down-hole using capillary string (CS) set under specific well intervention arrangement. Starting from the pilot phase, TEPI have performed several improvements and development of robust down-hole equipments, operation, and also the selection criteria of candidate wells. During several phases of FAL pilots, TEPI had defined the selection method and criteria of good FAL candidates; good productivity (defined as Porosity x Net pay thickness), good offload response, condensate and liquid ratio less than 60%, and bottom hole shut in pressure higher than 1000 psi. The new selection criteria was fully implemented in 2015 campaign, and resulted in improved production in 10 wells. FAL is considered as proven technology to maintain production stability of very sensitive gas wells. Keywords: Capillary string, liquid loading, foam assisted lift, selection criteria INTRODUCTION Total EP Indonesia (TEPI) produces ÂÂ ±1600 MMscfd in 2016, it was decreasing sharply from 2010 which could produced ÂÂ ±2000 MMscfd. One of the main challenges to maintain the plateau production of TEPI is the liquid loading issue which means the inability to lift liquid out from gas wells. This liquid loading issue triggers to self killing process as shown in Figure 1. In the beginning of wells life, well produced in high gas rate and relatively dry. Through the time gas production decreases, water starts to be produced and less energy to lift the liquid. As the consequence, liquid will start to be accumulated in the borehole then eventually stop the well production. Liquid loading issue would always happened in gas wells, it just only the matter of time. To minimize and longer wells life, until recently TEPI performs regular offload by decreasing Well Head Flowing Pressure (WHFP) close to atmospheric pressure and flaring, involving substantial means such as testing barge and personnel. These offloading activities present specific risks, not only for safety, personnel, and assets, but also impact in environment from the flaring activity which results in Green House Gas (GHG) emissions. Moreover, this offloading is only temporary solution to boost the production. Therefore, a continuous offloading system is required to maintain the sustainability of production. Several technologies for continuous offloading are shown in Table 1. Based on Table 1, the most possible technology to be applied is Foam Assisted Lift (FAL) through CS considering no energy required, comply with company rules, and less cost compare to others. Principal of FAL is by creating foam at down-hole to reduce the hydrostatic pressure at wellbore in order to help the lifting of liquid to surface. The process sequence of FAL is shown in Figure 2; Addition of surfactant inside the well will reduce gas-liquid surface tension The reduction of surface tension will impact to the reduction of liquid density Hydrostatic pressure will be reduce as the impact of lighter liquids density Reduction of hydrostatic pressure will give more drawdown, delta pressure between reservoir pressure and bottom hole flowing pressure (BHFP) Additional drawdown will give more gas rate production Technology FAL has been developed in TEPI in 2011 as a pilot phase and continued in 2012-2013 on more wells as part of FAL trials. Starting from the pilot phase, TEPI have performed several improvements and development of robust down-hole equipments, operations, and also the criteria of candidate selection. CAPILLARY STRING INJECTION SYSTEM Down-hole Equipment CS down-hole system is an additional tubing (injection system) that inserted inside production tubing. Even though additional CS inserted inside, TEPI still complies and respects to safety by keeping down-hole safety valve (DHSV) installed. It is mandatory to equip subsurface safety valve in onshore and offshore wells in TEPI for safety purpose as second barrier if any damage or malfunction of surface system happened. Initially the DHSV opening and closing is controlled by hydraulic pressure from control panel but after equipped with CS down-hole system, the opening and closing is controlled by surfactant pressure from surface surfactant facilities. DHSV in CS well is inserted or incorporated in a Weatherford Injection and Safety Hanger (WISH). The WISH hanger also locks the CS tubing, top and injection valve, and dual check valves as shown in the Figure 3. Dual check valves are used at top and bottom injection valve to prevent well pressure from production tubing entering the system in CS tubing and DHSV control line. Besides that, the purpose of dual check valves also to prevent reverse flow of surfactant or fluid s from wells which is potentially could cause plugging. Top injection valve installed immediately after WISH with purpose to pressurize and open DHSV at certain cracking pressure (ÂÂ ±2000 psi) then it will allow surfactant to flow to bottom part of CS tubing. Bottom injection valve is installed at the bottom part of the tubing with purpose to inject surfactant inside production tubing. Surface Facilities Surface facilities were designed to allow the surfactant injection from surface to wellbore with consideration to safety aspect, production reliability, and production availability. Whole surface facilities in CS well are shown in the Figure 4. CS surface facilities consist of several equipments as follow: Surfactant tank; Tank that used shall be made from metallic tank since based on MSDS, surfactant is consider as flammable fluid. Pump; Surfactant injection pumps type is positive displacement driven by instrument gas. In the earlier phase, installed pump is only one but due to the frequency of pumps failure, it is decided to install dual pump with philosophy one in operation and one as back-up. Pressure Switch High-High (PSHH); PSHH is installed to protect the equipment from overpressure due to blocked outlet discharge of surfactant injection line or reverse flow from reservoir. Pressure Switch Low-Low (PSLL); PSLL is installed to identify any leak/ rupture in the injection line or to identify if the pump stop working that could lead to pump cavitations. Pressure Safety Valve (PSV); PSV is installed at discharge line of pump to protect the surface facilities Surfactant Criteria that shall be considered during surfactant selection process are the foam efficiency and stability. Several laboratory tests have been performed to check and validate these two criteria. Qualifications of surfactant that been used in TEPI are as follow: The product could be used high temperature environmental ( ÂÂ ±1760C) since it would be injected up to wellbore No plugging issue cause by surfactant if injection stopped Compatible with other chemicals that injected in the flow-line, i.e corrosion inhibitor CANDIDATE SELECTION In the early phase on 2011, candidate of CS wells were selected based on the wells behavior (stable or intermittent flow), offload frequency, turner rate, and response to shut in for pressure build up (SIBU). The preliminary step for candidate selection is the wells behavior review before going in to deeper to the other criteria. A well that suffered with liquid loading could be identified by increasing of water production rate, and then followed by sudden decrease of gas production rate and decreasing of liquid lifted to surface that corresponding to the critical/ turner rate reached. The trend of WHFT also gives a good sign to do preliminary selection. Case 1 Well with Low Productivity and Low Gas Rate during offload Figure 5 is one of CS wells production evolution profile that selected based on the selection criteria above. As shown in the graph, the well still gave response to the offload that performed on October 2012 with high water production, ÂÂ ±700 bwpd but in limited gas rate, ÂÂ ±0.5 MMSCFD. This well clearly shown outflow problem as describes on liquid level column inside well based on pressure and temperature survey that given on Figure 6. CS was installed on May 2013, but there was no significant improvement in gas production even it was clearly confirmed that the well has issue in liquid lifting. Existence of water and response to offload could not ensure the successful of FAL, cut off of gas rate required to ensure the agitation and mixing between liquid and gas needs to be defined as well. Besides that, the productivity of the well needs to be checked as well. As shown in the IPR and VLP curve, well with higher productivity will give higher gain in any changes on VLP shape. Case 2 Well with Higher Condensate Liquid Ratio Figure 7 is sample of CS well that have high condensate ratio in liquid, ÂÂ ±80% of condensate in liquid. Based on the graph, gas rate production since October 2012 shown decreasing trend but still responsive to SIBU and offload (Qgas rate offload on August 2013 gave value ÂÂ ±1.5 MMSCFD). Considering the initial selection criteria, this well was a good candidate for CS, but after installed with CS, there was no significant improvement. Unsuccessful result potentially caused by the existence of high condensate rate. Since surfactant that used as FAL is water base, it would create foam if only water exist in the certain composition. If liquid consist more condensate, foam will not be created and the impact potentially will give additional back pressure to the well itself. Case 3 Well with Low Bottom Hole Shut In Pressure (BHSIP) Well in Figure 8 was installed with CS since August 2013. As shown in the graph, even though the well shown positive response in offload (Qgas rate at ÂÂ ±3 MMSCFD) and mainly produced water instead of condensate, the result after CS installation did not show positive improvement. Reviewing further from reservoir point of view, this well indicated a good productivity but the pressure (BHSIP) has been at low value. Based on the result on CS wells that selected based on criteria above (conventional approach), found that criteria above were still not capable enough to give higher success ratio. As in cases above, several parameters should be included in the selection process, such as productivity, response to offload, condensate liquid ratio, and BHSIP. Statistical approach has been performed to define the new selection that could give higher success ratio. Based on the review, parameters or criteria that could improve the success ratio are as follow: Productivity As shown in the Figure 5, more gain could be reached in the high productivity wells. The unloading of well with FAL through CS would give additional drawdown in front of the reservoirs. In the same drawdown, the higher gain would be given by the well with higher productivity. In TEPI, the productivity is represented by the height multiply with the porosity. The higher the height and porosity, the higher would be the productivity. In order to improve the success ratio of CS wells, TEPI implemented the cut-off productivity at value 250. Response to Offload FAL by surfactant does not bring any additional energy to the system. The well itself should be able to revive by itself in order to activate the foaming effect efficiently and effectively. Therefore, response to the offload is important to confirm CS candidate prior the installation. Good candidate for CS shall have an improvement in gas rate and liquid production at atmospheric pressure compared to LP. Based on review in existing CS wells, cut-off value to confirm candidate CS that implemented in TEPI is 1.3 MMSCFD in offload condition. Condensate liquid ratio Condensate is natural killer of foam. It would collapse the existence of foam. Based on laboratory test, minimum of 40% water in the liquid is still sufficient to create effective and stable foam. Therefore, the ratio of condensate and water needs to be considered as well during the selection candidate process. BHSIP BHSIP value could be used to represent reservoir pressure. Therefore, candidate for CS wells shall still have high BHSIP, it would not be too depleted reservoirs. Even though BHISP is used as one of the criteria, needs to be careful in the selection process since higher BHSIP could be also due to higher liquid column. Case 4 Well that Selected Based on New Selection Criteria New selection criteria that are included the cut-off productivity, gas rate during offload, condensate liquid ratio, and BHSIP have been fully implemented in 2015. TN-H13 is one of CS well that already selected based on this selection criteria. Productivity that represents by the value of height multiply with porosity is ÂÂ ±460 meanwhile the cut-off is at 250 Last offload that performed on August 2013 still gave value at 2.6 MMSCFD meanwhile the cut-off is at 1.3 MMSCFD Condensate ratio was at ÂÂ ±34% before CS installed meanwhile the cut-off is at 60% BHSIP based on pressure and temperature monitoring is at 1600 psi meanwhile the cut-off is at 1000 psi As shown in Figure 9, Production trend from point A (February 2014) to point B (May 2014) shown decreasing trend and limited water lifted to surface. In the end of May 2014, after reviewed based on new selection criteria, well gave significant improvement in gas rate after installed with CS. Gas production from point B (ÂÂ ±0.7 MMSCFD) increase to point C (ÂÂ ±2.5 MMSCFD) and then gave stable production. Good response to the FAL technology also given by the increasing of water rate that could lifted to surface. These new selection criteria have been fully implemented in 15 wells along 2015 and gave production improvement in 10 wells. DOWNHOLE MEMORY GAUGE As part of learning process, beside define the new selection criteria, the impact of surfactant injection rate on reduction of BHFP needs to be evaluated as well. The method to evaluate this BHFP reduction is by installing memory gauge at the edge of CS tubing. Total memory gauges installed are 5. TN-H13 is selected based on the new selection criteria and it gave positive result in gas production after installed with CS. Positive impact on the gas production could be explained in Figure 10. Performed test was by varying the injection rate through several periods. It was started with low injection rate to maximum injection rate. Stabilization period was given each time injection rate changed. The purpose of stabilization period is to have same baseline in each step of injection rate. Increasing of injection rate gave inline result with increasing pressure reduction of BHFP. At the end of the trial, surfactant injection was stopped in order to see the impact in pressure reduction of BHFP. From Figure 10, it is clearly shown that by stopping surfactant injection, BHFP would be back to initial value. Therefore, it could be concluded that the addition of surfactant obviously gives positive response to production improvement. The addition of CS gave reduction of BHFP by 160 275 psi, which means additional drawdown is given to the well that will impact to additional gas rate. CONCLUSIONS Fully implementation of new selection criteria (productivity, response to offload, condensate liquid ratio, and BHSIP) are applied in 2015 campaign. It is confirmed that the implementation could improved production in more than 10 wells. Surfactant injection inside the well that suffered with liquid is confirmed could give additional drawdown that impact to the addition of gas rate production as confirmed from memory gauge installation result. FAL is considered as proven technology to maintain production stability of very sensitive gas wells. ACKNOWLEDGEMENTS The authors gratefully acknowledge permission from SKK MIGAS, INPEX, and TOTAL to publish this paper. Our biggest gratitude is also gives to all parties who provided valuable comments and inputs during the preparation of this paper. REFERENCE Lea, James, Henry Nickens, and Mike Wells. (2008). Gas Well Deliquification. 2nd Edition. Gulf Professional Publishing. Table 1. Dewatering Technologies Figure 1. Liquid Loading Phenomena in Gas Wells Figure 2. Process Sequence of FAL Figure 3. CS down-hole configuration Figure 4. Process Flow Diagram and Emergency Shut Down (ESD) system Figure 5. Production Evolution of TN-B1 Figure 6. Gradient Pressure in Shut in and Flowing Phase of TN-B1 Figure 7. Production Evolution of TN-N25 Figure 8. Production Evolution of TN-P13 Figure 9. Production Evolution of TN-H13 Figure 10. Memory Gauge Result of TN-H13

Social Conflict and Rebellion in Lorraine Hansberrys A Raisin in the S

  Ã‚  Ã‚  Ã‚   Lorraine Hansberry's play, A Raisin in the Sun, relates the story of a working-class African-American family with dreams. They are willing to rebel against the position that society has forced on them because of their race and class in order to fulfill their dreams. Walter Younger is a chauffeur who "can find no peace with that part of society which seems to permit him and no entry into that which has willfully excluded him" (Willie Loman 23). He wants to rise into wealth and live as his employer, Mr. Arnold, does. Walter feels as if he is going crazy at times. He tells Mama, "sometimes it's like I can see the future stretched out in front of me-just plain as day.... Hanging over there at the edge of my days. Just waiting for me- a big looming blank space-full of nothing.... But it don't have to be" (73-4). James Draper explains Walter's inability to act out in his work " Black Literature Criticisms," saying: The American ghetto hero may give up and contemplate his misery in rose-colored bars to the melodies of hypnotic saxophones, but revolution seems alien to him in his circumstances (America), and it is easier to dream of personal wealth than of a communal state wherein universal dignity is supposed to be corollary. Yet his position in time and space does allow for one other alternative: he may take his place on any one of a number of frontiers of challenge. Challenges (such as helping to break down restricted neighborhoods) which are admittedly limited because they most certainly do not threaten the basic social order. (Draper 214) Walter's sister, Beneatha, who is studying at a local university to be a doctor, fights many of her own social battles. At college, she finds "a place, as her family cannot, among othe... ...oday by minority families.    Works Cited and Consulted: Domina, Lynn. Understanding A Raisin In The Sun.   Conneticut.  Ã‚   Greenwood Press, 1998. Draper, James P. Black Literature Criticisms. Detroit: Gale Research Incorporated, 1992. Hansberry, Lorraine.   A Raisin in the Sun.   New York:   Signet, 1988. Hansberry, Lorraine. "An Author's Reflections: . Willie Loman, Walter Younger, And He Who Must Live" The Village Voice - Aug 12, 1959. Web 23 May 2015 https://news.google.com/newspapers?nid=1299&dat=19590812&id=09pHAAAAIBAJ&sjid=NYwDAAAAIBAJ&pg=6584,6415280&hl=en Rose, Philip. "YOU CAN'T DO THAT ON BROADWAY: 'A Raisin in the Sun' and Other Theatrical Improbabilities" Limelight Editions; 1st edition. 2004 Wilkerson, Margaret B. "The Sighted Eyes and Feeling Heart of Lorraine Hansberry." Black American Literature Forum 17.1 (1983): 8-13. Social Conflict and Rebellion in Lorraine Hansberry's A Raisin in the S   Ã‚  Ã‚  Ã‚   Lorraine Hansberry's play, A Raisin in the Sun, relates the story of a working-class African-American family with dreams. They are willing to rebel against the position that society has forced on them because of their race and class in order to fulfill their dreams. Walter Younger is a chauffeur who "can find no peace with that part of society which seems to permit him and no entry into that which has willfully excluded him" (Willie Loman 23). He wants to rise into wealth and live as his employer, Mr. Arnold, does. Walter feels as if he is going crazy at times. He tells Mama, "sometimes it's like I can see the future stretched out in front of me-just plain as day.... Hanging over there at the edge of my days. Just waiting for me- a big looming blank space-full of nothing.... But it don't have to be" (73-4). James Draper explains Walter's inability to act out in his work " Black Literature Criticisms," saying: The American ghetto hero may give up and contemplate his misery in rose-colored bars to the melodies of hypnotic saxophones, but revolution seems alien to him in his circumstances (America), and it is easier to dream of personal wealth than of a communal state wherein universal dignity is supposed to be corollary. Yet his position in time and space does allow for one other alternative: he may take his place on any one of a number of frontiers of challenge. Challenges (such as helping to break down restricted neighborhoods) which are admittedly limited because they most certainly do not threaten the basic social order. (Draper 214) Walter's sister, Beneatha, who is studying at a local university to be a doctor, fights many of her own social battles. At college, she finds "a place, as her family cannot, among othe... ...oday by minority families.    Works Cited and Consulted: Domina, Lynn. Understanding A Raisin In The Sun.   Conneticut.  Ã‚   Greenwood Press, 1998. Draper, James P. Black Literature Criticisms. Detroit: Gale Research Incorporated, 1992. Hansberry, Lorraine.   A Raisin in the Sun.   New York:   Signet, 1988. Hansberry, Lorraine. "An Author's Reflections: . Willie Loman, Walter Younger, And He Who Must Live" The Village Voice - Aug 12, 1959. Web 23 May 2015 https://news.google.com/newspapers?nid=1299&dat=19590812&id=09pHAAAAIBAJ&sjid=NYwDAAAAIBAJ&pg=6584,6415280&hl=en Rose, Philip. "YOU CAN'T DO THAT ON BROADWAY: 'A Raisin in the Sun' and Other Theatrical Improbabilities" Limelight Editions; 1st edition. 2004 Wilkerson, Margaret B. "The Sighted Eyes and Feeling Heart of Lorraine Hansberry." Black American Literature Forum 17.1 (1983): 8-13.

What Did You Buy Into Today? Essay -- Advertising Media Papers

What Did You Buy Into Today? Take a look at your shoes. Check the breast of the shirt you are wearing. Don’t forget the ass of your pants. What about the food you ate for lunch or the computer you typed your paper on? There is no denying that we are living in a brand name life. People have become consumers whether they’ve wanted to or not. It is impossible to walk through life without being bombarded by image after image of a branded identity. From Nike to McDonald’s, Apple to Evian, the â€Å"brand† has worked its way into consumer consciousness on a level that has not been seen in the past. Humans strive for individuality, so how did we so willingly give ourselves over to the brands that now consume us? A common misconception about branding is that branding and advertising are both one in the same. This, however, is not the case. Advertising is only one key component that a company uses to create their own branded image; an image that encompasses everything the company wants the public to know about the meaning of its products. Advertising is just an outlet to get that message across. â€Å"Branding† is a by-product of a society that has too many similar products, a natural occurrence in a free-market capitalist country. The goal of branding is to separate one similar product from another by altering the way that a consumer feels about a certain product at a sub-conscious level. For instance, a marketing campaign common to almost all of us tries to create a distinction in our mind between Coke and Pepsi. To do this, brand makers will work to infiltrate their target market and create an image for the product that closely resembles the image of the target market, thus burning i n the idea that their product is an important aspect of so... ...Nike swoosh being altered to resemble a gun shooting the high soaring basketball player. The results are quick and effective, and spread to others outside your immediate sphere of influence. The more you expose the underlying meaning of the ads around us the more people will think about all the ads and marketing pushes that coincide with their life. It’s time to once again reclaim your life as your own. Question the images put before you. Urge others to do the same. Support independent retail outlets and companies that still produce the products that they are selling to you. If you must buy branded products, purchase them second hand. If there’s a mass exodus away from the cash registers of these branded pseudo companies then the tides will change and we’ll see our lives return to us as they once stood, uninterrupted and full with a passion for living once again.

Biography of St Thomas Becket Essay -- essays research papers

St Thomas Becket (December 21, 1118 – December 29, 1170) was Archbishop of Canterbury from 1162 to 1170. He engaged in a conflict with King Henry II over the rights and privileges of the Church and was assassinated by followers of the king in Canterbury Cathedral. Life before his consecration Thomas Becket (also known as Thomas à   Becket, although many people consider this incorrect)[1] was born in London sometime between 1115 and 1120, though most authorities agree that he was born December 21, 1118, at Cheapside, to Gilbert of Thierceville, Normandy, and Rosea or Matilda of Caen. His parents were of the upper-middle class near Rouen, and Thomas never knew hardship as a child. One of Thomas's father's rich friends, Richer de L'aigle, was attracted to the sisters of Thomas. He often invited Thomas to his estates in Sussex. There, Thomas learned to ride a horse, hunt, behave, and engage in popular sports such as jousting. When he was 10, Becket received an excellent education in "Civil & Canon Law" at Merton Priory in England, and then overseas at Paris, Bologna, and Auxerre. Richer was later a signer at the Constitution of Clarendon against Thomas. Upon returning to the Kingdom of England, he attracted the notice of Theobald, Archbishop of Canterbury, who entrusted him with several important missions to Rome and finally made him archdeacon of Canterbury and provost of Beverley. He so distinguished himself by his zeal and efficiency that Theobald commended him to King Henry II when the important office of Lord Chancellor was vacant. Henry, like all the Norman kings, desired to be absolute ruler of his dominions, both Church and State, and could find precedents in the traditions of the throne when he planned to do away... ...ve inspired the masonic legend of the death of Hiram Abif. This theory included reference to a company of masons in the City of London making a procession to St Thomas's Chapel on his saint's day. He suggests that they may have been an emblematic performance concerning the death of Thomas on that day. They also supported St Thomas's Hospital which was the headquarters of the Knights of St Thomas, a military order, during the crusades which was very close to the Templars. St Thomas of Canterbury remains the patron saint of Roman Catholic secular clergy. In the Roman Catholic calendar of saints, his annual feast day is 29 December. The Becket Fund for Religious Liberty, a nonprofit, nonpartisan, interfaith, legal and educational institute dedicated to protecting the free expression of all religious traditions, took its inspiration and namesake from Thomas Becket. Biography of St Thomas Becket Essay -- essays research papers St Thomas Becket (December 21, 1118 – December 29, 1170) was Archbishop of Canterbury from 1162 to 1170. He engaged in a conflict with King Henry II over the rights and privileges of the Church and was assassinated by followers of the king in Canterbury Cathedral. Life before his consecration Thomas Becket (also known as Thomas à   Becket, although many people consider this incorrect)[1] was born in London sometime between 1115 and 1120, though most authorities agree that he was born December 21, 1118, at Cheapside, to Gilbert of Thierceville, Normandy, and Rosea or Matilda of Caen. His parents were of the upper-middle class near Rouen, and Thomas never knew hardship as a child. One of Thomas's father's rich friends, Richer de L'aigle, was attracted to the sisters of Thomas. He often invited Thomas to his estates in Sussex. There, Thomas learned to ride a horse, hunt, behave, and engage in popular sports such as jousting. When he was 10, Becket received an excellent education in "Civil & Canon Law" at Merton Priory in England, and then overseas at Paris, Bologna, and Auxerre. Richer was later a signer at the Constitution of Clarendon against Thomas. Upon returning to the Kingdom of England, he attracted the notice of Theobald, Archbishop of Canterbury, who entrusted him with several important missions to Rome and finally made him archdeacon of Canterbury and provost of Beverley. He so distinguished himself by his zeal and efficiency that Theobald commended him to King Henry II when the important office of Lord Chancellor was vacant. Henry, like all the Norman kings, desired to be absolute ruler of his dominions, both Church and State, and could find precedents in the traditions of the throne when he planned to do away... ...ve inspired the masonic legend of the death of Hiram Abif. This theory included reference to a company of masons in the City of London making a procession to St Thomas's Chapel on his saint's day. He suggests that they may have been an emblematic performance concerning the death of Thomas on that day. They also supported St Thomas's Hospital which was the headquarters of the Knights of St Thomas, a military order, during the crusades which was very close to the Templars. St Thomas of Canterbury remains the patron saint of Roman Catholic secular clergy. In the Roman Catholic calendar of saints, his annual feast day is 29 December. The Becket Fund for Religious Liberty, a nonprofit, nonpartisan, interfaith, legal and educational institute dedicated to protecting the free expression of all religious traditions, took its inspiration and namesake from Thomas Becket.

Littlefield Technologies Essay

Managing Customer Responsiveness at Littlefield Technologies Background Littlefield Technologies (LT) has developed another DSS product. The new product is manufactured using the same process as the product in the assignment â€Å"Capacity Management at Littlefield Technologies† — neither the process sequence nor the process time distributions at each tool have changed. On day 0, the factory began operations with three stuffers, one tester, and one tuner, and a raw materials inventory of 9600 kits. This left the factory with $1,000,000 in reserves. Customer demand continues to be random, but the long-run average demand will not change over the product’ 268-day lifetime. At the end s of this lifetime, demand will end abruptly and factory operations will be terminated. At this point, all capacity and remaining inventory will be useless, and thus have no value. Management would like to charge the higher prices that customers would pay for dramatically shorter lead times. However, historic lead times often extend into several days, so management has been unwilling to quote the shorter lead times. Operations Policies at Littlefield LT uses a Reorder Point / Order Quantity raw material purchase policy. That is, raw kits are purchased as soon as the following three criteria are all met: (1) the inventory of raw kits is less than the reorder point, (2) there are no orders for raw kits currently outstanding, and (3) the factory has sufficient cash to purchase the reorder quantity. No order is placed if any of these three criteria are not met. So, for example, a team could prevent orders from being placed at all by setting the order quantity so high that there is insufficient cash to place an order. Kits are purchased in multiples of 60 because orders arrive in batches of 60. A reliable supplier delivers exactly the order quantity of batches, four days after the order is placed and paid for. Management considers physical cost of holding inventory negligible compared to the financial costs. Other details concerning the purchasing policy can be found in the â€Å"Littlefield Technologies — Overview† note. The current reorder point and reorder quantity can be changed by clicking on â€Å"Edit Data† on the Materials Buffer icon. Customers are willing to pay a premium for fast lead times, and you now have three pricing contracts to choose from: †¢ price = $750; quoted lead time = 7 days; maximum lead time = 14 days. (This is the contract that the factory starts with). †¢ price = $1000; quoted lead time = 1 day; maximum lead time = 3 days. †¢ price = $1250; quoted lead time = 0.5 days; maximum lead time = 1 day. As before, if an order’ lead time exceeds the quoted lead time, then the revenue for that s order decreases linearly, from the prices above for the quoted lead time to $0 for the maximum lead time. A contract is assigned to an order as soon as it arrives at the factory, and that contract cannot be changed subsequently for that order. Contracts for future orders can be selected by clicking on â€Å"Edit Data† on the Customer Order icon. You will also notice a few days where zero jobs are completed by the factory. On such days, the daily average lead time and daily average revenues are meaningless, so a value of zero will appear in the plots and downloaded data on those days. You are also allowed to buy and sell machines and change the scheduling rule at the tester. Assignment The factory has been running for 50 simulated days, and management has recalled the high-powered operations team (you) to manage the capacity, scheduling, purchasing, lot sizing, and contract quotations to maximize the cash generated by the factory over its lifetime. Management is not providing any operating budget beyond the cash generated by the factory itself. You will have control of the factory from day 50 to day 218. At 1 hour per simulated day, this translates to 7 real days. At day 218, you lose control of the factory, and the simulation will quickly run another 50 days of simulation. When you lose control of the factory, management expects you to leave the factory parameters set to maximize the factory’ cash position when the factory shuts down on day 268. After the simulation s ends on day 268, you can check the status of your factory, but the factory will no longer be running. Your team should turn in one summary of what actions you took during the week you had access to the factory, why you took those actions, and in retrospect whether you think you did the right thing. Show analysis to justify your conclusions. Your team’ grade will be s partially based on your performance, but mainly based on your summary. The summary cannot exceed 3 pages in length, and no appendices are allowed.

Critical thinking Essay

1. What is the purpose of education? To transmit culture? To provide social and economic skills? To develop critical thinking skills? To reform society? I think that the purpose of education is to get the children ready for real life, and provide them the learning skills, and abilities that they will need. 2. What are schools for? To teach skills and subjects? To encourage personal self-definition? To develop human intelligence? To create patriotic, economically productive citizens? Schools’ purposes are major in every culture all around the world. In my eyes, schools are to educate the general public, young or old for survival in the next chapter in their life, a degree. They are taught the basic skills and subjects to maneuver on to college, or to start life. After the basics, they are taught more in depth skills and subjects. Schools aren’t good just for that. In schools children also gain life long friends, experiences and learn the social skills they need in life. 3. What should the curriculum contain? Basic skills and subjects? Experiences and projects? Inquiry processes? Critical dialogues? The curriculum should contain all basic skills and subjects, math, reading, language, writing, science, and geography. Then on a second level, to test the knowledge, and for student’s to learn from other students, projects should come in. As for experiences, I think that students that can relate, should share their experiences. It helps other students gain incite on another way something can happen; also it helps them understand more. 4. What should the relationship be between teachers and students? Transmitting heritage? Teaching learning skills and subjects? Examining great ideas? Encouraging self-expression? Constructing knowledge? Solving problems? The relationship between teachers and students should be more then just an authority figure. It should be on a friend level. But not too much. Just enough for comfort. I think teaching learning skills and subjects are priorities, as well as examining ideas. Self-expression should be encouraged. 5. When you have completed the above questions, review Chapter 4 and determine the type(s) of philosophy that your personal statements reflect. Include why you chose each philosophy. Dewey’s pioneer- Schooling that emphasizes problem solving and activities in a context of community. Making an doing ;history and geography; science ;problems. Montessori’s pioneer – Wide range of practical skills for life in urban centers, along with arts and sciences, and problem solving. Spontaneous learning; activities; practical, sensory, and formal skills; exercises for practical life.