Stand up meeting in agile software development Dissertation

Stand up meeting in agile software development - Dissertation Example However, from the development of software methodologies, some classical or pioneering methods evolved. These are now known as the traditional approaches to the development of software. The traditional approach to software development involves the â€Å"definition of requirements which leads to the architecture or design of the development process and implementation† (Dean and Gravel, 2009 p12). This is a basic model that was steeped in convenience and the ability to complete things according to a standard pace. The Committee on Certifiable Dependable Software Systems criticized the traditional approaches to software development for lacking the basis for strong and rigorous analysis (2011). This is because these methods were very basic and depended on the software developer’s testing and validation without the inclusion of other external parties. Another criticism put forward against the traditional approach to software development is that it assumes that this approach i s based on a set of rigidly defined assumptions that will be used as the guideline throughout the process (Kathleen, 2007). This method usually lacks the flexibility that can help in the adjustment of the processes in the course of the software development (Kathleen, 2007). Thus, if the assumption of a given process is not appropriate, the project is prone to failures as it proceeds. A textbook example of the traditional software development approach is the waterfall model which contains rigid steps and levels that the software developer goes through in the completion of a software development process (Segal, 2010). The inherent issues in these systems have led to the creation of more dynamic and flexible approaches to software development like the Agile Software Development methodology. The literature review will critique these approaches and methods and evaluate them in relation to relevant issues and matters that are define each of them. This will set the parameters for the discu ssions on stand meetings and scrum meetings in dynamic approaches to software development. 2.1 Waterfall Approach The Waterfall Approach to the development of software follows a sequential process where activities follow each other downwards, like a waterfall; hence the name. The sequence applied in this methodology involves the analysis of requirements, design, coding, validation (testing), installation, and maintenance (Royce, 1970). Projects that follow the Waterfall Approach are normally segmented according to the different phases, although some of these phases might overlap during the process. The Waterfall Approach maintains tight resource control, and operations remain limited to the provisions as identified in the requirement analysis. The major setback to this method remains the assumption of having all essential problems and requirements identified at the beginning. This is a challenge because at the onset, there are many opportunities and threats that might not be clear t o the software developers. Unpredictable problems encountered during the project lifetime result in project failure. The method contains numerous activities which must be undertaken through a series of activities identified at the beginning of project. Figure 1: The Waterfall Approach (Source: Snyder, 2002) Figure 1 shows the fundamental stages and phases of the Waterfall Approach to software development. It depicts the sequential phases that a software develope

Hydrocarbon Fuels Essay Example for Free

Hydrocarbon Fuels Essay Fuels are substances that burn in reactions with oxygen on a large scale, with transfer of energy to the surroundings. Fossil fuels are the most common and widely used fuels around today. The essential reaction for any chemical fuel includes: Fuel + Oxygen Oxidation + Energy transfer products Fossil fuels are a non renewable source of fuels and include coal, oil and gas. These are raw materials that supply feedback for most of our chemical industry. These have been produced over millions of years and are being consumed rapidly. If we run out of fossil fuels they cannot be reproduced which is why it is important to use them efficiently. Crude oil and natural gas provide fuel for heating, electricity generation and transport. Natural gas is a mixture of hydrocarbons with small molecules. These molecules are made of atoms of carbon and hydrogen. For example, natural gas used in the home is mainly methane, CH4. Crude oil is a complex mixture of hydrocarbons, with a varying composition depending on its source. The hydrocarbons in crude oil have different boiling points, according to the number of carbon atoms their molecules contain and how they are arranged. Fractional distillation uses the difference in boiling point to separate the hydrocarbons in crude oil. The fractionating column is cooler at the top than the bottom, so the vapours cool as they rise. Vapours condense onto a tray when they reach the part of the column which is cooler than their boiling point, they are therefore now separated. There is a greater demand for lighter short chain hydrocarbons such as petrol and naphtha and the demand for heavy long chain hydrocarbons is much less. E.g. bitumen Cracking is a form of thermal decomposition and is the process in which shorter more useful carbon chain hydrocarbons are produced from longer less useful chains by heating. This is done by breaking the carbon-carbon bonds which are very strongly attracted so the process of cracking has high activation energy. It is a free radical process and so it makes a mixture of products. Catalytic cracking is a Carbo Cation mechanism. It uses catalyst: zeolite at slight pressure- 4/5 atmospheres to make more fuels. It also makes aromatic hydrocarbons. Shape selectivity by a zeolite catalyst separation of isomers by a molecular sieve The advantages of using fossils is that very large amounts of electricity can be generated in one place using coal, fairly cheaply. Transporting oil and gas to the power stations is also very easy. Gas-fired power stations are very efficient and a fossil-fuelled power station can be built almost anywhere, so long as you can get large quantities of fuel to it. However there are many disadvantages the most common and serious being pollution. Spillage of fuels can cause great damage in streams and ponds resulting in immense loss of animal and plant life and an enormous cost of cleaning it up. Oxidation of carbon-based compounds produces vast amounts of carbon dioxide which contributes to the green house effect causing an increase in atmospheric temperatures which is then likely to cause changes in climate and weather patterns. A large variety of compounds, including carcinogens, appear in the smoke from burning coal and wood. Inefficient burning of carbon-based fuels in defective furnace and domestic gas fires produces poisonous gas carbon monoxide. This can cause problems in health as if it is breathed in it can take up the oxygen space in hemoglobin and react with the iron, this would mean that the body would not function properly and death will follow. Burning fuels also produces two other poisonous gases such as various nitrogen oxides and sulphur oxides. The sulphur oxide comes from the sulphur impurities in the fossil fuels however the nitrogen oxides are produced by the reaction of nitrogen and oxygen in the air caused by the heat of the burning. When these gases mix with clouds they form dilute sulphuric acid and dilute nitric acid. This then falls as acid rain which kills fish, trees and limestone buildings. Mining coal can be difficult and dangerous. Strip mining destroys large areas of the landscape. This image shows dead Effects of acid on stone Fish as a result of pollution sculpture There are some alternatives to fossil fuels that may provide a better environment these include the following: * BIOMASS: plants can be used directly as fuels e.g wood or they can be grown for conversion into fuels e.g sugar from sugar cane Advantage: renewable, helps to reduce waste and used with simple technology Disadvantage: not large enough to replace fossil fuels at present rates of use. * METHANOL: this alcohol can be used in racing cars and it is made quite cheaply from methane Advantage: methanol does not produce a lot of carbon monoxide when burnt Disadvantage: mixture of methanol and petrol absorb water and may cause corrosion of car engines * NUCLEAR FUELS: when the nuclei of atoms of isotopes of uranium undergo fission (splitting) in a chain reaction very large amounts of energy is released Advantage: there are no carbon, nitrogen and sulphur produced. Disadvantage: Radioactive waste products are difficult to store and treat. * MOVING AIR: WIND The energy of moving air is transferred into the motion of windmills and wind turbines Advantage: no pollution is produced and it is renewable Disadvantage: can be expensive to generate electricity for a large scale. Is not very reliable as it needs wind which is not always available. * MOVING: WATER Stored water behind dams or from waterfalls can be released through turbines and generate electricity Advantage: can be used on large scale and is quite predictable Disadvantage: quite costly * SUNLIGHT: Solar panels are used to heat water and photovoltaic cells are used to convert light into electricity Advantage: pollution free with no waste products Disadvantage: the sun is not always available in countries like the UK and also there is no sun at night time. * GEOTHERMAL: Water is pumped into wells in the hot rock zone is heated and used to heat buildings Advantage: available in large quantities and no pollution is produced Disadvantage: expensive and has some technological problems * HYDROGEN: Hydrogen is extracted from water by electrolysis and used on transport systems Advantage: available in large quantities and causes no air pollution Disadvantage: regarded as too dangerously explosive and it is too difficult to store Bibliography * OCR text book: Chemistry 1 * AS and A level chemistry revision guide * GCSE double science chemistry revision guide * Google research * http://www.darvill.clara.net/altenerg/fossil.htm

Contingency Planning Policy Statement

Contingency Planning Policy Statement Disaster Recovery Planning plays a most vital part in major industries where stored information or so called data plays the key role. Every business organization can be subjected to serious incidents or accidents which can prevent it from continuing day-day or normal operations and may cause in huge loss in terms of time as well as money. These incidents can happen at any day and at anytime, these causes can be natural calamities, human errors and system malfunctions. All Disaster Recovery planning needs to encompass how employees will communicate, where they will go and how they will keep doing their jobs. The details can vary greatly, depending on the size and scope of an organization and the way it does business. For some businesses, issues such as supply chain logistics are most crucial and are the focus on the plan. For others, information technology may play a more pivotal role, and the Disaster Recovery plan may have more of a focus on systems recovery. In this paper we are go ing to primarily discuss about steps to implement an actual disaster recovery plan. Below is the brief description of how the plan is implemented. Developing a contingency planning policy statement Conducting the business impact analysis (BIA) Identifying preventive controls Developing recovery strategies Developing a contingency plan Planning, testing, training and exercises Planning maintenance activities All the above steps are planned and performed taking all factors of the business into consideration. We shall also discuss the limitations of implementing such a plan. We shall also include real time examples and the successful results yielded by implementing the Disaster Recovery Plan. So this plans would act like a backup recovery process or a kind of business continuity solution while the actual system goes offline or corrupted. DISASTER RECOVERY PLANNING Have we ever imagined as to what would happen if we belong to a business and we lose critical data or information due to some errors like human errors or a server crash or a lost computer or any natural calamity? Such kind of loss of information could lead to major losses in information in turn would affect the company in term of time and money and in this current world where recession has struck real bad the stakes are even higher. Protection information or data in a company is one of the major tasks or responsibility a company should take, such is the time where the disaster recovery planning would come in great help. Disasters strike untimely in many forms like natural disasters, computer errors or human errors. These kinds of disasters could lead to major catastrophe in the companys future. Disaster Recovery Planning is a procedure or a plan which protects the business data and in case of a calamity would help in continuity of business operations with the least loss amount in ter ms of time and money. The terrorist 9/11 attacks on the United States are one of such great examples in history for many organization decision makers to focus on the need for disaster recovery. There was huge loss of data and resulted in great loss of money and jolted the market for a few months. Business continuity and Disaster Recovery are major components which help to ensure that systems essential to the operation of the organization are available when needed. The term disaster took to a new height after the 9/11 events, before many business used to think disasters in terms of natural calamities or computer errors. Some events occur in such a way that it may take months or even years to recover. Sources say that till date, 70% of small businesses in the U.S. experienced a data loss in the past year due to technical or human disaster alone [AMI U.S. Small Business 2009 Annual Overview]. 1Over years many companied have started to realize the importance of this recovery planning an d business continuity. Sources even say that the companies which have actually using these plans are very happy and secure and scare for any type of disaster has been reduced. Sources say that from the year 2000 there has been a gradual increase in the companies who have started to implement the Disaster Recovery solution and the Business continuity solutions. The IT business has always been a target for many hackers and terrorist organizations all over the world. Over the years IT has improved and has been a major source of money as well as information. The security in the IT organization has always been a question mark as through the years, many disasters have occurred and there has been huge loss of data. In the early years IT companies has always been the target as the security measures werent that strong, they were used to be called as Single Point of Failures. So with the increasing threats from external organization, recovery plans and solutions have started to improve and ga ined lot of Interest over the years. IBM was an organization which had made a major influence in the market in providing the recovery solutions. Many companies initially thought that the implementation of these disaster recovery plans could be really expensive and had to deal with a lot of money, but they soon realized the loss occurred during a disaster is far more than the amount required to invest for the solutions. The primary reason in order to implement this kind of solution is: To implement accurate and continuous critical records, data backup, and off-site storage. To develop various strategies in order to provide alternative sites for business operations. To construct a contingency organization. To resume business operations with the loss of least amount of time and money. The following are the key steps or procedures which are needed to be followed in order to implement a disaster recovery plan: Developing a contingency planning policy statement Conducting the business impact analysis (BIA) Identifying preventive controls Developing recovery strategies Developing a contingency plan Planning, testing, training and exercises Planning maintenance activities CONTINGENCY PLANNING POLICY STATEMENT According to the National Institute of Standards and Technology (NIST), the following statement means that it is a set of management policies and procedures designed to maintain and restore business operations, possibly at an alternate location in the event of emergency, system failure or disaster.-2 This is one major component in the disaster recovery planning. In this, a plan is laid down keeping all the emergency situations in mind and preparation for any kind of disasters which may occur at any point of time. The policy statement is really talks about communication between management and those responsible for developing the plan. Keeping in view the driving goals of the project and the level of financial resources and other resources, the particular people who are involved and are to be responsible, this policy statement gives everything that the planners need to work out options in order to achieve the organizations goals. It also provides the scope to planners to interact with the management in case they need to re-assess the organization goals and resources from time to time. The importance of this step is not just for preparing the plan for the DR implementation but also at this step a major amount of cost is involved than the other phases of the DR implementation. Here a re the key points that the policy statement should address: What kind of disaster does the organization intend to cover? What do the organizations need to accomplish? How much time would it take in order to get things back to normal state? Where does the responsibility of the plan and planners end? How to take advantage of the crisis situation in order to improve your organization image with the stake holders? What level of system should be covered in case of any crisis? What is the maximum level of resources that the plan can command during the preparation, implementation, testing and maintenance? The initial draft for this plan may set goals that turn out to be impossible under the resource constraints specified. But as the time passes we need re-evaluate the policy and adjust the goals and resources according the situations. BUSINESS IMPACT ANALYSIS The primary purpose of this step is to ensure that everything is protected without any loss of resources. This will also facilitate as to how quickly the business operation should have to return to full operations in case a disaster occurs. These are analyzed and identified on the basis of the worst-case scenario which may occur that assumes that the physical infrastructure supporting each respective business unit would be destroyed and all records, equipment, etc. are not accessible within 30 days. The main objectives of the business impact analysis (BIA) are as follows: Estimating on what scale on each business unit can be affected financially, considering the worst case scenarios Estimating on what scale on the operations of each business unit can be affected considering the worse case scenarios. Identifying and estimating the amount of personnel required for recovery operations. Estimating the time frame required for each business unit, considering the worst case scenarios. The key business processes that act as backbones to the organizations ability to carry out its business are identified and the requirements that drive these processes are also analyzed. The above processes can be identified and sorted in two different ways. Outside-In Analysis: This analysis is conducted in consideration with external stake holders, outside suppliers and internal departments which depend on IT services. The outside-in analysis focuses on whole systems, at each layer taking into consideration, the current process or system as distinct from the users or other systems that depend on it and via versa. Depending on the overall complexity of your business and how it makes the ideal solution to divide things up in the context, we may end up with just a single layer or with many of them. Inside-Out Analysis: The inside-out phase primarily focuses on resources that are required in each layer in order to provide the services that have been identified in the Outside-In phase which covers everything from the core system to the IT resources in the organizations. Then for each of the above we shall determine the impact of a disaster which may cause disruption or damage of the resource on the functioning of the system and its ability to deliver the services on which other layers depend on. Then we determine the maximum time wastage due to the disaster test we conducted on each of the services on the basis of what other layers are dependent on these services. We shall also include in the analysis any indirect effects which were caused by the disaster on these services. The BIA Report should be presented to the Steering Committee PREVENTIVE MEASURES There has been a simple formula for determining the risk associated financially with a given type of disaster; $R=P*C*T where P is the probability that the disaster will occur, C is the hourly or daily cost of downtime in lost productivity, lost revenue, etc. and T is time outage. The primary purpose of this step is to reduce the time outage, which are also the main purposes of the DR plan. Since the risk and the other factor are directly proportional to the time outage associated, hence the reduction of time is the primary responsibility of this task. At the same time the reduction of the other two factors which is the probability of the occurrence of the disaster and the cost due to the downtime are equally important. So minimizing all the three factors would result in the least risk possible. Generally sources say that the cost of preventing a problem is far lower than the cost of fixing it after it occurs. Let us now look into how we can identify the above factors. Firstly the pr obability of disaster occurring is generally is the toughest one to say. Natural calamities come and strike without a sign. The only way to prevent them is to make the organization sites in safe places. Next is the computer malfunction or server crash, these can be prevented by regular maintenance, constant tracking through performance monitors, proper vigilance and good security. Secondly is the cost reduction, there should be maintenance in such a way that generally if by chance there has been any damage the system should be protected. We should not be in a position to replace and get a new one. Generally the cost associated in installing a new machine is always higher than the maintenance cost put on it. Even the cost of downtime can be reduced by reducing the organizations dependence on the system. Thirdly is the time outage, we need to have special ops teams which should act readily to any situational catastrophe. So by reducing all the above factors we can reduce the probabili ty of risk on the organization. RECOVERY STRATERGIES The primary task of this step is to determine how we have to achieve the disaster recovery goals for each of the systems and system components that were identified in the Business Impact Analysis. It is here that we do the core work of balancing costs and benefits of the available approaches. This step is not just about selecting specific vendors, determining exact costs, or developing detailed procedures, but the main purpose in this stage is to select the types of solution that you will use and to determine the scales of the costs involved. There are a set of consideration we need to follow while going through this phase. Firstly, we need to consider exactly what type of disasters may occur and classify them into different types based on the effectiveness Secondly; we need to consider solutions of differing range of coverage i.e. we need to determine solutions which can protect on the site failures as such a solution can also protect the system and its components. Lastly we need to consider are the characteristics of infrastructure, human and data aspects of recovery. Each of the above three factors should be considered separately and we should determine what type of solution and the cost associated for the solution. Out of the above three factors Infrastructure recovery is the simplest. The best feature of infrastructure is that it can be replaced easily. People are considered more difficult factors. Every personnel in the company are associated with particular skills and accordingly they are assigned roles. So if a recovery strategy is needed to be implemented on these people, suppose if a personnel has been fired or he quits then finding another personnel of the same skill set and roles is always an additional cost ,since we need to play better salaries. Thirdly it is the data; this cannot be replaced at any cost. Once a data is lost cannot be recovered at any cost. What we need to determine is to what extent of data we can lose and identify which is the c ritical data and we need to protect it accordingly. Once this is done, we have to note the recovery strategies for each system on the Master System Information form. DEVELOP THE CONTINGENCY PLAN This step is the apex or the peak activity of all your work. The main outcome of this phase is the documented plan and the complete implementation of the infrastructure in order to implement the plan. This documented plan includes each and every information of assumptions, constraints and specific procedure needed to be implemented. The implementation phase contains all the purchasing and setup of all the hardware and implementation at the sites, communication services etc. This phase itself is run by a team, just like a team which handles projects. Team which consists of different expertise with fixed timelines and deadlines. According to the NIST guide the following are some aspects or steps which needed to be followed during the plan. 1. Introduction: Here the main task is to document the goals and scope of the plan, along with any requirements that must be taken into account whenever the plan is updated. 2. Operational Overview: The purpose of this section is to provide a concise picture of the plans overall approach. It contains essentially two types of information: (1) a high-level overview of the systems being protected and the recovery strategies employed and (2) a description of the recovery teams and their roles. 3. Notification/Activation Phase: According to the NIST guide this phase defines the initial actions taken once a system disruption or emergency has been detected or appears to be imminent. This phase includes activities like notifying recovery personnel, assessing system damage and implementation of the plan. At the completion of this phase, recovery staff will be prepared to perform contingency measures to restore system functions on a temporary basis. 4. Recovery Phase: This section of the plan is one that documents in detail the solutions to be used to recover each system and the procedures required to carry out the recovery and restore operational activities. 5. Reconstitution Phase: This is the last of the three sections of the plan. As per the NIST guide this phase is where the recovery activities are terminated and normal operations are transferred back to the organizations facility. If the original facility is unrecoverable, the activities in this phase can also be applied to preparing a new facility to support system processing requirements. 6. Appendices: The appendices contains any information that (a) is necessary as reference material during recovery, (b) may be necessary during any revision of the plan, or (c) documents legal agreements. PLANNING TESTING TRAINING AND EXERCICES In this fast moving modern information technology world, with the change in time and things, many hardware components are replaced, softwares are upgraded, networks are reconfigured, data sizes grow. All the above factors play a major impact on the performance of the disaster recovery systems. Testing and exercising goals are established and alternative testing strategies are evaluated from time to time. Each and every procedure required for testing should be properly documented from time to time. Initially the testing should be done in sections and should be conducted after the office hours. Below are some types of testing: Check List Testing Simulation Testing Parallel Testing Full Interruption Testing Although these systems were fully tested when first installed, but the system is dynamic in nature, so proper training should be given to personnel from time to time. We need to conduct exercises from time to time to check the status and under different condition with the help from all the personnel in the organization. Once the plan has been properly tested and documented it should be approved by the top management to start off. The management would take all the responsibility of preparation of policies, procedure, responsibilities and tasks associated with it. It should make sure that they review the contingency plan at least annually and re-assess and approve it. At the same it should be responsible in making limitations and constraints. Proper implementation of the above all factors will lead to a smooth start up and helps the DR plan successful. PLAN MAINTAINENCE After developing a disaster recovery plan, it is equally important to ensure that the plan accurately runs accordingly to the current requirements and systems. There are three places, at which the plan can be reviewed firstly, during testing annually or semiannually, and secondly when changes are made in either the IT systems being protected or in the business processes they support. The first of the above two falls in the responsibility of the top management in the disaster recovery planning and so has to be done on a regular basis. The last requires that consideration of the impact of the changes on the disaster recovery plan to be introduced as a standard consideration in procedures that are outside the scope of direct concern of those responsible for the DR plan. SUMMARY The world is fast changing and organizations need to be prepared for natural or manmade disasters that could disrupt business processes. Customers and millions of dollars could potentially be lost and never be recovered if business processes are disrupted. The Business Continuity Plan helps resume the business processes and the Disaster Recovery Plan helps resume the IT systems. The core objective of a Disaster Recovery Plan is to restore the operability of systems that support mission-critical and critical business processes to normal operation as quickly as possible. Business continuity planning integrates the business resumption plan, occupant emergency plan, incident management plan, continuity of operations plan, and disaster recovery plan. Personnel from each major business unit should be included as members of the team and part of all disaster recovery planning activities. These people need to understand the business processes, technology behind those processes, networks, and systems in order to create the disaster recovery plan. Applications and systems are identified by the team that is mission-critical and critical to the organization. There would be a specialist disaster recovery team which will be responsible for training, implementing, and maintaining the plan. They will possess unique skills, knowledge, and abilities that should be updated in the plan. A Disaster Recovery Plan that is well developed, trained on, and maintained, will minimize loss and ensure continuity of critical business processes in the event of disaster.

Daughters of Edward Darley Boit by John Singer Sargent :: essays research papers

  Ã‚  Ã‚  Ã‚  Ã‚  While visiting family in Boston for the weekend, I returned to the Museum of Fine Arts. I came upon another of John Singer Sargent’s works, Daughters of Edward Darley Boit. The composition of the painting intrigued me; and so I have chosen to write about the piece.   Ã‚  Ã‚  Ã‚  Ã‚  This painting of four girls in an elegant room and doorway of what I presume to be their home, is a very posed, stagnant depiction. Three of the girls appear to be staring blankly at the painter, while one stands facing to the side, staring forward, away from the painter. None of the girls is engaged in the scene. It does not appear, however to be frozen in time, as no girl is actively acknowledging another, nor actively playing with their toys and dolls, as in the case of the girl sitting on the rug. Two of the girls stands in the darkened doorway, similarly dressed, with one a bit more stiffly posed than the other. In the front, a girl stands at attention behind and to the side of the child sitting on the floor. The curiosity I found with this painting is that for the most part they do not appear comfortable in their surroundings. The one noticeable dissent to that is that one girl in the doorway leans back against a large porcelain vase, probably a very expensi ve one, and so I would think that a child leaning against such a thing would cause great alarm to a parent for fear that it might be broken accidentally. Representing the child leaning against it leaves me to question whether she is simply very comfortable in her home, or perhaps upset or angry and responded by carelessly leaning against such a lavish piece of art. Theoretically, Sargent posed the girls himself, however I could not devise a reason for placing the girl facing off to the side the way she is.   Ã‚  Ã‚  Ã‚  Ã‚  Another compositional point I wish to make is that the painting feels somewhat unbalanced. Although the lights and darks work very well together with balanced contrast, I find the left side to be too heavy for the right. With the entire bodies of two girls, plus half of another, in addition to the very tall vase does not measure out against the smaller girl sitting on the floor and half of a girl in the back. What’s more is that none of the girls comes close to sitting near the right side, leaving the left side very weighty.

“Ah, Are You Digging My Grave” by Thomas Hardy Essay

â€Å"Ah, Are You Digging On My Grave?† by Thomas Hardy has six regular stanzas of six lines, which are written sequentially. The lines generally have eight syllables. In all but the second and last stanzas, the second and last lines of each stanza have six syllables. The rhyme scheme is regular, with the second and last lines rhyming and the three lines in between rhyming with each other. The meter is very irregular, with accents falling on different syllables. This quality was possibly inspired by the folk music of Hardy’s time. Another musical quality of this poem is that there is a refrain: â€Å"Ah, Are You Digging On My Grave?† In the second line, when the woman asks if the one digging is her â€Å"loved one? – planting rue?† the word ‘rue’ is a double entendre. Rue is a shrub that symbolizes sorrow, so the corpse is really asking her loved one both if he is planting flowers on her grave and if he is feeling sorrow about her death. When the woman’s kin say â€Å"No tendance of her mound can loose/ Her spirit from Death’s gin† they are referring to a gin as in a type of snare or trap used to catch animals. There is synecdoche in the phrases â€Å"the brightest wealth has bred† in the first stanza and â€Å"one true heart was left behind† in the fifth stanza. This poem also uses a lot of irony. The woman-corpse wants to believe that her former acquaintances remember her and are affected by her death, but she continually finds out that the opposite is true: they have little concern for her now that she is dead. Hardy uses personification with the corpse and the dog. He gives them human traits like the ability to speak and feel emotions. When the dog is burying a bone on his dead mistress’s grave, it symbolizes how the people she knew while she was alive now view her. To them, she is just a bunch of bones buried in the ground, and no longer of any importance. The central theme of this poem is that no love or hate outlasts death. There is a lot of disappointment in the poem, depicting death and the afterlife as tragic things. The black humor and irony reveals a sad message: the dead woman is forgotten and eternally lonely. The poem is also satiric, mocking the sentimentalism of continual devotion to the dead. Hardy takes a similar stance as the Feste in Twelfth Night.

First day of middle school Essay

I WAS VERY NERVOUS WHEN I GOT ON THE BUS BECAUSE I DIDN’T KNOW ANYBODY. I NOTICED ONE GIRL FROM MY ELEMENTARY SCHOOL, BUT SHE DIDN’T TALK TO ME FOR TWO DAYS. WHILE I WAS ON THE BUS I INTRODUCED MYSELF TO A BOY NAMED TOMMIE AND WE BECAME FRIENDS. EVERY SINCE I SPOKE THAT DAY, TOMMIE AND HAVE BEEN CLOSE. WE HAVE EACH OTHERS BACK WITH CLASS WORK AND HOMEWORK. DURING LUNCH TOMMIE SAVED ME A SEAT, OUR LOCKERS ARE CLOSE BY EACH OTHER AND WE HAVE SEVERAL CLASSES TOGETHER. I STARTED TO LOOSEN UP AS THE DAY PROGRESSED BECAUSE I REALIZED. MIDDLE SCHOOL IS NOT ALL THAT BAD. MY FIRST PERIOD TEACHER SCARED ME BECAUSE SHE HAD ADEEPVOICE THAT CAUGHT MY ATTENTION. NOW THAT TIME IS PASSING IM MEETING MORE FRIENDS, MORE FRIENDLY TEACHERS AND STAFF. I HAVE LEARNED MY SCHEDULE WHICH IS DIVIDED INTO TWO DAYS ADAYAND B DAY. I LEARNED HOW TO DO THINGS IN A TIMELY MATTER BECAUSE WE CANT BE LATE TO CLASS OR THE BUS. IM STARTING TO SHOW MORE RESPONABLITIES SINCE ENROLLING IN BAYLOR COLLEGE OF MEDICINE ACADEMY egg pupa larva GET STARTED RIGHT AWAY. This placeholder text includes tips to help you quickly format your report and add other elements, such as a chart, diagram, or table of contents. You might be amazed at how easy it is. LOOK GREAT EVERY TIME †¢Need a heading? On the Home tab, in the Styles gallery, just click the heading you want. Notice other styles in that gallery as well, such as for a quote or a numbered list. †¢You might like the photo on the cover page as much as we do, but if it’s not ideal for your report, right-click it and then click Change Picture to add your own. †¢Adding a professional-quality graphic is a snap. In fact, when you add a chart or a SmartArt diagram from the Insert tab, it automatically matches the look of your report. GIVE IT THAT FINISHING TOUCH Need to add a table of contents or a bibliography? No sweat. ADD A TABLE OF CONTENTS It couldn’t be easier to add a table of contents to your report. Just click in the document where you want the TOC to appear. Then, on the References tab, click Table of Contents and then click one of the Automatic options. When you do, the TOC is inserted and text you formatted using Heading 1, Heading 2, and Heading 3 styles is automatically added to it. ADD A BIBLIOGRAPHY On the References tab, in the Citations & Bibliography group, click Insert Citation for the option to add sources and then place citations in the document. 2 When you’ve added all the citations you need for your report, on the References tab, click Bibliography to insert a formatted bibliography in your choice of styles. And you’re done. Nice work!