French Revolution Essay Example for Free

French Revolution Essay The French Revolution marked a period that was characterized by fundamental social and political disturbances in France. The French society was initially under an absolute monarchy prior to the Revolution which occurred in the late 18th century. The French society went through ambitious transformations whereby feudalism, aristocracy and religious privileges sublimed due to spirited attacks from the political activists and the masses. There was a call to shift from the old hierarchical system and adopt the enlightenment tenets of nationality and absolute rights. The Revolution in France is said to have begun in 1789 and it was marked by various stages with the various revolutionary groups executing the much needed transformations. This paper shall explore how the various groups executed their revolutionary activities that eventually contributed towards the political changes witnessed during the time. The French Revolution The revolution was initiated by the Third Estates-General who demanded that the king undertake practical reforms in the government. The ‘constituent’ forcefully ensured that France had undergone reformations that brought in the constitutional monarch while abolishing feudal advantages and also creating a representative electorate though not a democracy. The constituent had a well elaborated law that was referred to as the ‘Declaration of the Rights of Man and Citizens’ which can be compared to the bill of Rights in the American constitution . Between the years 1791 and 1792, the Legislative Assembly was introduced and the King was supposed to govern hand in hand with this entity. In August of 1792, the king was forced to flee and take cover in the Legislative Assembly during the Parisian march that happened near the royal residence. The king became de facto as the Assembly took control. From 1792 to 1795, France witnessed the First Republic and grand terror in its history . This is a time when the revolution reached its peak. Terror was established as a means of dealing with the opponents of the regime and France was pronounced to be a republic in the year 1792. The somehow liberal constitution that observed some democratic tenets was introduced in 1793 but was to be shelved by the revolutionary government. France was under the rule of the Committee of Public Safety which comprised of a dozen members whose first leader was Danton . Following the execution of Danton, Robespierre took over. In the year 1794, the Revolutionary activities were intensified and it begun executing those who were in opposition to its activities. This led to the execution of its own leader, Robespierre in July of 1794 . After the execution of Robespierre, there arose what was referred to as the ‘Thermidorian Reaction’ which led to the creation of a new constitution. The reaction was in opposition to the terror and paved way for the final stage of the Revolution . In the years 1795 to 1799, the Directory regime was established in which case the executive authority was shared among five directors. The regime was unpopular but it used any means possible to cling to power. There were numerous attempts to overthrow the Directory which culminated in the final disposal of the regime in 1799 by Bonaparte. Napoleon Bonaparte’s coup led to the installation of the Consulate before Bonaparte established his dictatorial regime.  He later proclaimed himself as emperor which ended the republican chapter of the revolution. Conclusion The French Revolution was a period characterized by upheavals in the political arena in France towards the late 18th century. However the Revolution played a crucial part in European politics. The revolution ensured that sovereignty was observed as absolutism was discarded which led to the replacement of monarchy with nationhood. The French Revolution therefore marked a major turning point in human history especially in regard to the political orientation of the western society of the 18th century and the world in general.

Design Factors Affecting Building Maintenance

Design Factors Affecting Building Maintenance The factors of design which will influence the levels of future maintenance of public buildings and works. 1.  Introduction Maintenance of public buildings is concern for the continuous development and preservation of the major infrastructure systems such as public and private-owned buildings within the county which includes janitorial services, heating, ventilation and air conditioning (HVAC), plumbing, electrical, landscaping, and lawn care services. Public works, on the other hand, deals with safeguarding of sewer, solid waste, drainage and parks, etc. Both public buildings and works are grouped together and represented by the County Administrator. Their activities are inter-connected and require cross-departmental and pre-maintenance coordination. As the community grows constantly with time, the challenge facing the public buildings and works department at the County Council is to provide and maintain the above adequate infrastructure and facilities regularly. Assuring and completing maintenance to keep pace with concurrency requirements for a variety of works continues to be a huge problem for the County. The County has historically been unable to keep up with the need of society within its premises. Although the public works is still partially funded by the UK Government, the County’s Public Works Trust Fund (PWTF) loans remained at near high record levels. In this report, we will be discussing the design factors influencing the levels of maintenance of public buildings and works. 2.  Different levels of maintenance for public works at different zones The County has tried to maintain a uniform and consistent level of maintenance throughout, for example, the more important and prominent landscaped areas and parks around public and private-owned buildings. Under County Council regulations, it can only use funds collected from neighbourhood property owners and private agencies within a zone for costs associated directly and within that specified zone. In some zone areas, the evaluations allowed by law have not been sufficient to pay for basic maintenance costs, so essentially, some zones have been less funded for maintenance coverage. This is especially true when considering the costs necessary to replace dying plants and trees, replace or repair vandalized equipment or renovate older parks and irrigation systems [1] Decisions for funding in certain zones were based on mailed ballots while others were not in favour of paying for extra maintenance and repair covers. Therefore, in order to keep the maintenance budget balanced, cuts and reductions have been made in the frequency and type of maintenance being performed in each of the under-funded zones. Essentially, the maintenance levels (or standards) are different as a result of the variance in available funds. Property owners and agencies will continue to see a difference in the levels of maintenance being provided throughout the various zones in the County. The Council has developed priorities for services that most affect the community, particularly when budgets are tight. In those zones where funding is not sufficient to pay for all of the maintenance required, the County Council has set the following levels of maintenance: low, medium and high, based on maintenance priorities: (i) safety items considered first and primary, (ii) keeping parks safe, open and available to the public, (ii) responding to vandalism, (iii) keeping turf and plant materials in healthy condition and (iv) removing, but not replacing, dead and dying plant materials and (v) thinning and scaling back landscaping to lower maintenance requirements [2]. The County will also be making some enhancements to a number of median landscaped areas. The aim is to make a one-time improvement, such as the installation of low-maintenance ground covering. These efforts will eventually reduce future maintenance costs and help all zones to remain within their own budgets. 3.  Factors of design for public buildings: A Case-Study Approach Successfully designing, constructing and operating high-performance buildings requires the building owner and all members of the design team to set goals to minimize future levels of maintenance via minimization of energy consumption and environmental impact. The team should establish these goals as early as possible in the design process and maintain them through the building occupation. One method for achieving high-performance building goals is to follow the energy design process. This process begins in the pre-design phase and continues after the building is commissioned and occupied. Understanding which strategies are best suited for the building site and function, setting aggressive energy targets early and relying on advanced computer simulations to evaluate building design options are essential to the overall reliability process. The building envelope is designed first to minimize energy consumption. The mechanical, electrical and control systems are designed after optimizing the envelope design. Detailed specifications must accurately reflect the design intent. After construction, the building is commissioned, the owner and operators are instructed on the optimal operation of the building and building operation documents are provided for future maintenance reference. A case-study on an actual high-performance building demonstrates how to apply the design process to all public buildings of the future This building incorporates energy-efficient and renewable energy design features including day-lighting, passive heating and cooling and improved thermal envelope. All this energy saving considerations is being intentionally put in place to significantly reduce future maintenance needs and increase reliability of building functionalities [5] In a traditional design process, the architectural team determines the building form and articulation of the faà §ade, including orientation, colour, window area and window placement. This architectural design is then handed off to the engineering team, who designs the heating, ventilating, and air-conditioning (HVAC) system, ensures compliance with applicable energy codes, and ensures acceptable levels of environmental comfort for building occupants. From an engineers point of view, energy dependability occurs by improving the design of the HVAC system. It is then the engineers goal to create an efficient system within the context of the building envelope that has been previously designed—the architectural decisions have been finalized and few changes can be made to the envelope design [4] For successful realization of low-energy buildings which are less susceptible to failures, an efficient design team must establish a cost-effective energy goal. Once a commitment to energy minimization has been made, the energy-design process can be used to guide the team towards good decision making and trade-off analysis without sacrificing the building’s programmatic requirements. The building must incorporate disaster resistant (e.g., able to function if no grid-power is available). The design should meet or exceed all the functional and comfort requirements of the building. Low-energy design does not imply that building occupants endure conditions that are considered unacceptable in traditional buildings. The design team develops a thorough understanding of the building site and building functional requirements. A qualitative evaluation of these issues early in the design process often leads to later solutions for minimizing potential building maintenance needs Many design strategies are applicable to most buildings however, each building is unique, and thus, will have unique reliability design solutions [9]. Simulation of a base-case model of the building is done to identify maintenance minimization opportunities via low energy consumption using an hourly building simulation computer tool. This computer model simulates annual loads and peak demands for heating, cooling, lighting, plug loads and for HVAC system fans and pumps to determine the energy-use profile and the likelihood of possible failures of the base-case building. The design team brainstorms possible solutions to dependability problems. At this stage, the emphasis is on solutions relating to building geometry. Simulations are performed on variants of the base-case building relating to the list of possible solutions. Issues that will have a profound influence on the architectural aspects of the building are quantitatively explored prior to the conceptual design phase. The energy impact of each variant is determined by comparison to the original base-case building and to the other variants. Computerized design tools bring all the architectural and engineering pieces together to predict how the building’s components will interact. In other words, day-lighting systems, thermal issues and building control strategies may be addressed by different building disciplines but successful integrated building performance can only be achieved by examining the interrelation between these components. The conceptual design is the most difficult part of the building design process. It is essential that the dependability features be integrated into the architecture of the building. The objective is to use the architectural and envelope features to minimize energy costs for heating, cooling, and lighting. Often, energy features that effect the visual impact of the building can also serve as the main architectural aesthetic features, thereby saving costs. If the addition of an energy feature substantially increases the building cost, it is evaluated with the cost-effectiveness criteria already established [6] After the architectural features impacting energy use have been determined, the computer model simulating the performance of the proposed building is updated to reflect those decisions. A set of simulations is then performed to guide decisions regarding the HVAC system and associated controls. These simulations are primarily to optimize annual dependability of building lighting functions and the occupant comfort. The simulations can also be used to help properly size the equipment. Low-energy buildings defy the industry norms used for equipment sizing. First cost savings in substantially downsized equipment can often be used to pay for improved envelope energy features. At this point, there will be some iteration or trade-off between mechanical system decisions and architectural features; however, it is best to optimize the architectural features first. Although the energy design process may increase the cost to design the building compared to the traditional design process, the incr eased design cost is often offset by reductions in errors and decreased mechanical system cost. Fewer errors occur because careful attention was paid throughout the design process and more effort is placed on checking and review. Also, small mechanical systems require less space in the building (requiring less building to be built), and therefore, lower capital costs. Once the simulation work has been completed, occasional simulations will need to be performed as needed in response to unanticipated circumstances. This might include the need to determine if a substitute component really meets the energy related specifications or review of a construction detail that must be modified because of a problem on the construction site. Scheduled plan reviews and site inspections are crucial to ensure that specified details omitted from the plans do not compromise the energy design. A clear communication path between the constructor, building operator and the design team will help ensure that components are installed properly [10] In many cases, once construction on a particular area is incorrectly completed, it cannot be reinstalled and the building owner is forced to live with the reliability performance consequences. The commissioning process includes testing all subsystems in the building to ensure that they operate as intended. For example, poorly calibrated economizer controls can bring in excess air or poorly calibrated daylight sensors may not turn off the lights, thus causing failure to the equipments. Occasional simulations will be required to help solve problems that emerge during this final phase and to respond to changes in building use that may occur once the building is occupied. The key is that the controls function with the design intent of the building. A good building quickly becomes a bad building with improper control strategies. In addition, it is important to educate the building owner, occupants and the maintenance staff to properly use the building systems as conceived by the design team. The building’s performance can only be optimized if the people running the systems understand how the systems interact. This would save cost of system errors leading to malfunctions and would eventually reduce the need for future building maintenance. 4.  Conclusion Good construction practices provide protection and minimum maintenance required for existing high-tech buildings and other features. Continued good appearance of these buildings depends upon the extent and quality of maintenance. The choice of materials and their use, together with the types of finishes and other protective measures should be conducive to easy maintenance and upkeep. An integrated design approach for private high performance buildings have been discussed from construction to commission. A low energy cost reduction was ideally established early and maintained throughout the design process. An integrated set of solutions for architectural design and energy efficiency was determined, including extensive day-lighting, natural ventilation, evaporative cooling and passive solar radiant heating. It is important to design a building that works with the environment in which it is located to minimize the need for maintenance in the long run. The building architecture was formed based on the programmatic and energy goals for the project. Tall vertical elements are naturally preferred to harmonize the building with the surrounding natural environment. The towers were also used to passively cool the building. An HVAC system was designed to work with the building. A PV system was installed to provide emergency power and supplemental power when utility power is available. The building construction and energy costs was significantly less and more reliable than a conventional one. This shows that sustainable buildings need not cost more with no level maintenance requirements REFERENCES [1] A. H. Molof, C. J. Turkstra (1984). Infrastructure, maintenance and repair of public works. New York Academy of Sciences. [2] A. P. Chrest (2001). Parking Structures: Planning, design, construction, maintenance and repair. Kluwer Academic Publishers. [3] Aia Pr (1993). Confronting the changes: New considerations in the design and management of public-sector facilities. [4] B. Chanter and P. Swallow (2000). Building Maintenance Management. Blackwell Science. [5] D. Hunns (1986). Human Factors in Reliability and the Psychology of Communications. International Journal of Quality and Reliability Management, pp 22-37. [6] E. D. Mills (1980). Building maintenance and preservation: a guide for design and management. Boston, Butterworths. [7] E. Teicholz (2001). Facility Design and Management Handbook. Mc-Graw Hill Companies. [8] M. Ruff (1998). Sewer, gas and electric: The Public Works trilogy. Grove/Atlantic Press [9] R. Lee and P. Wordsworth (2000). Lee’s Building Maintenance Management. Blackwell Publishers. [10] S. B. Birch, Jr, Craftsman Book Co, R. Price and L. Nicholson (2001). Public Works Inspector Manual. Building News.

Prevalence Of Musculoskeletal Disorder Health And Social Care Essay

Prevalence Of Musculoskeletal Disorder Health And Social Care Essay Musculoskeletal disorders, also called repetitive motion disorder, are injuries of the muscles, tendons, ligaments, joints, cartilage, nerves, and spinal discs. It could lead to occupation injury because of repetitive movement, forceful exertion, poor posture, and other factors. Back pain is one of musculoskeletal disorders most commonly experienced radiographers or x-ray technicians. This is attributed to poor posture and wrong movements that radiographers used to do during their long working hours (1) One common wrong movement practiced by radiographers is carrying cassettes on the hip, which puts load on one side of body and imparts torsional strain on the spinal muscles. Other wrong movements include; lifting patient by one radiographer with arms and legs in straight position, and bending from their waist with straight legs to retrieve an object from the floor (1-3). To avoid back pain among the radiographers, there must be safety rules and principles to follow during working hours. Literature Review: Several studies aimed to investigate the relationship between musculoskeletal disorders and occupational therapy among radiographers. All showed similar result indicating that the most common pain among radiographers was low back pain (4-9). Back pain among radiographers: An initial study of back pain was done by D. Wright and P. Witt (1993) to indicate any incidence of back pain, obtain demographic data, and discover preferences for performing radiography tasks. Randomly, 226 radiographers were chosen but only 18 male and 92 female radiographers accept to actively participate. Most of them worked in general diagnostic areas and were divided into two group. The first group consisted of participants with back pain from both genders. The male mean age was 40.08, mean height 68.3 inches, average of weight 181 pounds, and average of back pain intensity 2.4 on 10 point scales. The female mean age36.79, mean height 64.5 inches, average of weight 146 pounds and average of back pain intensity 3.5 on 10 point scales. Both males and females with back pain reported 6.85 of work related stress. The second group was without back pain. The male mean age was 43, mean height 69.8 inches, and average of weight 171 pounds. The female mean age37.56, mean height 64.8 inc hes, and average of weight 142 pounds. Their mean age was 43 for males and 37.56 for females. Instrument of the study was through the use of a survey with eight written pages and demographic information related to age, height, weight, area of specialization, work related stress, intensity and anatomical distribution of back pain. It was distributed to the volunteer to collect descriptive frequency data on back pain and their methods to perform 10 tasks. Some of these tasks were: moving over head tube, carrying multiple cassettes and transferring horizontal patient. It was found that there was no significant age, height, weight related links for back pain. It was also found that the methods to perform the tasks was not related to back pain. The study suggested that repeated poor posture, back strain, and faulty body mechanics may lead to back pain. However due to small sample size and self selected survey the study had limitations (4). Risk factors and musculoskeletal complaints in X-ray technologists: Another study was done by E. Bos, et al (2007) to determine prevalence rates of musculoskeletal complaints of neck, shoulder and low back and perceived exposure to risk factors. Non-specialized nurses, Intensive Care Unit (ICU) nurses, operation room nurses, and x-ray technologists (n= 3169), worked in 8 different hospitals, were included in the study. A Dutch Musculoskeletal Questionnaire, which is a standardized questionnaire, partly derived from the Nordic Musculoskeletal Questionnaire, was given to the subjects to collect personal information and demographic information such as height, weight, function, having managerial task, working hours, and work in past and lifestyle. Moreover, musculoskeletal complaints, musculoskeletal workload, health, task, and psychosocial working conditions items were included. The final results clearly showed that x-ray technologists and nurses reported low back complaints (5). Musculoskeletal complaints among x-ray technologists: A cross-sectional study was done by A. Lorusso, S. Bruno, and N. Là ¢Ã¢â€š ¬Ã¢â€ž ¢abbate (2007) included two hundred and fourteen x-ray technologists working in 13 different hospital in Italy. The volunteers were given a self administered questionnaire to collect information on individual characteristics and compliance of musculoskeletal pain. They were asked if they had lifted patients, transferred lead apron wearing, and handled cassettes. A Standardized Nordic Questionnaire was used in order to evaluate musculoskeletal complaints in neck, shoulder, low back, hand/wrist, and legs during the past 12 months. The mean age was 48.5 years for men and 42.8 years for women. Fifty six of them were smokers, and 119 had a regular exercise program. The result reported low back pain as the most commonly symptom followed by shoulder and neck pain (6). Musculoskeletal complaints among x-ray technology students: Lorusso, L, et al (2010) aimed in their study to estimate the prevalence of musculoskeletal complaints among a group of x-ray technology students. The subjects consisted of 60 male students and 49 female students (n=109). Their mean age was 21.1 years and of their body mass index (BMI) was twenty three. The students were given a questionnaire that had been used in a musculoskeletal survey among X-ray technologists. It collected information on individual characteristics such as gender, age, height/weight, smoking status, and leisure time physical activities. Information about physical exposure during training and complaint about the presence of musculoskeletal pain were also collected. The participants were also asked if they had lifted patients, transferred or positioned portable equipment handling, lead apron wearing and cassettes. A Standardized Nordic Questionnaire was used to evaluate musculoskeletal complaints in specific body regions such as neck, shoulder, low back, hand and wrist and legs. The result showed that low back pain (LBP) was the most reported symptoms followed by neck and shoulder pain (7). Musculoskeletal disorders among radiographers in Kuwait: Sheikha Al-Kindari, el al (2008) investigated musculoskeletal disorder among radiographers in Kuwait. Data were collected by questionnaire from 147 radiographers who were working in different governmental hospitals. The questionnaire included 6 different parts, including demographic data, education and the current job, physical risk factor related with the regular work, psychological risk factor related with the regular work, general health status, and exist of any musculoskeletal problem in body. Musculoskeletal disorder on neck and lower back regions was the highest percentage because of standing for a long time, moving different equipments, lifting, caring, pushing and pulling loads (8). Work-related musculoskeletal disorders among radiographers: Finally, Kao, et al (2009) checked the relationship between musculoskeletal disorder and work related risk factor in radiography department. The subjects were 107 from radiography department. The majority worked at the department less than 5 years and were divided in different sections such as Magnetic Resonance Imaging (MRI), Computed Tomography (CT), X-ray, Ultrasound (US), and other. A questionnaire, which contained questions on work characteristics, work description, posture during long period, and body pain, was completed by the subjects. A modified body map also was used to indicate areas of experienced pain. It was categorized to upper back pain, upper limb pain, lower back pain, and lower limb pain. The participants were asked if their pain was related to their work, and were included to the study if there had answered with partially or fully related. Ninety seven subjects continued in the study while 7 refused and 3 pregnant women were excluded. The result of this study was a high percentage on low back pain and upper limb pain. The association between low back pain and working in CT was also significant because of heavy workload such as heavy lifting, twisting, and bending. The study limitations included small subject size, self reporting for measurement of outcomes limited, and estimations were some of limitations of this study (9). Biomechanical principles According to previous studies (3-4), musculoskeletal complaints among radiographers is caused by wrong movements such as repeated back strain, poor posture, and faulty body mechanics. To avoid the musculoskeletal pain, biomechanical principles must be followed. These principles include: Keeping a load à ¢Ã¢â€š ¬Ã…“cassettes and tubeà ¢Ã¢â€š ¬Ã‚  close to center of gravity (COG) Carrying the cassette vertically against chest rather than carrying it on the hip to avoid the load on one side of the body and imparts torsional strain on the spinal muscles. Lowering the tube to waist height before moving it horizontally to avoid back strain. Using legs muscles rather than paraspinal muscles Pushing mobile unit rather than pulling it. Transferring horizontal patient with assistance from 2 people with apart feet and straight legs. Bending knee, slightly bending back forward to pick up objects form floor. Avoiding twisting the back while loading paraspinal muscles when moving Bucky tray, moving supplies, moving equipment through doorways, working with wheelchair patients, and placing a cassette behind a bed redden patient. Using both hand to move the Bucky tray. Conclusion Musculoskeletal disorders are injuries of the muscles, tendons, ligaments, joints, cartilage, nerves, and spinal discs. Back pain is the most common musculoskeletal disorder among radiographers due to poor posture and wrong movements such as carrying cassettes on hip, lifting patient by one radiographer, and bending from their waist to retrieve an object from the floor. Several studies were done aimed to determine the prevalence of musculoskeletal complaints among the x-ray technologists. The results confirmed that 72% and 77% prevalence of low back pain respectively among male and female radiographers, respectively (10-11). Biomechanical principles such as keeping a load close to center of gravity, using legs muscles, avoiding twisting back, and using both hand to move the Bucky tray, are recommended in order to avoid musculoskeletal pain in radiographers.

The Evils of Fraternities and Sororities Essay -- Argumentative Colleg

The Evils of Fraternities and Sororities Joining fraternities and sororities has been a long tradition among many college and university students within the United States. As the number of students entering colleges and universities grow, the influence and pressure to join fraternities and sororities grow as well. According to a research project conducted by Dr. Gary D. Malaney, associate professor of education and director of student affairs at the University of Massachusetts, â€Å"58.6% [of 413 students surveyed] reported having at least a few friends who belong to the Greek Area† (Malaney 2). However, the Kappa Sigma fraternity at the University of Miami in February 2004 was found at fault for the death of Chad Meredith for â€Å"attempting a drunken early-morning swim across Lake Osceola during a hurricane as part of a fraternity-initiation stunt† (Sileo 1). In August of 2004, the Psi Epsilon Chi chapter from the State University of New York was found guilty for the death of Walter Dean Jennin gs for â€Å"acute water intoxication during a pledge ceremony in which he was forced to drink alcohol and ingest enough water to make his lungs collapse† (Sileo 1). If fraternities and sororities are as positive as its members present them to be, why are fraternities and sororities mandating horrible things to innocent students? The truth is that many students know that fraternities and sororities are the wrong choice for the college and university atmosphere; however, they decline to reveal the truth in order to cover up this escape route from academics to civil disobedience. Among the many non-respectable rituals and ceremonies performed by these organizations, hazing is the number one reason why a number of students ha... ...du>. Roach, Colleen. Rev. of Wrongs of Passage: Fraternities, Sororities, Hazing, and Binge Drinking, by Hank Nuwer. Matrix: The Magazine for Leaders in Higher Education Sept. 2000 v1, i2: p84. Infotrac. Gale Group. UC Riverside Thomas Rivera Library, Riverside CA. 22 Jan. 2005. . Sharma, Angeli. Telephone interview. 22 January 2005. Sileo, Carmel. â€Å"Fraternities Fall to Stem Tide of Binge-Drinking Deaths, Lawsuits Claim.† Trial October 2004 v40 i10: p10. Infotrac. Gale Group. UC Riverside Thomas Rivera Library, Riverside CA. 24 Jan. 2005. . Storch, Eric A. and Jason B. Storch. â€Å"Fraternities, Sororities, and Academic Dishonesty.† College Student Journal June 2002 v36, i2: p247. Infotrac. Gale Group. UC Riverside Thomas Rivera Library, Riverside CA. 22 Jan. 2005. .

Hinduism Essay -- Religion Spirituality Carvaka Yoga Essays

Hinduism In India there are six orthodox schools of philosophy which recognize the authority of the Vedas as divine revelation, and they generally function as pairs - Nyaya and Vaishesika, Mimamsa and Vedanta, and Samkhya and Yoga. Those who did not recognize this authority were the Jains, Buddhists, and materialists. Even in India where spiritual ideas dominate the culture there were some who were skeptical of those ideals and held to a materialist view of the world; they were called Carvaka, and their doctrine that this world is all that exists is called Lokayata. The materialists did not believe in an afterlife and found sense perception to be the only source of knowledge, denying the validity of inference or general concepts. They focused on the senses and the four traditional elements of earth, water, fire, and air. Consciousness for the Carvaka is only a modification of these elements in the body. The soul is also identified with the body, and pleasure and pain are the central experiences of life, nature being indifferent to good and evil with virtue and vice being merely social conventions. This worldly philosophy naturally ignored the goal of liberation (moksha) or simply believed that death as the end of life and consciousness was a liberation. However, they also tended to neglect the value of virtue or justice (dharma), placing all of their attention on the worldly aims of pleasure (kama) and wealth or power (artha). Although Carvaka ideas are mentioned in some ancient writings, their own ancient writings were lost, and much of what we know of the early materialists is based on criticisms of other schools. However, a famous, ancient drama called The Rise of the Moon of Intellect (Prabodha-candrodaya) reveals some of the beliefs of this worldly movement. In this play Passion is personified and speaks to a materialist and one of his pupils. Passion laughs at ignorant fools, who imagine that spirit is different from the body and reaps a reward in a future existence. This is like expecting trees to grow in air and produce fruit. Has anyone seen the soul separate from the body? Does not life come from the configuration of the body? Those who believe otherwise deceive themselves and others. Their ancient teacher Brihaspati affirmed the importance of the senses, maintaining that sustenance and love are the objects of human life. For the materiali... ...ch developed into the Vaishnavite faith in medieval Hinduism. The poem begins with Dhritarashtra asking Sanjaya what is happening not only on the field of Kuru but also on the field of dharma (virtue, duty). Sanjaya describes how both armies are arrayed against each other blowing their conch horns to show their readiness to fight. Then Arjuna asked Krishna to position his chariot between the two armies, and there he saw many of his relatives on the other side, causing him to feel faint and consider not fighting. Even though the others are killing, Arjuna does not think it would be worth it to do so, even for sovereignty of the three worlds, let alone an earthly kingdom. Evil would come to him, he says, if he should kill his relatives. How could this bring happiness? This family destruction is wrong and would destroy ancient family duties and bring on lawlessness, which would lead to corruption of the women and caste mixing. Why should he kill for greed of royal pleasures? It would be greater happiness for him to be killed unresisting and unarmed. Thus Arjuna's mind was overcome by sorrow. Krishna, who is called the Lord, responds by upbraiding Arjuna for timidity and cowardice

Difference Between Coe and Ece

CHAPTER I THE PROBLEM AND ITS BACKGROUND Introduction Some of the entering college students have the misconception that Computer Engineering and Electronics and Communication Engineering are only the same. But these are definitely different. This research will specify the differences between COE and ECE. It will give information in choosing their career and it will also use as a guide for incoming freshmen. Basically Electronics and Communication Engineering, deals in the study of communication and signals. It is a combination of electronics and communication. Communication like what we have nowadays; radio waves, spectrum, etc.It requires also a study in electronics, which deals with circuits. It deals more with hardware like integrated circuits. Logically it is also interlinked with computers. Computer Engineering is about the whole understanding of the concepts of computer. Such as operating system, programming, database, networks, software, hardware, etc. as this concept are esse ntial for who will take this course. Based on the definition of the two mentioned course, the differences between can be seen. It only means that they are not the same because they differ on field of study.In terms of job they can get, of course they also differ. As this research continues, it will cite more differences of ECE and COE. This research will help the incoming freshmen to their toughest decision in choosing in their career. Statement of the Problems/Objectives What is the distinction between the courses of Computer Engineering and the Electronics and Communication Engineering? †¢ Why is that most of the students considered that the Computer Engineering course is under the Electronics and Communications Engineering? †¢ Why is Computer Engineering course does not have its own board examination? What are the differences of their fields, duties and specialization? †¢ Is it true that COE came from the concept of ECE? Significance of the Study The researchers co nduct this research for the benefits of the: †¢ Incoming first year students of Computer Engineering in Bulacan State University to give them the vision of what COE is and how it is differ from ECE. †¢ The current second year students of the university to help them to choose between COE and ECE, and decide in third year either to stay in COE or shift to other courses of Engineering like ECE. Readers of this research to give them knowledge about the COE and ECE courses of College of Engineering in Bulacan State University. Scope and Delimitation The research is about the comparison of the courses of COE and ECE in terms of citing some of their differences and the details of each course and to prove that Computer Engineering is not under Electronics and Communication Engineering. The research also resolves the problem of COE being recognized as a major or course under ECE.

Admission to college

The world is fast becoming a borderless place.   Cultures, races, beliefs and ideologies are blend together and interact because of the growing advances in communications.   In order to succeed in this world, one needs to be able to adapt to the various cultural differences as well as be able to maintain a certain sense of individual identity.   This is one of the main reasons why I think the (insert name of college here) is the best place for me to cultivate and develop my talents.Life has been challenging for me to say the least.   Unlike many who have gotten many opportunities in life, most of my opportunities have been the result of my hard work.   When I graduated from Columbia-Greene Community College in December 2006 with an Associate in Science Degree, I have to admit that it was one of the proudest moments of my life.   After all these years, the hard work and perseverance that I put in finally paid off and I was able to get the reward that I deserved.It may not seem like a big accomplishment for many people but that day marked the culmination of the years that I put in and the verified my success in the face of the many various challenges that I faced along the way.   It does not appear on any transcript or college record but the fact that I am most proud of is that I accomplished all of this while being a single mother of two very lovely children.They say that college life is very challenging and that the only way to succeed and get high grades in college is by being a full time student.   While I would have wanted to have that same opportunity, I had to do it the hard way; being instead a part time student and a full time mother.Despite these challenges, I was able to remain on the President’s List of outstanding students for the Spring and Fall of 2006 academic semesters.   I constantly maintained excellent grades and also found time to do extra-curricular activities such as participate in the Phi Theta Kappa Sorority where I took part and handled a number of community outreach programs.As I mentioned earlier, the world is changing fast and there are many challenges that lie ahead of me.   I understand that the best way to deal with those challenges is to be prepared and I firmly believe that this (insert name of university here) is the best training ground.   Equipped with a Masteral Degree in Business Administration, I know that I will be able to become much more and be prepared for the challenges that I will encounter.I am currently working full time at the moment in order to prepare financially for college which I will be attending full time should I be accepted to this prestigious University.   Since this is the case, I am hoping that an adult online study course will be able to supplement my quest for knowledge and self-improvement for the meantime.In time, I hope to not only create a better future for myself through the help of a fine education but also to create a better future for my tw o young children who have the whole world ahead of them.While I personally believe that â€Å"there is no such thing as a free lunch† and that everything a person has in life must come from hard work and perseverance, I also believe in charity.   I believe in helping others who do not have much in life.I believe in helping people regardless of their nation, race or creed.   I believe in being a better person so I can best help myself and others around me.   I believe that the (Insert name of university here) is the best place for me to turn these beliefs into realities.