Why being on time is important Essay Example for Free

Why being on time is important Essay Being on time is one of the most basic, yet most important things about what we do, as Marines, and Military Policemen. Most Marines understand this concept and are able to comply willfully and promptly due to the extent they have been taught regarding the importance of being on time and the punishment that can follow a more than tardy arrival. Tardiness in the workplace is a correctable issue and majority of the time is nothing more than a seldom occurrence. Some particular occasions however, become more than just the scarce problem that it should be. When this becomes less than an uncommon problem, people begin to take notice. The most important part of any occupation is reliability. People need to be able to view you as more than a mediocre character that stumbles to work subsequently behind every other co-worker. they need to see you as a person that they can entrust their life to, whether that situation arises or not. They need to regard you as a trustworthy, well put together person; a well put together Marine. The Marines is not a place for play. It is not. It is a place for america’s men and women alike to join together and construct an unstoppable effort for the good of this country and a harsh unforgiving authority for our enemies. When a Marine looks in the mirror, that is exactly what they should gaze upon; A Marine. Arriving late, last minute, or unprepared are not attributes that compose a Marine. Being early, well prepared, and enthusiastic to initiate the day are qualities a Marine should have. Not having these aspects can account for many consequences, and whom is ultimately accountable for ones own behavior? It’s not your command who tells you that you are at fault, it’s you. All Marines being on time, as opposed to a belated appearance, is great for unit moral as well. it helps the unit work together due to the fact that everyone feels like they are putting forth an equal, and combined effort towards their common objective. A unit with 1 or more Marines battling an issue with tardiness is likely to have a lessened performance when being  exposed to that Marine, or Marines. The concept will spread; if that marine can be late every day, so can I. This type of ideology can take a drastic toll on the total effectiveness of the unit and cannot be tolerated. The productivity of any given unit with problem Marines, can and will immensely decrease causing Marines and co-workers alike, to be less encouraged to do their job to the best of their abilities. And instead, master the art of just getting by. This is why remaining on schedule is one of the most important parts of your daily routine. And if you are reading this and feel like everything written here doesn’t really apply to you, then I suppose you dont have much to worry about.

Manifest Destiny American Civil War Essay Example for Free

Manifest Destiny American Civil War Essay Manifest Destiny In the 1840s the United States increased its territory to stretch from the Atlantic to the Pacific Ocean. This land was acquired through treaty, war, and negotiation. The opportunities of this large area of land offered in terms of resources and trade were great. The positive of M.D. do not outweigh the negative consequences. Manifest Destiny is a historic duty, in the 1800s the Americans believed that the manifest destiny of the United States was to expand to the Pacific Ocean. The United States started as costal colonies but eventually the fulfilled their manifest destiny and expanded buy conquering and purchasing land. The Americans gained more land by buying it from France in the Louisiana Purchase and they also acquired land by cession as they did in the Mexican Cession. Other ways of expanded their land was to take it by force; many settlers killed the Indians and stole their land from them. The Americans in the 1800s believed that it was the historic duty of their nation to expand to the Pacific Ocean. They believed that the land was rightfully theirs. They ignored the fact that the land was already occupied and began to move west. They did not recognize the Indians as people; they saw them as potential slaves, so they simply killed them and took their land. Much of the land was bought from France in the Louisiana Purchase, but other lands such as Texas, California and Oregon was not theirs. Using both military strength and negotiations, the US was determined to fulfill their historic duty. The main difference between the border issues of Oregon and Texas is the way these issues were settled. The Texas issue resulted in a war with Mexico, which gained land and lost soldiers. However, this did allow the US to gain more land than just Texas. The Oregon issue, on the other hand, was more peaceful. The US negotiated and made a treaty with Britain instead of going to war with them. However, both these issues were different ways the US gained land and expanded their nation.

Techniques for Evaluation of Evidences in Forensic Casework

Techniques for Evaluation of Evidences in Forensic Casework Modern Techniques Used For the Evaluation of Evidences Collected In Forensic Casework: A Review Abstract In the modern era, many technological developments have been made in the field of science as well as forensic science which stand powerful and strong to overcome the issues involved in forensic casework. In this review, three emerging techniques have been discussed that proved helpful for the forensic analysis. One of them is Stereo lithography which is being used for prototyping purposes which involves fabrication of three dimensional structures (3D modeling) for this purpose some complex mathematical measurements, biological and chemical informational data is required. At the second number, Ambient mass spectrometry (ambient MS) comes which is also a very emerging and powerful method for the identification of explosives materials even at the nanogram levels, for the analysis of pharmaceutical products (e.g. tablets), authentication of ink and document, identification of biological fluids such as urine and blood plasma and also for the testing of metabolites present in breathâ€℠¢s air. Third most widely used technology for glass fragments analysis is Laser Ablation Inductively Coupled Mass Spectrometry (LA-ICP-MS), even for the trace evidence collected from the criminal site. Keywords: Forensic casework, Prototyping, 3D modeling, Ambient MS, metabolites. Introduction These three powerful techniques are mentioned below: Laser Ablation Inductively Coupled Plasma Mass Spectrometry (LA-ICP-MS): Glass elements represent a very valuable class of evidence, even in trace amount. Many other materials that present in trace amount, they are simply moved from victim to defendant and ignored very simply by the accused. While in case of broken glass particles, even minor particles can be proved very helpful to find important ways of solving the hurdle like the direction and speed of the bullets and their impact on the glass that is being analyzed(1). LA-ICP-MS is a very sensitive machine that converts the glass materials into very small size, even up to their atomic size.(2) After that the matching is done of the sample that collected from the crime site. Then the similarities are checked and make the statement about the accused person, on the basis of the evaluation of evidence, collected from a crime site. LA-ICP-MS has another application of detection of non-metals and metals, even they are traces at very min or quantity(3). Stereo lithography: Rapid Prototyping technique that uses a laser beam to develop a sharp image of layer by solidifying or hardening of the photopolymer material(4). It develops images and specific 3D models by combining with Computer Aided Designing (CAD) that includes 3D confirmation point exchanging. In this way it helps to create images.(5) (6) For the analysis of different evidences, different operational 3D models are available. One of them is prototyping that is a very popular and accurate model for the manufacturing of images at high levels(7). CAD plans combine with this machine to generate 3D models in layer by layer sequence.(5, 8) Laser sintering and many other imaging processes are available like stereo lithography which involves the flow or movement of photopolymers like a jet in an inkjet apparatus.(9, 10) Ambient mass spectrometry: Ambient MS technology has been under considerations in this study, as it is the very rapidly emerging method for the identification of surface directly regardless any treatment before analyzing(11). This technology is very speedy and gives accurate results and facilitates as it involves no purification and removal of sample for the surface analysis. At Crime site many evidences present and different identification analysis are being done to study the toxicology and chemical residue concentrations. For this purpose desorption electrospray ionization (DESI)(12, 13),direct analysis in real time (DART)(14), plasma assisted desorption ionization (PADI)(15)and extractive electrospray surface ionization (EESI)(16), techniques play their important part. Working Principle of Technologies: LA-ICP-MS: This process is carried out by ICP-MS machine which involves three steps procedure(17), firstly the sample introduction mechanism in which the sample is being installed to the apparatus, and then the generated ions transfer into plasma and interface tube and last step involves the detection by using mass spectrometer detector.(17)MS was firstly built for the liquid sample analysis but now this technology is being used for gaseous as well as solid materials. A decade ago, solution nebulization (SN) mechanism was being used,(2, 3, 18) often for the introduction of sample into the MS machine for forensic analysis but it involved very lengthy and time consuming protocol , so to overcome this issue now a days ,sample introduction is being done by laser ablation (LA)(19-22). To generate ions of the sample, laser beam is used that focused on the analyzing sample .After that generated ions or ablated elements are further passed out to the next chamber, termed as plasma and MS interface region, digestion and ionization processes are being carried out for the sample in it. At the third stage for the isotopic and elemental examination, the generated ions by second chamber are transferred to the mass spectrometer detector. Then MS detector collects the ions and separates them on the basis of their charge to mass ratio and builds an analysis on that base identification of the unknown samples is done. Accordingly, solution nebulization (SN) requires high amount of sample to being analyzed even in milligrams (23-27), while some micrograms of the sample in quantity are just enough for laser ablation (LA) method. The main advantage of using laser ablation (LA) is no risk of contamination and loss of sample. Through a study, it is confirmed that laser ablation required only minimum 0.9 ÃŽ ¼g mass of sample for forensic glass analysis, while for SN system this amount range exceeded up to 500 ÃŽ ¼g to 2000 ÃŽ ¼g. Stereo lithography: Exposure of specific lengths of radioactive rays to the liquid polymer can converted it into the solid phase very quickly in this replication based process.(28) Ultra violet (UV) of very intensity is being fallen on the liquid layer of the photopolymer. By the UV light focusing onto the sample, some chemical changes occur that converts the liquid sample into the solid phase. This process involves the drawing of layers with the use of UV light onto the liquid sample surface(29). The conversion of liquid phase into solid phase is due to polymerization of the sample by UV light. This technique completes its process with the combination of different computer soft wares like CAD and CAE. Different types of liquid photopolymers are currently available that are being utilized for stereo lithography.(5) Many polymers are very strong, can resist in high temperature condition and low moisture situations. Oxygen inhibition is the big short coming that is being faced in prototyping technique by acrylates which are cured by UV rays. With the use of cationic and polymerization,(30) the hybrids are become able to test different types of liquid samples and this test involves the use of UV light. FDA gave approval to use some materials for these purposes are epoxy based material, rubbers and silicon like materials etc. Many other materials like nylon, polycarbonate, ABS and some type of resins are available in the market that can be used in the stereo lithography apparatus. In 1988, this system was developed for the forensic analysis. Ambient mass spectrometry: Cooks and co-researchers developed an ambient desorption method that involves desorption and ionization of sample collected from crime site, with the help of electrospray machine. For the identification of biological samples(31, 32), environmental study(33) and to check the pharmaceuticals products validity(34), in the field of forensics very modified techniques are settled that show accurate results, one of them is DESI as shown in Figure 1.(a)(35-37). For the chemical residues analysis as well as drugs of accused, a new approach was developed alongside the DESI termed as DART by Cody and his partners, although DESI is a very sensitive and accurate method(38). Ionization of particles is done by the ejection of nitrogen and helium light onto the surface in DART method as shown in Figure 1. (b). McCoustra developed a new emerging method that ionizes the material with the use of plasma source, termed as PADI as shown in Figure 1. (c). Zenobi, a scientist settled an instrument known as EESI to ionize the materials or particles with the use of directly inserted gal with full speed into the electro spray region of the mass spectrometry apparatus, in which the desorption of particles is done by the continuous flow of gas and this method helps to analyze the liquids and other solutions(39).   Ã‚   (a) (b) (c) Figure1. Schematics of source: (a) DESI (b) DART (c) PADI Applications in Forensics Forensic glass Analysis: Recently, FBI and other forensics groups have been involved in the usage of LA-ICP-MS as it has major application of analysis of broken glass, collected from a crime site, although this technology requires very big amount to run. Stereo lithography: It has current issues related applications like to study the anatomy of the body shape, it’s very useful in surgeries development (e.g. orthopedic) (5).For the development of prosthetic devices , stereo lithography’s use have been increased quite prominently . MRI data analysis and identification of bone injury produced by trauma have been carried out in recent time by this method. Identification of metabolites from breath: As the breath includes so many types of metabolites through which a lot of information about an accused can be generated. Metabolites can give information about meals and recently use of drug or alcohol by the suspect and it can also recognize the biomarkers(40). Ink analysis and document verification: The identification of inks used in writing of the documents or any other confidential report can prove the authenticity of the document in the law court. Ingredients of ink like organic solvents are separated using liquid chromatography and then further analyzed by mass spectrometry(34, 41). Conclusion In this article, we review the possible potential of different forensic analysis techniques for the evaluation of evidences, collected from criminal site. LA technique shows powerful potential for forensic glass analysis(42). DESI clearly illustrates the identification of biological samples, environmental study and to check the pharmaceuticals products validity(34). Stereo lithographic techniques are more precisely and accurately used for MRI data analysis(5). These emerging techniques will also play their key role to solve the issues related to forensic casework. . References 1.Suzuki Y, Sugita R, Suzuki S, MARUMO Y. Forensic Discrimination of Bottle Glass by Refractive Index Measurement and Analysis of Trace Elements with ICP-MS. Analytical sciences. 2000;16(11):1195-8. 2.Rodriguez-Celis E, Gornushkin I, Heitmann U, Almirall J, Smith B, Winefordner J, et al. Laser induced breakdown spectroscopy as a tool for discrimination of glass for forensic applications. Analytical and bioanalytical chemistry. 2008;391(5):1961-8. 3.Castro W, Trejos T, Naes B, Almirall JR. Comparison of high-resolution and dynamic reaction cell ICP-MS capabilities for forensic analysis of iron in glass. Analytical and bioanalytical chemistry. 2008;392(4):663-72. 4.Joe Lopes A, MacDonald E, Wicker RB. Integrating stereolithography and direct print technologies for 3D structural electronics fabrication. Rapid Prototyping Journal. 2012;18(2):129-43. 5.Puri PM, Khajuria H, Nayak BP, Badiye A. Stereolithography: Potential Applications in Forensic Science. Research Journal of Engineering Sciences ___________________________________________ ISSN. 2012;2278:9472. 6.Vanezis P, Vanezis M, McCombe G, Niblett T. Facial reconstruction using 3-D computer graphics. Forensic science international. 2000;108(2):81-95. 7.Ito Y, Nakahashi K. Direct surface triangulation using stereolithography data. AIAA journal. 2002;40(3):490-6. 8.Logan Jr E. Handbook of turbomachinery: CRC Press; 2003. 9.Nizam A, Gopal R, Naing L, Hakim A, Samsudin A. Dimensional accuracy of the skull models produced by rapid prototyping technology using stereolithography apparatus. Orofacial Sciences. 2006;1:60-6. 10.Kang H-W, Park JH, Cho D-W. A pixel based solidification model for projection based stereolithography technology. Sensors and Actuators A: Physical. 2012;178:223-9. 11.Author A. Ambient mass spectrometry. Royal Society of Chemistry; 2010. 12.Takats Z, Wiseman JM, Gologan B, Cooks RG. Mass spectrometry sampling under ambient conditions with desorption electrospray ionization. Science. 2004;306(5695):471-3. 13.Cooks RG, Ouyang Z, Takats Z, Wiseman JM. Ambient mass spectrometry. Science. 2006;311(5767):1566-70. 14.Cody RB, Laramà ©e JA, Durst HD. Versatile new ion source for the analysis of materials in open air under ambient conditions. Analytical Chemistry. 2005;77(8):2297-302. 15.Ratcliffe LV, Rutten FJ, Barrett DA, Whitmore T, Seymour D, Greenwood C, et al. Surface analysis under ambient conditions using plasma-assisted desorption/ionization mass spectrometry. Analytical chemistry. 2007;79(16):6094-101. 16.Chen H, Sun Y, Wortmann A, Gu H, Zenobi R. Differentiation of maturity and quality of fruit using noninvasive extractive electrospray ionization quadrupole time-of-flight mass spectrometry. Analytical chemistry. 2007;79(4):1447-55. 17.Allen T, Scranage J. The transfer of glass—part 1: Transfer of glass to individuals at different distances. Forensic science international. 1998;93(2):167-74. 18.Trejos T, Almirall JR. Effect of fractionation on the forensic elemental analysis of glass using laser ablation inductively coupled plasma mass spectrometry. Analytical chemistry. 2004;76(5):1236-42. 19.Mokgalaka N, Gardeaà ¢Ã¢â€š ¬Ã‚ Torresdey J. Laser ablation inductively coupled plasma mass spectrometry: principles and applications. Applied Spectroscopy Reviews. 2006;41(2):131-50. 20.Watling R, Lynch B, Herring D. Use of Laser Ablation Inductively Coupled Plasma Mass Spectrometryfor Fingerprinting Scene of Crime Evidence. J Anal At Spectrom. 1997;12(2):195-203. 21.Schmidt T, Surmann J, Stephanowitz H, Hoffmann E. Identification of pharmaceutical glasses by laser ablation ICP-MS. Die Pharmazie. 2001;56(11):852-6. 22.Trejos T, Montero S, Almirall JR. Analysis and comparison of glass fragments by laser ablation inductively coupled plasma mass spectrometry (LA-ICP-MS) and ICP-MS. Analytical and bioanalytical chemistry. 2003;376(8):1255-64. 23.Becker JS, Dietze H-J, McLean JA, Montaser A. Ultratrace and isotope analysis of long-lived radionuclides by inductively coupled plasma quadrupole mass spectrometry using a direct injection high efficiency nebulizer. Analytical chemistry. 1999;71(15):3077-84. 24.Sharp BL. Pneumatic nebulisers and spray chambers for inductively coupled plasma spectrometry. A review. Part 2. Spray chambers. J Anal At Spectrom. 1988;3(7):939-63. 25.Kahen K, Jorabchi K, Gray C, Montaser A. Spatial mapping of droplet velocity and size for direct and indirect nebulization in plasma spectrometry. Analytical chemistry. 2004;76(24):7194-201. 26.Mora J, Maestre S, Hernandis V, TodolÄ ± JL. Liquid-sample introduction in plasma spectrometry. TrAC Trends in Analytical Chemistry. 2003;22(3):123-32. 27.Trujillo IS, Alonso EV, de Torres AG, Pavà ³n JMC. Development of a solid phase extraction method for the multielement determination of trace metals in natural waters including sea-water by FI-ICP-MS. Microchemical Journal. 2012;101:87-94. 28.Gauvin R, Chen Y-C, Lee JW, Soman P, Zorlutuna P, Nichol JW, et al. Microfabrication of complex porous tissue engineering scaffolds using 3D projection stereolithography. Biomaterials. 2012;33(15):3824-34. 29.Zheng X, Deotte J, Alonso MP, Farquar GR, Weisgraber TH, Gemberling S, et al. Design and optimization of a light-emitting diode projection micro-stereolithography three-dimensional manufacturing system. Review of Scientific Instruments. 2012;83(12):125001. 30.Chin Ang K, Fai Leong K, Kai Chua C, Chandrasekaran M. Investigation of the mechanical properties and porosity relationships in fused deposition modelling-fabricated porous structures. Rapid Prototyping Journal. 2006;12(2):100-5. 31.Manicke NE, Wiseman JM, Ifa DR, Cooks RG. Desorption electrospray ionization (DESI) mass spectrometry and tandem mass spectrometry (MS/MS) of phospholipids and sphingolipids: ionization, adduct formation, and fragmentation. Journal of the American Society for Mass Spectrometry. 2008;19(4):531-43. 32.Shin Y-S, Drolet B, Mayer R, Dolence K, Basile F. Desorption electrospray ionization-mass spectrometry of proteins. Analytical chemistry. 2007;79(9):3514-8. 33.Chen H, Li M, Zhang Y-P, Yang X, Lian J-J, Chen J-M. Rapid analysis of SVOC in aerosols by desorption electrospray ionization mass spectrometry. Journal of the American Society for Mass Spectrometry. 2008;19(3):450-4. 34.Green F, Salter T, Stokes P, Gilmore I, OConnor G. Ambient mass spectrometry: advances and applications in forensics. Surface and Interface Analysis. 2010;42(5):347-57. 35.Cotte-Rodrà ­guez I, Takà ¡ts Z, Talaty N, Chen H, Cooks RG. Desorption electrospray ionization of explosives on surfaces: sensitivity and selectivity enhancement by reactive desorption electrospray ionization. Analytical chemistry. 2005;77(21):6755-64. 36.Justes DR, Talaty N, Cotte-Rodriguez I, Cooks RG. Detection of explosives on skin using ambient ionization mass spectrometry. Chem Commun. 2007(21):2142-4. 37.Cotte-Rodriguez I, Hernandez-Soto H, Chen H, Cooks RG. In situ trace detection of peroxide explosives by desorption electrospray ionization and desorption atmospheric pressure chemical ionization. Analytical chemistry. 2008;80(5):1512-9. 38.Gross JH. Ambient mass spectrometry. Mass spectrometry: Springer; 2011. p. 621-49. 39.Takats Z, Wiseman JM, Cooks RG. Ambient mass spectrometry using desorption electrospray ionization (DESI): instrumentation, mechanisms and applications in forensics, chemistry, and biology. Journal of Mass Spectrometry. 2005;40(10):1261-75. 40.Zhu L, Gamez G, Chen HW, Huang HX, Chingin K, Zenobi R. Realà ¢Ã¢â€š ¬Ã‚ time, onà ¢Ã¢â€š ¬Ã‚ line monitoring of organic chemical reactions using extractive electrospray ionization tandem mass spectrometry. Rapid Communications in Mass Spectrometry. 2008;22(19):2993-8. 41.Ifa D, Gumaelius L, Eberlin L, Manicke N, Cooks R. Forensic analysis of inks by imaging desorption electrospray ionization (DESI) mass spectrometry. Analyst. 2007;132(5):461-7. 42.Dodds AJ, Pollock EM, Land DP. Forensic Glass Analysis by LA-ICP-MS: Assessing the Feasibility of Correlating Windshield Composition and Supplier. 2010.

Adult Civic Education :: Education Adults Essays

Adult Civic Education Since democracy is the context and the condition for everything else that is valued—work, family life, religion, politics, recreation, and leisure—preserving its vitality and integrity must be a central objective of adult education. (Boggs 1991b, p. 54). In a democratic society, adults are frequently confronted with situations and events that require them to make decisions, not only about their own lives as citizens but also about their role as a citizen in a larger community. The answers to dilemmas facing adults in today's world are not clear cut and require the ability to struggle with understanding ideas that are subtle and multifaceted, to engage in serious talk with others, and to take action (Colby et al. 2003; C. Seaquist 2003, p. 11). Since September 11, for example, individuals have had to decide what it means when the "government announces 'specific and credible' clues of a possible terrorist attack" within the United States (L. Seaquist 2003, p. 11). Should they cancel plans for a vacation? Should they stay home and cover their windows with plastic using duct tape? Should they carry on as usual? Furthermore, they also have had to decide if the information itself is credible since being able to interpret intelligence is no w a part of being a citizen (ibid.). How can adult education support adults as they struggle with what it means to be a citizen in an increasingly complex world? This Brief examines the role of adult civic education in contemporary society and provides recommendations for its practice. Adult Civic Education: What Adult civic education, sometimes called adult education for democracy or citizenship education, has a number of purposes and helps individuals carry out both vertical (between the individual and the state) and horizontal (between individuals and groups and communities) aspects of citizenship (Keogh 2003). It involves not only learning about the rights and responsibilities of citizenship (e.g., voting), but also about how one participates in building a society by making informed decisions through dialogue, reflection, and deliberation (Boggs 1991a; Democracy and Peace 1999; Nash 1999). It moves beyond helping learners acquire information and knowledge to fostering the development of action designed to seek solutions to situations (Klaassen 2000). Equipped for the Future, a project of the National Institute for Literacy, for example, organizes content standards for the role of citizen/community member around four broad areas of responsibility as follows: "become and stay informed, form and express opinions and ideas, work together, and take action to strengthen communities" (http://novel.

Tony Kronheiser :: essays research papers

Tony Kronheiser Tony Kornheiser is the self-admitted opinionated, sarcastic sports and style columnist for The Washington Post. Kornheiser's purpose is not to report to the reader an objective account of a sporting event, but rather to add humor to topics that range in topic from the Washington Redskins ("It's Now an Off-Road Vehicle," November 5, 1996) to his lunch-time experience the other day ("In a Real Fix," November 3, 1996). Kornheiser's diction, figurative language, and tone make his columns what they are. Often, diction, figurative language, and tone are not common in the journalistic world, but Kornheiser's humor finds room for them. Tony Kornheiser's sarcasm is almost entirely related to his diction. He contains the skills to take something as insignificant as a restaurant changing on him unexpectedly and reports about it so that the common man can relate. He is The Washington Post's Jerry Seinfeld. He blends the slang of the street man with the poetic verbs and fluid adjectives of an English teacher. For example, in "In A Real Fixe," Kornheiser says, "George was beginning to suspect that we had entered (doo-doo, doo-doo). . . The Nouvelle Dining Zone." Most people who have watched the Twilight Zone before can relate this statement as a reference to the famous TV show, so Kornheiser's slang was effective in grabbing the reader, even if a large majority of them have no idea what the word "nouvelle" means. Kornheiser uses an array of such adjectives throughout his pieces but he does not pretend to be above his readers. He fills his work with colloquial speech such as his references in "It's Now an Off-Road Vehicle" to other Washington Post columnists such as Michael Wilbon, and to his "Redskins Bandwagon." (The Redskins Bandwagon was a common phrase used by Washington Redskins fans when the team won the Superbowl in 1991). Kornheiser assumes that the reader is familiar with him, and that is clear in his informal diction that is used with the reader. It is almost to the point of a friendship, as though a coworker was letting off his steam at work during a lunch break. Kornheiser's figurative speech also add to his style quite well. The blend of diction and figurative speech is clear as Kornheiser uses several local allusions in his metaphors and similes that add to his "common man" image. For example, in "In a Real Fixe," Kornheiser compares the look of a hostess' face to one of a nurse at St. Elizabeth's, a local mental hospital. In that same article he also compares his whole experience to "going down into the Metro and

John Adams :: essays papers

John Adams "The Revolution was effected before the war commenced. The Revolution was in the minds and hearts of the people... This radical change in the principles, opinions, sentiments, and affections of the people was the real American Revolution." In three remarkable careers--as a foe of British oppression and champion of Independence (1761-77), as an American diplomat in Europe (1778-88), and as the first vice-president (1789-97) and then the second president (1797-1801) of the United States--John Adams was a founder of the United States. Perhaps equally important, however, was the life of his mind and spirit; in a pungent diary, vivid letters, learned tracts, and patriotic speeches he revealed himself as a quintessential Puritan, patriarch of an illustrious family, tough-minded philosopher of the republic, sage, and sometimes a vain, stubborn, and vitriolic partisan. John Adams was born in Braintree (now Quincy), Mass., on Oct. 30, 1735, in a small saltbox house still standing and open to visitors. His father, John Adams, a deacon and a fifth-generation Massachusetts farmer, and his mother, the former Suzanna Boylston, were, their son wrote, "both fond of reading"; so they resolved to give bookishly inclined John a good education. He became the first of his family to go to college when he entered Harvard in 1751. There, and in six further years of intensive reading while he taught school and studied law in Worcester and Boston, he mastered the technicalities of his profession and the literature and learning of his day. By 1762, when he began 14 years of increasingly successful legal practice, he was well informed, ambitious, and public spirited. His most notable good fortune, however, occurred in 1764 when he married Abigail Smith. John Adams's marriage of 54 years to this wise, learned, strong-willed, passionate, and patriotic woman began the brilliant phase of Adams family history that produced their son John Quincy, his son Charles Francis, his sons Henry and Brooks, and numerous other distinguished progeny. In 1761, John Adams began to think and write and act against British measures that he believed infringed on colonial liberties and the right of Massachusetts and the other colonies to self-government. A pamphlet entitled A Dissertation on the Canon and the Feudal Law and town instructions denouncing the Stamp Act (1765) marked him as a vigorous, patriotic penman, and, holding various local offices, he soon became a leader among Massachusetts radicals. Although he never wavered in his devotion to colonial rights and early committed himself to independence as an unwelcome last resort, Adams's innate conservatism made him determined in 1770 that the British soldiers

Architecture

From Wisped, the free encyclopedia Magna temple M ¤rue-Guajarati Architecture (Registrant architecture) originated somewhere in sixth century in and around areas of Restaurants. Contents [hide] 1 Etymology 2 Development 3 Images 4 References 5 External links [edit]Etymology The name Mark Guajarati has its genesis in the fact that during ancient times, Restaurants and Gujarat had similarities in ethnic, cultural and political aspects of the society.Ancient name of Restaurants was Marauders while Gujarat was called Guru]rattrap. â€Å"Mark Guajarati art† literally meaner â€Å"art of Restaurants and Gujarat†. [1] [edit]Development Carved elephants on the walls of Aguish Temple that was built by Maharani Gate Sings 1st in 1651 A. D M ¤rue-Guajarati Architecture show the deep understanding of structures and refined skills of Restaurants' craftsmen of bygone era. M ¤rue-Guajarati Architecture has two prominent styles Amah-Mark and Mark-Guajarati. According to M. A.Dach a, Amah-Mark style developed primarily marquees, Spacewalks, Surcease and parts of Parallel whereas Mark- Guajarati originated in Metadata, Guarantees-Arvada, Guarantees-Ankara and some areas of Gujarat. [2] Scholars such as George Michelle, M. A. Dacha, Michael W. Mister and U. S. Import believe that M ¤rue-Guajarati Temple Architecture is entirely Western Indian architecture and is quite different from the North Indian Temple architecture. [3] There is a connecting link between M ¤rue-Guajarati Architecture and Hassle Temple Architecture.In both of these styles architecture is treated sculpturally. [4] Styles of Registrant architecture include: Charka Cathartic Have Stilwell (bail or bawd') Jihad Jail Char Bag or Charge Architecture in Restaurants represents many different types of buildings, which may broadly be classed either as secular or religious. The secular buildings are of various scales. They include towns, villages, wells, gardens, houses, and palaces. All these kind s of buildings were meant for public and civic purposes.The forts are also included in secular buildings, though they were also used for defense and military purposes. The typology of the buildings of religious nature consists of three different kinds: temples, mosques, and tombs. The typology of the buildings of secular nature is more varied. [edit]almagest Interior shows stone work Disarm temple Gain temple at Ranker Magna Temple Deep Sonata Temple Detailed Stone work, Karri Mat Temple, Bikers Restaurants Marble stone work, Jailers Gain Temple,Restaurants The Maid Banyan Palace is one of the largest royal palaces in the world. Architecture Eye Reflecting the Interior of the Theatre of Beacons Drawing Eluded, Claude- Nicolas, 1736-1806 â€Å"Between the carpenter's weight strings and marking lines [is something] close to government and enlightenment. Lie Huh, 715-766 Handmaiden if (Rhapsody on the Enfolding-vitality Hall) Ideas and Approaches in Design presents an introductory survey of the concepts and issues involved in the architectural design process. The course material presents actual projects and theoretical propositions from architectural history as exemplar responses and/or alternatives to the distinct challenges entailed in designing an architectural project. Moreover, the historic examples and ideas are presented as illustrative of the broader ideas associated with particular design movements or trends.By presenting the design process as a broad historical and intellectual endeavor; and as more than a mechanical exercise, Ideas and Approaches in Design seeks to impart the designer with a basic knowledge of a nd understanding of architectural history and theory; a basic knowledge of and understanding of architectural terminology; and basic understanding of and appreciation of the architectural design process. Department of Architecture School of Design and Environment National University of Singapore ARREAR – Module Handbook semester .Each lecture session is conducted by either one of the module tutors. All students are required to attend each session and read each session's corresponding readings. All students are required to submit a written responses the sessions' assigned readings. Tutorial The lectures are supplemented by one hour (1 hour) tutorial sessions. The tutorials are conducted under the supervision of Teaching Assistants from the Department of Architecture. The tutorials sessions are the forum to review and address any questions about the lecture session. Attendance Attendance at all lecture and tutorial sessions is compulsory to receive a full assessment.Students who arrive tardy to any lecture or tutorial session by ten (10) minutes will be considered absent. In the event a student is unable to attend a session due to illness, documentary proof of the illness is required be submitted to the Tutor upon the student's return. Absences due to reasons other than medical also require documentary proof a nd will be reviewed on a case by case basis. Students are permitted one (1) unexcused absence per term. Sketchbook – 10% Students are required to maintain a sketchbook documenting all lecture sessions particularly noting key concepts or words and their meanings.The sketchbooks are also to contain the students' ketches of exemplary buildings or objects presented during the (count. ) Oral Presentation – 10% Students are required to prepare a ten (10) minute verbal presentation corresponding to one of the twelve (12) lecture session topics. The presentation material may build upon, challenge, or provide an alternative to the subject material presented during a lecture session.No more than two (2) students may present on the topic of a given week. Reading Responses – 30% Students are required to submit reading responses to five (5) of the twelve (12) session's corresponding readings. The written responses summarize and critique the key arguments presented by the aut hor(s). The responses are to be a minimum of one (1) page in length (approximately 300-500 words). Reading responses are due exactly one (1) week after the session to which the readings correspond. Please note, no late submissions will be accepted. Final Project – 50% Students are required to complete a final project. Architecture Drafting is the drawing up of blueprints for architectural structures, and mechanical engineering tools and objects. There are two sides to drafting, the mechanical side and the architectural side. It's a great career that is fun, and easy to do. Architectural drafting has to deal with drawing up the blueprints for homes, schools, churches, and any other architectural structure you can think of. It's very easy to come up with these blueprints. You can either draw them by hand or use drafting software such as CAD. If you draw them by hand you need to know how your fractions so you can convert the drawing down in scale size.If you use the software the computer does all the work, you Just have to know which tools to use to create the drawing. Architectural drafters draw the blueprints for all the buildings you see in the community. Mechanical drafting has to deal with drawing up blueprints for engineering tools and machines. You can use software called Inventor to draw up these blueprin ts. As you draw the drawings in Inventor you can view them in AD to see how it will actually look. Mechanical drafters draw up the blueprints for the parts for vehicles, airplanes, and even space shuttles. Drafting is a great career to have once you get older.There are many places you can work as a drafter such as the Arsenal and NASA, if you go into mechanical drafting. Most architectural drafters have there own drafting companies and businesses. You don't have to go to college for a really long time to have a career in drafting. A maximum of five years and many colleges offer drafting courses. Some high schools who have a technical career center school offer drafting as a class also. If you take three years of drafting in high school you only take two years of drafting in college, or however many years you take in high school you take the difference in college to get all five years.