Enterprise System for Australian Healthcare- myassignmenthelp

Question: Discuss about theEnterprise System for Australian Healthcare Industry. Answer: Introduction Every healthcare facility must deploy policies and courses on asset management and equipment control. Equipment control and asset management requires the administration of medical devices within a facility and they areassisted by independent information systems among which the main is Enterprise Resource System (ERP). In this context, the following report is designed to provide a useful insight into the informed decisions regarding the adoption and implementation of ERP system in Mobile Health Electronics which is a medical manufacturer in Australia. The report analyses the current situation of the company and offers a proper software selection process to the management. Also, the report discusses the foundations for business value and digital transformation through digital commotion. Scope The scope of this report is wide as it evaluates the need of ERP system in one of the most vital and demanded field that is, medical devices manufacturing. The Australian Healthcare industry is expanding quickly not only in terms of revenue but also in terms of employment. One of the major diversof the healthcare sector in Australia is the increased consciousness of people regarding their health(Almajali et al., 2016). Also, due to increase in the average income of people, they now want proper and quick health solutions. Thus, ERP becomes necessary in this sector. Audience This report targets the whole healthcare devices manufacturing companies of Australia through MHE. Project Background In todays competitive environment, attempts to improve medical facilities have risen all over the world. The role of IT is extended to search out the relevant solutions for different challenges faced by the healthcare organizations.The purpose of this project is to study how the ERP systems are usefulin the medical sector for enhancing the quality of healthcare services. Since the Information Technology now involves all the industries which are presently experiencing significant change management, it has been found that the deployment of ERP systems in medical equipment manufacturing companies has not been reported on a large level (Poba-Nzaou et al., 2014) M. This made the researcher to analyze the importance and need of Enterprise Resource System in improving the quality of medical services to the patients and access to the integration of services facility for the management. Moreover, this report would be helpful in identifying the ways in which the installation of ERP systems is profitable for the organizations in running their activities. It assess the significant changes which can be brought by ERP systems in various fields such as human resource, finance, admission resources, and increasing capacity as well as revenue (Garg, and Agarwal, 2014). Since there is a lack of an in-depth research in this sector, this report is designed to investigate the usage of ERPs in medical sector. Analysis and Evaluation of the current situation Strategic considerations Benefits of using a New ERP system An effective transparency of all necessary procedures throughout different divisions of the company, particularly for the senior management Independent and comprehensible workflow from one division to another so as to maintain a flawless transfer and fast accomplishment of the processes (Habidin et al., 2016) Effective inter-divisional operations and ensuring that none of these is skipped Access to the integrated and single reporting structure for evaluating the status across the different departments, such as real time No need of maintaining a separate software system(Parthasarathy, andDaneva, 2014) ERP also contains BI functionalities which provide understanding of business processes andpotential areas for improvements Availability of a range of modules in an ERP system such as HR, Finance, Marketing, sales, supply chain, CRM, and production An effective secure,and centralized storage system for all enterprise data Better collaboration among all the functions of the organization Integration of other systems to the ERP via Application Programming Interface Useful for managers to control operations which are globally discrete Drawbacks of using a new ERP system Time: Any project begins far before the actual implementation of software if the business requirements for the new ERP are not identified and possible suppliers are not evaluated properly. Moreover, it could be very time consuming for the new ERP to go from, evaluation to implementation (Branger, and Pang, 2015).After the system execution, the new ERP replacement project may disturb and create delays in other projects. It may also take more time for the users to learn the skills and adjust with the new technology. Cost: Installation of the new ERP can be expensive for the company as a replace and rip can cost around 15 million dollar or even more. The company can also experience a revenue decline when the system is executed because the IT members adjust to the new process. Changes to the ERP: Implementation of new ERP can change everything within the ERP process. The third party software may find it difficult to integrate effectively with the new ERP. Moreover, the transactional as well as master data may need to be changed to the new ERP. Apart from, this, there is no surety that the new system will actually work and meet all the business needs. Business requirements and drivers Following is the list of MHEs business requirements and business drivers: Quality Planning: Mobile Health Electronics is required to develop and ability to determine if the inspection is approved or not. The company needs to look for the quality plan which can enable the users to create particular measures in the inspection. User Certification: HME requires its ERP system to further than its basic level and identify if the user is eligible for a specific function or inspection based on training, experience or testing (Mucheleka, and Halonen, 2015). Supplier Management: It is another important area where HME needs a little more from its ERP system.The company also needs to obtain government approval to get a faster and reliable support (Shen et al., 2016). Furthermore, the MHE does not have a special type of manufacturing in utilizing its core competencies. Vendor selection and ERP platform: MobileHealth Electronics has requirements much like any manufacturer but with particular focus on aother domains whichmay be less relevantfor another business. Linking requirements to ERP functionalities Identified Items Product data guidelines Product traceability Customer management framework Business Driver/business requirement Governmental and industry standards Strategic partnership Innovative techniques Business processes FDA compliance Value chain mapping Quality management Required data All aspects of products lifecycle Patients outcomes wide range of knowledge of medical equipmentmeeting the needs of the customer ERP functionalities Revision change control Epicor Mobile Access Customer Relationship Management Software selection process Information and assumptions required for recommending the best ERP solution to MHE Key Macro Drivers The MobileHealth Electronics has manyvital macro drivers connected with it. One of the key factors influencing the company is government guidelines. It most significantly affects the pharmaceutical and biotechnology organisations (OSullivan, et al., 2014). Thus, HME requires numerous trials and tests for any drug to be considered for approval by the government. Macro Environment Anothersignificant factor which impacts the healthcare sector is the Affordable Care Act. This act influencesalmost every companyprovidingmedical care and is beneficial for some while burden for others. For instance, the MHECompanymay be required to pay a 2.3% tax on all sales of equipment which can hurt the companys revenue. Life Cycle Like many other companies, MHE has a life cycle with four stages; an early stage, innovation stage, maturity stage and decline phase(OSullivan, et al., 2014). The MHE organizationis at the maturity stage. At the maturity stage, companies become perfects on their key product and become successful in getting economies of scale. Also, smaller companies are forced to exitfrom the market by putting barriers to the entry. Recommendation of a solution SAP Business Suite 4 SAP HANA (a.k.a SAP S/4HANA) This system is especially designed for themost advanced in memory phase and on the modern design rules with SAP Fiori user experience (UX). It brings in business revolution by creating huge network of people, and devices in the real time for supporting the development of new business principles. The system is also helpful in associating the on-ramp to Big data and internet of things (Awa et al., 2016). It enables the clients to redesign their IT so as to reduce the costs and provide efficiency. This ERP package assists the management in integrating the day to day business process in an effective way (OSullivan, et al., 2014). It also unifies the operations from lines of businesses and industry solutions to integrate the elements of SAP products like SAP SRM, SAP SCM, and SAP CRM. SAP HANA system is useful in saving a company throughout the software, labour cost and hardware as well. SAP ECC6 It is one of the latest developed versions of SAPs enterprise system. It generally offers end to end software assistance for the organizations. The term end to end implies HR, manufacturing, project management, Customer relationship management, and sales and distribution(OSullivan, et al., 2014). However, it acts an alternative for the companies to install from scratch-one software each depending on the requirements of specific business activity. Although this ERP can be cheaper for the organizations yet in the long run, the advantages will be restricted and integration of all the data can become a tough task for the management. Moreover, this system enables access to various types of modules in different suits (Budgett, et al., 2017). Using this, the company becomes able to emphasise on the details of every aspect in business processes. It can be said that this ERP acts as an umbrella which covers the whole series of conventional computerised planning software. Sage X3 Sage X3 is an exceptional ERP system which is designed to offer unique business solutionsthe healthcare manufacturing companies come to know and imagine. This technology has been evolvingoutside the conventional ERP confines and,flawlesslyand readily improves the level of productivity in the distribution, production, and services sector(Almajali et al.,201. This ERP package ismobile responsive, web based, and ready to use software which supports a number of languages, currencies, and legislations. It also helps the management in controlling multi-site and multi-company functions. The system is comprised of effectively integrated BI along with graphical business courses and work flow abilities. Best ERP for MHE The above discussions show that installation of a suitable ERP package is significant for the healthcare device manufacturing companies in order to improve and enhance its dataflow and communication (Islam et al., 2016). In this view, SAGE X3 ERP is the best business solution to MHE to address these factors and make the operations simpler for the management as well as patients. Since HME is the part of Healthcare sector, it is obligatory for it to comply effectively with all the government regulations of Australia and should meet all the accounting policies of the country. Sage X3 serves as a strong ERP system which can help the company to safely manage the business operations and meet customer requirements at the same time for ensuring the needs of both federal as well as local agencies of Australia(Kang et al., 2017). This package is also helpful in assisting MHE in becoming more effective in controlling the data through advanced functionality, strong reporting system and independence. Other benefits of adopting Sage X3 for HME are as follows: Improved patient care: Sage X3 will offer improved visibility of patient details to the organization and the management will be able to providebetter and timely care to the patients (Das, and Dayal, 2016). Better integration: Sage X3 ERP for healthcaresector comes with better integration capabilities with other enterprise management systems such as CRM and payroll (Amani et al., 2016). Business Intelligence: One of the vital aspects of this ERP package for healthcare industry is BI. It will assists MHEin monitoring operational efficiency for a hospital by providingrequired metrics associated to costing and critical patient and treatment analytics(Kang et al., 2017). It would also facilitate the right care to the right patient at the right time. Minimized operational cost:SAGE X3 ERP will be helpful for MHE as it will be able to integrate all critical business processes such as HR inventory, supplies, billing, finance, and thus decreases operational cost (Hussain et al., 2016). Independence:This functionality of Sage X3 for the company will make it easy for the management to track appointments, check and appraise patient/prescription and details. Synchronization:Sage X3will provide MHE with anincorporated platform for all critical data, and pulling out of crucial report will become simple. Analysis of digital transformation through digital disruption Digital disruption refers to the transformation that occurs due to the effect ofdigital know-how and business techniques on value preposition of current products and services.Since MHE is a manufacturer of medical devices and contributes significantly in the healthcare sector of Australia, it possesses a crucial relationship with technologiesand innovative modelsChoi, S., (Kang et al., 2017).Technology makes it efficient for the management to carry out critical processes and enables to manufacture stronger equipment and reduce errors at the same time. From the above case study, it is analysed that digital disruption in MHE is important in performing clinical operations and maintaining the records of electronic medical. The role of medical care requires extended scope of healthcareto make the patients able to use health devices easily. Advantages Following are the Advantages of digital disruption for MHE Effectivepatient communication For MHE, digital disruption provides areas for improvement in patient interaction. It helps the customers to stay updated regarding the diagnosis, appointments, treatment selection, and doctor visit (France, and Wilson, 2016). Improved diagnostics and compliance The idea of the custom-made care and improved diagnostics is important factor anticipated by science fiction. Since the wearable medical devicesintroduced in the market, the concept of constant measurement has appearedmore real (Eid et al., 2017).Thus, digital platform gives the MHE a prospect of easy access to patient details in the real world. Improved sales practices Being a private healthcare manufacturer or supplier, MHE must fulfillnumerous reps from the same pharmacompany.Digital disruption provides the expertise required and more flexible solution within each specialism from a customer perspectivedemandingeffective healthcare services. Disadvantages It can be seen that Digital platforms have disrupted the markets largely.Most of the companies invest more on digital platforms rather than physical assets. Also, theyexploitdata and relationships, and technology of their networks to yieldmore value than asimilar organization (Ram et al., 2015). This network effect results in the rise of new business and mental models. Being in the medical care sector, MHE is not resistant to these new business models. It can beaffected by disruption due to the minutiae of navigating opaque billing processes, the exaltation of doctors, andrulesdestroying competition. Ways to improve In order to get maximum benefit from digital platforms, MHE is required to learn to consider it not as anobjectbut as away to operate and a way of thinking to run the business. The company should use the broad range of technologies and applications to develop more efficient automation, improved decision making, and effective connectivity with the customers as well as other external stakeholders (Gamme, and Berg, 2016). Using these business process designs MHE canmake a new way of working which can fundamentally transform the organization. Digital should be put by the management at the top of their strategic priorities while the CEO should proactively monitor the digital transformations. Conclusion On the basis of the above report, it can be concluded that in healthcare device manufacturing companies, installation of ERP is very important. The main benefits which MHE canget from the formulations ofSAGE X3 ERP package is the flexibility and speed when reacting to unforeseen changes in business processes or at the organizational level.Sincemost of the applications possess a moderately loose connection, it will be quite easy to replace them when it seems necessary. In addition to this, on the basis of above analysis, it is revealed that MHE can choosethosebusiness solutions which are most suited for their ERP demands. However, the disadvantage of these ERPs is that they canresult in an increased number of software suppliers that companies can find difficult to manage and can face challenges for the central IT. References Almajali, D.A., Masa'deh, R.E. and Tarhini, A. (2016) Antecedents of ERP systems implementation success: a study on Jordanian healthcare sector.Journal of Enterprise Information Management,29(4), pp.549-565. Poba-Nzaou, P., Uwizeyemungu, S., Raymond, L. and Par, G. (2014) Motivations underlying the adoption of ERP systems in healthcare organizations: Insights from online stories.Information Systems Frontiers,16(4), pp.591-605. Garg, P. and Agarwal, D. (2014) Critical success factors for ERP implementation in a Fortis hospital: an empirical investigation.Journal of Enterprise Information Management,27(4), pp.402-423. Parthasarathy, S. and Daneva, M. (2014) Customer requirements based ERP customization using AHP technique.Business process management journal,20(5), pp.730-751. Branger, J. and Pang, Z. (2015)From automated home to sustainable, healthy and manufacturing home: a new story enabled by the Internet-of-Things and Industry 4.0.Journal of Management Analytics,2(4), pp.314-332. Mucheleka, M. and Halonen, R.(2015) April.ERP in Healthcare. InICEIS (1)(pp. 162-171). OSullivan, J.A., Goldensohn, D. and Hinton, R. (2014) Meeting the skills gap with a focus on ERP education at SUNY; Farmingdale State College and Binghamton University.Open Journal of Business and Management,2(04), p.354. Gamme, I.A.. and Berg, G.(2016) Operational Integration in Health Care versus Mass Production.Quality Innovation Prosperity,20(1), pp.1-17. Ram, J., Corkindale, D. and Wu, M.L. (2015) Examining the role of organizational readiness in ERP project delivery.Journal of Computer Information Systems,55(2), pp.29-39. Eid, M.I.M., Eid, M.I.M., Abbas, H.I. and Abbas, H.I. (2017) User adaptation and ERP benefits: moderation analysis of user experience with ERP.Kybernetes,46(3), pp.530-549. Choi, S., Kang, G., Jun, C., Lee, J.Y. and Han, S. (2017) Cyber-physical systems: a case study of development for manufacturing industry.International Journal of Computer Applications in Technology,55(4), pp.289-297. France, A. and Wilson, J. (2016) Contemporary costing in the health sector to provide contribution performance reporting for profitability.New Zealand Journal of Applied Business Research,14(1), p.1. Das, S. and Dayal, M. (2016) Exploring determinants of cloud-based enterprise resource planning (ERP) selection and adoption: A qualitative study in the Indian education sector.Journal of Information Technology Case and Application Research,18(1), pp.11-36. Hussain, M., Malik, M. and Al Neyadi, H.S. (2016) AHP framework to assist lean deployment in Abu Dhabi public healthcare delivery system.Business Process Management Journal,22(3), pp.546-565. Amani, F., Amani, F., Fadlalla, A. and Fadlalla, A. (2016) Organizing ERP research: a knowledge-centric approach.Journal of Enterprise Information Management,29(6), pp.919-940. Shen, Y.C., Chen, P.S. and Wang, C.H. (2016) A study of enterprise resource planning (ERP) system performance measurement using the quantitative balanced scorecard approach.Computers in Industry,75(1), pp.127-139. Budgett, A., Gopalakrishnan, M. and Schneller, E. (2017) Procurement in public private hospitals in Australia and Costa Ricaa comparative case study.Health Systems,6(1), pp.56-67. Habidin, N.F., Shazali, N.A., Ali, N., Khaidir, N.A. and Jusoh, O. (2016) The impact of lean healthcare practice on healthcare performance: the mediating role of supply chain innovation in Malaysian healthcare industry.International Journal of Critical Accounting,8(1), pp.79-93. Awa, H.O., Awa, H.O., Ojiabo, O.U. and Ojiabo, O.U. (2016) A model of adoption determinants of ERP within TOE framework.Information Technology People,29(4), pp.901-930. Islam, R., Ahmed, S. and Tarique, K.M. (2016) Prioritisation of service quality dimensions for healthcare sector.International Journal of Medical Engineering and Informatics,8(2), pp.108-123.

The bounce of a ball Essay Example

The bounce of a ball Paper The balls will always be dropped from the chosen heights. E. g. 1 metre, 0. 8 metres, etc. After releasing the ball we will then measure the maximum height it reaches after bouncing. The ball I will test is: Bouncy ball it will be made of rubber. The heights I will drop the ball from are: 20m 40m 60m 80m Another factor, which I will be testing, is the surface I drop the ball on to. These will be: Wooden surface Cork surface Carpeted surface The equipment we will be using is: Retort Stand and Clamp Nail Metre ruler Bouncy ball Wooden surface Vernier Calliper Electronic Weighing Scale Diagram 1: Diagram 2: Method: 1. Collect all required equipment. 2. Set up as shown above. We will write a custom essay sample on The bounce of a ball specifically for you for only $16.38 $13.9/page Order now We will write a custom essay sample on The bounce of a ball specifically for you FOR ONLY $16.38 $13.9/page Hire Writer We will write a custom essay sample on The bounce of a ball specifically for you FOR ONLY $16.38 $13.9/page Hire Writer 3. Make sure it is safely set up, and that the nail is secured in position. 4. Draw out a table to write the results in. 5. Take the bouncy ball and drop it from your first fixed height three times. 6. Record the results that you gain 7. Repeat the process for the remaining heights. 8. Record these results. 9. Change the surface. 10. Repeat experiment with same heights. 11. Record the results. 12. Change the surface again. 13. Once again repeat the experiment. 14. Record these results as well. 15. Work out the averages of all your results. Prediction: I predict that the bouncy ball will bounce furthest on the wooden surface. This is because wood is the smoothest surface out of the three, meaning that less energy will be lost as heat/friction and so more will be put in to the actual bounce of the ball. I also think that Carpet will be the worst surface of the three, as it is a very rough surface, which is likely to make the ball lose a great deal of heat/frictional energy. I think the Cork surface will come between the two, because it is rougher than wood, but smoother than carpet. Another thing that I predict is that when the Drop height is reduced, the rebound height also is reduced. Results Analysis: Using my results, I found out many things: The bouncy ball bounced most on the wooden surface. The bouncy ball bounced higher as you increased the drop height. More Gravitational Potential Energy is stored in the ball when the drop height is increased. I got these facts by looking at the line graphs shown previously. It was easy to spot which surface made the bouncy ball bounce highest. To prove that the best surface is wood I worked out the gradient of each line. Formula: Gradient = x/y Line of best fit Graph of drop height vs rebound height: Carpet Surface: As you can see from these sums, Wood has the greatest gradient, whereas carpet has the worst. The reason for wood being better as a bouncing medium is because it is much smoother than the other surfaces. Carpet is extremely rough in texture causing more friction when the ball hits it, which in turn causes more energy loss. Both of the graphs I have drawn are very similar in shape. They look absolutely identical but there are minute differences. I also noticed a relationship between the drop height and the surface used. As I increased the drop height, the ball bounced a considerable amount higher. This was the case for all surfaces. Never did the rebound height remain constant when if the drop height was changed. Conclusion: There are many reasons to why I got the results I did. There are many factors that a ball may have to influence its bounce. Some examples are: size, weight, material, etc. These characteristics as well as the bounce surface influence how well or badly a ball will bounce. The wooden surface, being the smoothest of the three, proved to make the bouncy ball bounce highest. The reason for this is because less energy is lost as heat/frictional energy. This means that there is more kinetic energy, which would mean that the ball would bounce more. The cork surface, being in between carpet and wood I terms of roughness, turned out to be second best. More energy than the wooden surface is being lost by heat/sound energy, but less is being lost than the carpet surface. The carpet surface was the worst. The ball just died out as soon it hit the carpet. This is due to its roughness and material. Carpet makes the ball lose the most heat/sound energy. The loss of more heat/sound energy would mean that there is less kinetic energy available, so the ball will not travel very far. As these were proven in my results, that would mean that my Prediction was absolutely correct. The best surface was wood, and the worst was carpet. The rebound height did decrease when the drop height decreased. Evaluation: On the whole I think that the experiment went quite well. I obtained sufficient results needed for a good experiment write up. I took three results for each drop height of each ball. By doing this, I was able to average the three and also exclude any results that did not fit in with the others. I think that my results were fairly accurate. The theories that I predicted were right. My graphs look fairly good, however there are a few anomalous points here and there. The method I did was not excellent, and most certainly did not give me the most accurate results I was capable of betting. In the time I was given, and the equipment I was restricted to, I would say that my method was fairly good. The Method was enough for the results we needed, but if I was to do more research and was to get more accurate results, then it could be improved hugely. The experiment had far too much space for human errors. For example, the wooden surface we used was just our workbench. Due to this there were dents and scratches in the table. Also, we had to make an accurate guess to where the rebound height was by placing our heads in level with the maximum place the ball bounced up to. After looking at the graphs with best-fit lines, there were only a few odd results. This is expected due to the conditions we were in. As the drop height increased the rebound height increased. There were some factors, which we did not take into account, which could have affected the experiment slightly: There could have been a some wind which affected the bounce of the ball The temperature could have increased or decreased from room temperature in which case the bounce of the ball would have been affected. The ball could have hit a dent in the workbench in which case the bounce of the ball would have been affected. The ball could have not been measured properly. I dont think that I had enough evidence to draw a suitable conclusion, as there is always space for improvement. The results I took could not be necessarily that accurate. I could have performed more than three trials on each surface, in which case my average would have become very accurate. If I had better equipment, then my results would be extremely accurate, and the graphs would give would show an extremely positive correlation. If I was given the chance to do this experiment again, I would want to use more high-tech equipment, to get more accurate results. If I could repeat it again, I would want to time the drop, so that I could calculate the velocity (velocity (m/s) = distance(m) / time (sec)) Doing this would have given me the chance to calculate the loss in Kinetic Energy. Another factor I would like to investigate if I could do this experiment again is to see how the bounce between different balls differs. I could take three different balls for example and bounce them on different surfaces, which would give me a good set of results. I think I have overall found out the main factors that affect the bounce of a ball considering the situation that I was in. Rahul Krishnan 11T Physics Coursework MR Inger 26/09/01 ScD4 Show preview only The above preview is unformatted text This student written piece of work is one of many that can be found in our GCSE Electricity and Magnetism section.

How To Choose The Best Papers From The Many Available

How To Choose The Best Papers From The Many AvailableLike all writers you have a lot of notes to deal with in preparing for your analysis essay. You can make some time to type up the outline and write the paper before you get started. However, there is nothing worse than having a huge pile of papers from multiple assignments.If you don't know how to do the typing part, ask an academic journal editor to let you use their services. This will mean that they are not only paying for your services but also providing you with service and expert advice on how to create a good draft. Also ask them for samples of their previous work. They will provide you with a variety of sample papers.The other way to make sure that you are getting enough samples is to turn to an agency that handles research and submission work. These will give you several good samples of essay samples.After typing up the outline, look at the samples of your essays and add the power words. These are the best part of your ess ays. It is also a good idea to read some sample essays before you write yours.Write the essay. Make sure that you get the important details of your essay down on paper. As you write keep notes of important things and remember to tell about the key words you use.Once you have finished typing up your analysis essay, make a list of your essay samples. Add these to your essay draft. This way you have a chance to edit the sections where you may have got lost.Writing and editing is a good idea because it helps you not to make errors. After you have finished editing, give the paper to an editor. A professional editor will give you a good draft and help you turn your essay into a real good one.

Herbert George Wells Essays - H. G. Wells, International PEN, Wells

Herbert George Wells Essays - H. G. Wells, International PEN, Wells Herbert George Wells In History, many writers have tried to touch on stories of science fiction, but were not too successful. One man though, by the name of Herbert George Wells has been considered by some to be the father of modern science fiction.(GeoCities.com) H.G. Wells as some may call him, have had various books, and stories that has made him very famous in the great book world around the nation, as far as modern science fiction goes. Wells best know books include, The Time Machine, The Invisible Man, The War of the Worlds and The Island Of Dr. Moreau. Out of 100 Books Wells wrote fifty of them were top sellers across the United States and many parts of the world. Many Critics seen Well's as a crazy and loony writer because of his illusional mind, But Wells seen his work as a piece of the world that everyone was afraid to touch on, but Wells was the crazy writer that did so. As far as many people were concerned, Wells was considered a great author for his work and one of the best authors of his ti me because of his imagination and delusional sense of mind. His writings were not like any others because he always wrote about the other side of the world no one dares t touch aliens and the world ending at that time. Now many writers have free-fall writing about science fiction because of our more sense on the science fiction life. Wells can be responsible for why we now talk about science fiction, Because in this world many things are still to be discovered and taught about and some people are too scared and afraid to see what is out there and when Wells found science fiction a whole new door opened. At the time this made him different from many writers because of his subjects but he was just as good as good as some and better than a lot. His sense and wonder for science fiction made him unique and very fascinating to the reader world. At First people we scarred to read Wells writing because they didnt know what to expect from a science fiction writer but once they got a hold of his first book they were fascinated, and thats how Wells succeeded. H.G.Wells had a past that was similar to many great writers but his unique backgrounds made him different. Wells was born in Bombay, Kent in 1866.(Geocities.com). His father was a shopkeeper, even though being a shopkeeper wasnt a great job' during those times but Wells father had a family to tend too so he had to do what he had to do. His mother on the other hand served from time to time and, also was a housekeeper at the newly estate. His fathers business failed and to elevate the family to middle class status, Wells apprenticed like his brothers to a draper, spending the years between the years of 1880 and 1883 in Wilson and South sea.(kirjasto.sci.fi/hgwells.com) His career as an author was fostered by unfortunate accident as a young child. He broke his leg in 4 places and spent a mandatory of the time resting and reading almost every book he could find(kirjasto.sci.fi/hgwells.htm). In 1883 Wells became a teache r/pupil at Midwest Grammar School. He was a very good teacher and many of students and staff seen him as a good and great teacher because of his ways he carried on his teaching and the was he taught his literary work. He obtained a scholarship to the Normal School of Science in London and studied their biology under T. H. Huxley.(kirjasto.sci.fi/hgwells.htm) He majored in biology and science and earned his degrees, this had a lot to do with how he got his knowledge for science fiction books and why he was so good at his work. However his intent fluted and in 1887, he left without a degree. He taught in private schools for four years, not taking his Bachelors degree until 1890. The next year he settled in London and by accident he married his cousin. Her name was Isabel, unfortunately he fell in love with her and forced her to marry him, but when he

USS Arkansas (BB-33) in World War II

USS Arkansas (BB-33) in World War II Nation:  United StatesType:  BattleshipShipyard:  New York Shipbuilding, Camden, NJLaid Down:  January 25, 1910Launched:  January 14, 1911Commissioned:  September 17, 1912Fate:  Sunk July 25, 1947, during Operation Crossroads USS Arkansas  (BB-33) - Specifications Displacement:  26,000  tonsLength:  562 ft.Beam:  93.1 ft.Draft:  28.5 ft.Propulsion:  12  Babcock and Wilcox  coal-fired boilers  with oil spray, 4-shaft  Parsons  direct-drive  steam turbinesSpeed:  20.5  knotsComplement:  1,063  men​ Armament (As Built) 12 Ãâ€"  12-inch/50 caliber Mark 7  guns21 Ãâ€"  5/51 caliber guns2 Ãâ€" 21  torpedo tubes USS Arkansas (BB-33) - Design Construction Conceived at the 1908 Newport Conference, the  Wyoming-class of battleship was the US Navys fourth type of dreadnought after the earlier  -,  -, and  -classes.  The first incarnations of the design came about through war games and debates as the earlier classes had not yet entered service.  Central among the conferences findings was the need for increasingly larger calibers of main guns.  During the latter months of 1908, discussions  ensued over the configuration and armament of the new class with various layouts  being considered.  On March 30, 1909, Congress authorized  construction of two Design 601 battleships.  The Design 601 plans  called for a ship approximately 20% larger than the  Florida-class and carrying twelve 12 guns.   Named  USS  Wyoming  (BB-32) and USS  Arkansas  (BB-33), the two ships of the new class were powered by twelve Babcock and Wilcox coal-fired boilers with direct drive turbines turning four propellers.  The arrangement of the main armament saw the twelve 12 guns mounted in  six twin turrets in  superfiring (one firing over the other) pairs forward, amidships, and aft.  To support the main guns, naval architects added twenty-one 5 guns with the bulk placed in individual casemates below the main deck. Additionally, the battleships carried two 21 torpedo tubes.  For protection, the  Wyoming-class utilized the main armor belt eleven inches thick.   Assigned to New York Shipbuilding Corporation in Camden, NJ, construction started  on Arkansas  on January 25, 1910.  Work advanced over the next year and  the new battleship entered the water on January 14, 1911, with Nancy Louise Macon of Helena, Arkansas  serving as sponsor.  Construction concluded the following year and  Arkansas  shifted to the Philadelphia Navy Yard where it entered commission on September 17, 1912, with Captain Roy C. Smith  in command. USS Arkansas (BB-33) - Early Service Departing Philadelphia,  Arkansas  steamed north to New York to take part in a fleet review for President William H. Taft.  Embarking the president, it then carried him south to the Panama Canal construction site before conducting a brief shakedown cruise.  Retrieving Taft,  Arkansas  transported him to Key West in December before joining the Atlantic Fleet.  Taking part in routine maneuvers during the majority of 1913, the battleship steamed for Europe that fall.  Making goodwill calls around the Mediterranean, it arrived in Naples in October and aided in celebrating the birthday of King Victor Emmanuel III.  Returning home,  Arkansas  sailed for the Gulf of Mexico in early 1914 as tensions with Mexico increased. In late April, Arkansas  took part in the US occupation of Veracruz.  Contributing four companies of infantry to the landing force, the battleship supported the fighting from offshore.  During the battle for the city,  Arkansas detachment sustained two killed while two members won the Medal of Honor for their actions.  Remaining in the vicinity through the summer, the battleship returned to Hampton Roads in October.  Following repairs at New York, Arkansas  began three years of standard operations with the Atlantic Fleet.  These consisted of training and exercises in northern waters during the summer months and in the Caribbean in the winter.   USS Arkansas (BB-33) - World War I Serving with Battleship Division 7 in early 1917, Arkansas  was in Virginia when the US entered World War I that April.  Over the next fourteen months, the battleship operated along the East Coast training gun crews.  In July 1918,  Arkansas  transited the Atlantic and relieved USS  Delaware  (BB-28) which was serving with the 6th Battle Squadron in Admiral Sir David Beattys British Grand Fleet. Operating with the 6th Battle Squadron for the remainder of the war, the battleship sortied in late November along with the Grand Fleet to escort the German High Seas Fleet into internment at Scapa Flow.  Detached from the Grand  Fleet on December 1,  Arkansas  and other American naval forces steamed for Brest, France where they met the liner SS  George Washington  which was carrying President Woodrow Wilson to the peace conference at Versailles.  This done, the battleship sailed for New York where it arrived on December 26. USS Arkansas (BB-33) - Interwar Years In May  1919,  Arkansas served as a guide ship for a flight of US Navy Curtiss NC flying boats as they attempted a trans-Atlantic flight before receiving  orders to join the Pacific Fleet that summer.  Passing through the Panama Canal,  Arkansas  spent two years in the Pacific during which time it visited Hawaii and Chile.  Returning to the Atlantic in 1921, the battleship spent the next four years conducting routine exercises and midshipmen training cruises.  Entering the Philadelphia Navy Yard in 1925,  Arkansas  underwent a modernization program which saw the installation of oil-fired boilers, a tripod mast aft, additional deck armor, as well as the trunking of the ships funnels into a single, larger funnel.  Rejoining the fleet in November 1926, the battleship spent the next several years in peacetime operations with the Atlantic and Scouting Fleets.  These included a variety of training cruises and fleet problems. Continuing to serve, Arkansas  was at Hampton Roads in September 1939 when World War II began in Europe.  Assigned to the Neutrality Patrol reserve force along with USS  New York  (BB-34), USS  Texas  (BB-35), and USS  Ranger  (CV-4), the battleship continued training activities into 1940.  The following July,  Arkansas  escorted US forces to the north to occupy Iceland before being present at the Atlantic Charter conference a month later.  Resuming service with the Neutrality Patrol, it was at Casco Bay, ME on December 7 when the Japanese attacked Pearl Harbor. USS Arkansas (BB-33) - World War II Following training activities in the North Atlantic,  Arkansas  arrived at Norfolk in March 1942 for an overhaul.  This saw a reduction in the vessels secondary armament and an enhancement of its anti-aircraft defenses.  After a shakedown cruise in the Chesapeake,  Arkansas  escorted a convoy to Scotland in August.  It repeated this run again in October.  Beginning in November, the battleship began protecting convoys bound for North Africa as part of Operation Torch.  Continuing in this duty until May 1943,  Arkansas  then moved to a training role in the Chesapeake.  That fall, it received orders to aid in escorting convoys to Ireland. In April 1944, Arkansas  commenced shore bombardment training in Irish waters in preparation for the invasion of Normandy.  Sortieing on June 3, the battleship joined Texas  in Group II before arriving off Omaha Beach three days later.  Opening fire at 5:52 AM,  Arkansas first shots in combat struck German positions behind the beach.  Continuing to engage targets through the day, it remained offshore supporting Allied operations for the next week.  Operating along the Norman coast for the rest of the month, Arkansas  shifted to the Mediterranean in July to provide fire support for Operation Dragoon.  Striking targets along the French Riviera in mid-August, the battleship then sailed for Boston. Undergoing a refit,  Arkansas  prepared for service in the Pacific.  Sailing in November, the battleship reached Ulithi in early 1945.  Assigned to Task Force 54,  Arkansas  took part in the invasion of Iwo Jima beginning on February 16.  Departing in March, it sailed for Okinawa where it provided fire support for Allied troops following the landings on April 1.  Remaining offshore into May, the battleships guns bombarded Japanese positions.  Withdrawn to Guam and then the Philippines, Arkansas  remained there into August.  Sailing for Okinawa late in the month, it was at sea when the word was received that the war had ended. USS Arkansas (BB-33) - Later Career Assigned to Operation Magic Carpet,  Arkansas  aided in returning American servicemen from the Pacific.  Employed in this role through the end of the year, the battleship then remained at San Francisco through the early part of 1946.  In May, it departed for Bikini Atoll via Pearl Harbor.  Arriving at Bikini in June, Arkansas  was designated as a target ship for the Operation Crossroads atomic bomb testing.  Surviving Test ABLE on July 1, the battleship was sunk on July 25 following the underwater detonation of Test BAKER.  Officially decommissioned four days later,  Arkansas  was struck from the Naval Vessel Register on August 15. Selected Sources DANFS: USS  Arkansas  (BB-33)NHHC: USS  Arkansas  (BB-33)U-boat.net: USS  Arkansas  (BB-33)

Public resource management Essay Example | Topics and Well Written Essays - 3000 words

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Language in society Assignment Example | Topics and Well Written Essays - 1750 words

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