How to reflate Frances economy Essay Example for Free

How to reflate Frances economy Essay Introduction There are two different ways to help France’s economy get back on track. They are austerity and growth. Austerity programs consist in a set of policies established by governments in financial debt difficulties. These policies aim to reduce spending for public goods and services. (Example in France, with president Sarkozy, approximately 150.000 civil servants were fired, this decreased the amount of money used to pay civil servants in France, which in turn, made it possible to run the country without having to borrow as much money). Growth programs consist in increasing the GDP and spending money, to reflate the economy. Of course this money has to come from somewhere, so growth programs often include imposing a lot of taxes. (Example in France, with president Hollande, taxes were imposed on bank profits, and taxes on the richest part of the population were increased). Economists are very divided on this subject, and both of theoretically work; it depends of the situation we are in. Economic Program Austerity is a short term solution only; a country’s economy cannot rely on it forever. This is why as a president; it would be good to start by making the debt of France smaller, then using this to our advantage, and Firstly, we have to make France more competitive. To do this, we will change the work time of the French, and their minimum age of retirement. Today, the French work on a minimum basis of 35 hours per week, and retire at a minimum age of 60. To make France more competitive, we will change these to 40 hours, and an age of 64. The average life span keeps on rising thanks to better health care; it would only go well for the economy if people were to work a few years more, because there would be less to pay for people who work. The 40 hours will be payed the same, because if there were the same amount of workers in a company but all of them had to be payed more, the company in question would either lose money in paying them, or fire a part of them. To increase competitivity, we have to make the price of production in France lower, so that fewer companies send their production in China for example. To do so, we have to lower the national insurance contribution payed by the employer to pay his workers in France. Products that are made in France will therefore be more expensive because the workers are payed in France than in China for example. To counter this, we will add a tax on products (depending on the price of the product) made in countries that have very cheap labor. (China, Vietnam, Turkey, Thailand, etc†¦) This will bring part of the production back to France, and the loss of money in the lowering of the national insurance contribution will be compensated by the tax. Next, we will reduce the salaries of the ministers and the president. The salaries of the ministers is now of 9940 euros (Under president Hollande), which will be reduced by 30%, leaving them with 6660 euros per month. The salary of the president is now of 14 910 euros (Under president Hollande); it will be reduced by 40%, leaving the president with 8950 euros per month. We would also stop having mayors in every single city, and do like in the U.S.A, which is to instate a governor for each department. This governor would be in charge of all the cities in his department, and when a decision is to be made, 20 inhabitants of the department will be called, to hold a â€Å"committee† and make the decision. It will be a duty, which means the inhabitants will have to go. This will help the economy, as there will be only one person to pay per department, and not dozens of mayors, it also gives a â€Å"voice† to the citizens in decision making. There are many people who are unemployed in France (10%) and receive unemployment benefit for a very long time, without trying to find work. As this does not motivate them to find one because they receive money without doing anything, we will keep on giving this unemployment benefit, but only for 2 months, the time for them to find work. This reform will motivate them to find work, this way they will be productive, therefore helping a company or industry to grow, and money will not be wasted. This change will of course also make unemployment decrease. Small companies are very important to the economy, as they might end up as the next multinationals, but they are heavily taxed, which makes them very hard for them to grow. If we make these taxes smaller, people would be encouraged to start their own companies, and this will create employment. Small companies that are already created will grow faster, and will create jobs, which will make the company itself more productive. These jobs will be there for the population receiving unemployment benefit. There will be a loss if we just relieve taxes on small companies, so we will compensate this by taxing bigger companies, which have already emerged, because they will not be affected by a tax as much as a small company. (The tax in question will not be too strong; it will just be enough to compensate for the loss in the tax relief on smaller companies) Education is a very important part of the French economy. Schools are here to â€Å"train† the future generations of workers. Access to education is free today in France, but the quality of this education is sometimes questionable. Firstly, there are not enough professors in the schools. It is logical that if there were to be one professor for 25 students, the quality of the education they would receive would be better than today, where we have in average one professor for 30 students. To compensate this lack of professors in schools, we will create 12000 jobs for professors in school; this will make the student/professor ratio smaller, which will increase the quality of the education received. To become a professor, you have to be â€Å"trained† two years in a university. This is not enough, considering the disciplinary problems in some schools. Professors should have 3 years of complete training, which would include a deeper disciplinary course, teaching methods, etc†¦ The principal sectors of production of France are agriculture, energy, tourism, trade and industry (France is one of the first industrial powers worldwide). Mass market retailing is choking the sector of trade, as it attracts the clients of little traders and makes mass profit out of it; it also allows itself to buy products at very low prices from producers (Farmers in the case of a supermarket). To resolve this problem, we would add a tax on products bought in mass market retailing services, which would bring clients back to the little traders, so that they don’t die out. Little trades do not buy products as low priced as supermarkets do, which would make money for producers. In the case of a supermarket, the trade and agriculture sector would both benefit from this tax. A French household produces in average 16.4 tons of Co2 every year; this is far too much. To avoid this, and preserve the environment, a tax will be imposed on households that end the year with more than 16 tons; of course this number will decrease every year to improve the given results. Renewable energies provide 13% of the electricity needed in France, nuclear energy provides 76% and fossil fuels provide 11%. We would invest in research for renewable energies (Hydro-energy, wind energy, solar energy), and close down the most risky nuclear reactors. (For example the 4 reactors in Blayais, Braud-et-Saint-Louis, which are not very productive and are very old and unsafe). Conclusion As a president, I would go towards austerity first, to reduce the debt of France, and to have more possibilities in my actions later. France is already in a dangerous situation, and going into a politic of growth would be spending too much money that we don’t have (Which is why I chose austerity as a short term solution), and it would be too much, France would go into a recession. After a period of austerity (Which means: after having reduced the debt), I would have gone in a politic of growth, which would have thrown France’s economy back on track.

There are NO Just and Holy Wars Essay -- Christian Crusades, Terrorist

War can often be considered an evil act, an act of aggression against another country for economic or social gain, or can be considered a noble event of justice, a defense mechanism of a protectorate country helping a country in need. However, sometimes the issue of war is mingled with religion, which brings the value of war into question. In some religions, war is considered noble and a gateway to heaven. A jihad in Islam is an example of this type, where some Muslims believe that attacking the â€Å"infidel† is considered strong promotion of their religion. However, in many religions the ethics of a Holy War, loosely defined as â€Å"any war that is regarded as a religious act or is in some way set in a direct relation to religion,† (Erdmann 3)) is in a very grey area. Christianity is one of those religions. Starting in the late 11th century, the Christian church started a series of Holy Wars called the Crusades. After looking at the motives for the war and the teachings of Jesus, the supposed basis of Christianity, it seems as if these wars were not actually representative of how Christians should act toward conflict even though they were considered for the good of the church. Onward Christian Soldiers The view of the Church towards war from its inception in the first century until 1095, when Pope Urban II officially called Christians together to fight in the first Crusade, changed drastically according to Thomas Madden (1). In the first hundred years after the death of Christ war was seen for only stately gain by the Roman state, which was persecuting Christians. However, the conversion of Emperor Constantine brought a union between the state and Christianity. War became a necessary tool, but due t... ... I mentioned before, Osama bin Laden proclaimed his attack on the World Trade Center a holy war. While the world looked back and could not understand how this could be considered holy, if one were to look back they could see similarities between the Christian Crusades and the terrorist attacks. When I was looking for websites on just war theory of St. Augustine, nearly every single site I found had a discussion on whether the possible action by the United States in Iraq would be justified according to St. Augustine. Most declared that it would be justified based on the actions of Iraq over the past decade and our status as a world leader with an international council such as the United Nations. It is nice to know that the information from the Crusades can help us now, but I prefer knowing that the Christian church has not repeated its action in the past 500 years.

Student Learning Achievement In Cambodia

Since the prostration of the Pol Pot government until early 2000s the term Student Learning Achievement was on occasion mentioned. The authorities at that clip basically focused on how to garner kids and grownups to travel to school to larn from the people who merely had better cognition than their pupils. As a consequence, merely between 1998 and 2003 the per centum of kids come ining primary school expanded by about 36 per centum ( EMIS, 2003 ) . But with the singular additions in Numberss of pupil registration the instruction quality, in general, seem to be difficult to better. MoEYS recognizes that careful attending must be given to guarantee that policy-led determinations are harmonic with improved larning achievementaˆÂ ¦ Most schools do non carry through expected minimal contact hours per twelvemonth. Continuous schoolroom monitoring of single pupils ‘ command of indispensable acquisition competences and accomplishments, linked to ongoing redress, and regular, independent ‘auditing ‘ of educational quality and criterions have yet to be translated into plans that can be implemented countrywide ( EFA National Plan 2003-2015, p.25 ) . If the quality issues had been asked for, specifically the pupil larning results, the chief mechanism that many people normally have been referred to, even up to now, is through national scrutiny. But is it sensible if national scrutiny will be used for turn outing the pupil larning results? While analysis of scrutiny consequences can supply penetrations into pupil accomplishment and can place schools in which pupil public presentation is weak, its value is limited. One restriction is that public scrutinies normally test merely narrow countries of a course of study. This is partially because a limited figure of topics can be examined ; it is besides because within these topics, the focal point of the scrutiny tends to be on course of study content and competences that will maximise favoritism between pupils who will be selected for farther instruction and those who will non. The accomplishments of lower-performing pupils as a consequence may non be adequately represented ( Kellaghan and Greaney, 2004, P. ? ) . It is agreed with the statement of Kellghan and Greaney and is believed that scrutiny is non the right manner for measuring the pupil larning results. Additionally, Bethell stated that: â€Å" The premier intent of an scrutiny system is to supply each campaigner with a consequence which accurately reflects her/his degree of accomplishment. The usage of the consequence, e.g. for university choice or as an employment making, is aimed at the person. In contrast, the intent of a sample-based national appraisal is to supply dependable informations on the effectivity of the system as a whole ( 2003, P. ? ) . † Furthermore, Hernes, Director of International Institute for Educational Planning ( IIEP ) , noted that â€Å" aˆÂ ¦ Assessment has become over the old ages an of import key to the betterment of the quality of instruction. It is one of the most dependable ways of placing jobs, whether these are the system degree, of school degree, or concern the single pupil † ( UN ESCO, IIEP 2001, P. ? ) . The constructs of Education Assessment have been applied in many countries/ organisations, although they have different intents, models and attacks, such as Southern and Eastern Africa Consortium for Monitoring Educational Quality ( SAQMEC ) , Trends in International Mathematics and Science Study ( TIMSS ) , Programme for International Student Assessment ( PISA ) and so forth. TIMSS, for illustration, is an international appraisal of the mathematics and scientific discipline cognition of 4th and eighth-grade pupils around the universe. TIMSS is conducted every four twelvemonth. The chief end of TIMMS is to supply comparative information about educational mathematical accomplishment across states to better instruction and acquisition in mathematics and scientific discipline ( TIMSS International Report, 2007 ) . The TIMSS consequences so provide comparative positions on tendencies in academic achieving in the context of different educational systems, school organisational attacks, and instructional patterns. PISA, on the other manus, is a collaborative attempt undertaken by all member states of the Organization for Economic Co-operation and Development, ( OECD ) and a figure of non-member spouse states to mensurate how well pupils, at age 15, are prepared to run into the challenges they may meet in future life. The PISA appraisal takes a wide attack to measuring cognition, accomplishments and attitudes that reflect current alterations in course of study, traveling beyond the school based attack towards the usage of cognition in mundane undertakings and challenges. The accomplishments acquired reflect the ability of pupils to go on larning throughout their lives by using what they learn in school to non-school environments, measuring their picks and doing determinations. The appraisal, jointly guided by the take parting authoritiess, brings together the policy involvements of states by using scientific expertness at both national and international degrees ( PISA, 2006 ) . In peculiar the continent of Africa, the Southern and Eastern Africa Consortium for Monitoring Educational Quality ( SACMEQ ) is an international non-profit developmental organisation of 15 Ministries of Education in Southern and Eastern Africa. The state members decided to work together to portion experiences and expertness in developing the capacities of instruction contrivers to use scientific methods to supervise and measure the conditions of schooling and the quality of instruction, with proficient aid from UNESCO International Institute for Educational Planning ( IIEP ) . The consequences of SACMEQ have been used extensively by assorted institutions/stakeholders, Ministries of Education ( MOE ‘s ) , international/bilateral organisations, universities, and single educational contrivers and research workers, within the take parting states as a resource for instruction sector surveies and as baseline information that can be employed in policy treatments and arguments about t he conditions of schooling and the quality of instruction ( SACMEQ, 2010 ) . The Vietnamese Ministry of Education and Training ( MoET ) launched a large-scale monitoring survey of primary instruction in 2000, the first of its sort in the state. The survey tested students and their instructors in the last class of primary instruction ( Grade 5 ) , utilizing a sample cross sectional study in two key capable countries, reading comprehension in Vietnamese and mathematics. The survey tried to happen the chief issues and propose policy recommendations in order to raise the pupil accomplishment, to better the system effectivity, to shut the spread between the top and bottom through compensatory support, to compensate emerging societal differences, and to mensurate the student accomplishment through regular testing ( mentions? ) . At the present twenty-four hours, there is a turning consciousness of similar issues in Kampuchean instruction policy paperss such as the Education for All ( EFA ) program 2003-2015, Education Strategic Plan ( ESP ) 2006-2010 and Education Sector Support Program ESSP ) 2006-2010.The inquiries of quality, the steps to accomplish the quality ends and marks have been received more and more attending. Additionally, in the Ministry of Education Youth and Sport ( MoEYS ) course of study reform lineation, the minimal criterions for classs 3, 6 and 9 in topics of Khmer, Social Study and Mathematics were established ( MoEYS, 2006 ) ; and late, a new establishment that considers instruction quality ( called the Quality Assurance Department ) has been established ( MoEYS, 2009 ) . Statement of the Problem Although the schemes to accomplish the results and marks of the policy were set in about the full Ministry policy paperss, for illustration, â€Å" Implement the minimal criterions of pupil accomplishment for classs 3, 6 and 9 countrywide, guarantee a shared apprehension of minimal criterions amongst instructors, parents and other stakeholders and follow up on the consequences of the trials in the countrywide school study cards ( ESP 2006-2010, p.14 ) , † The minimal criterions of above classs were illustrated, the information or indexs on existent accomplishment in quality and results of larning have non been yet presented, except some proxy indexs demoing about publicity and repeat rates. The supra related information can be seen in some instruction spouse surveies such as UNICEF ( Prak Phalla, 2005 ) and World Bank based undertakings, Education Quality Improvement Project ( Marshall, 2004 ) , Save the Children Norway ( SCN,2007 ) and Cambodia Education Sector Support Projec t ( CESSP, 2006, 2008, 2009 ) . In the Education Strategic Plan ( ESP ) 2006-2010, the Sector Performance Milestones and Targets tables shows the marks for about all indexs but there are spaces for indexs of per centum of pupils run intoing course of study criterions in Khmer and Math based on standardised trial at Grade 3, 6 and 9 ( Appendix A, Table II: Quality and Efficiency, ESP 2006-2010 ) . Furthermore, if the inquiry about how good the pupils at grade 3 or 6 or 9 can accomplish compared with the course of study criterions the reply will non be easy to happen. There is really small grounds in Cambodia related to prove execution. One of them is a study from execution of a undertaking called Education Quality Improvement Project ( EQIP ) which was supported by the World Bank from 1999 to 2003. One of the EQIP undertakings was to prove all Grade 4 pupils of the undertaking coverage states ( Kandal, Kampot and Takeo ) . Specifically, the chief intent of the trial was to detect the impact from the execution of undertaking grants on assorted activities by the schools, i.e. to compare the pupil accomplishments in Numeracy and Literacy at the beginning of the undertaking and terminal of the undertaking period ( EQIP Final Report, 2004 ) . In 2005, MoEYS/Pedagogical Research Department ( PRD ) with aid from UNICEF started implementing a undertaking on Grade 6 Learning Achievement by carry oning the trial on mathematics and Khmer. The aims of the undertaking were to supply information on pupils ‘ larning accomplishment in the province school including the Child Friendly Schools ( CFS ) to MoEYS, UNICEF and relevant stakeholders ; to set up a baseline degree for Grade 6 larning accomplishment for the new course of study and criterion ; to compare the pupil consequences between CFS and non-CFS schools ; to roll up informations for usage for a alteration of the Grade 6 course of study, text editions and instructors ‘ manuals and auxiliary teaching/learning stuffs ; and to happen out the existent state of affairs of larning accomplishment in primary schools. In his study, Prak ( UNICEF, 2005 ) recommended that â€Å" more standard points should be put in. This is because in this trial non all Grade 6 course of study criterions on Khmer and Math have been tested owing to a clip and budget restraint ( p. ? ) † . Purpose and Significance The course of study criterions ( minimal criterions ) for Grade 3, 6 and 9 had been established since 2006 ( Appendix B ) but until now there is no papers or study depicting how the pupils perform compared with the criterions. This paper, hence, efforts to exemplify the consequences of one of the above class degree ( Grade 9 ) , so the research findings will non merely be used for carry throughing the losing informations in the ESP papers for the defined twelvemonth but besides to show how good the Grade 9 pupil can accomplish comparing with the official curriculum criterion. More significantly, the findings will explicate why the pupils are perchance really good or hapless in some content countries of the course of study, for illustration, what possible grounds cause them to be good in work outing job by utilizing graph or, contrastingly, they are hapless in happening length of discharge Besides this, as we live in the planetary context and as the instruction systems are bit by bit developed we need to exemplify that sort of consequences to compare with other states in the parts or/and well-known organisations such as TIMMS, PISA, etc. Research Question More specifically, this papers tries to reply these research inquiries: What is the overall mean degree of pupil larning accomplishment in Mathematicss in sample schools in comparing to the national criterion? How make the norms in Mathematics vary by content and sub-content country? Are there important differences in the acquisition accomplishment by location, gender and socioeconomics by quintile?Research MethodsWith the support from the Kampuchean Education Sector Support Project ( CESSP ) / MoEYS, the National Assessment unit has conducted several trials in different class degrees, three, six and nine, since 2005. The overarching intent of the MoEYS appraisal work is to supply a system-wide diagnosing of school quality and pupil acquisition. This is done utilizing standardised trials that measure the functionary, or intended, course of study based on points created by MoEYS forces. Since I am one of the members of this unit I have discussed with the squad members to plan some peculiar undertakings for this survey purpose along with the chief undertakings of the undertaking. Sampling Technique and Sample Size This is a theoretical account of diagnostic appraisal which requires merely representative sample of schools to stand for the state as the whole. With a full support from CESSP/World Bank a scope of trying technique and sample size was produced. The type of sample was defined as two-stage bunch sample. This was done in five stairss: 1 ) specifying the population: the class nine population is restricted to take down secondary schools, EMIS information 2008, that have at least one grade nine category with 20 or more pupils ; 2 ) make up one's minding how many schools are required: 200 schools were selected by utilizing trying package produced by IIEP ( called IIEPSAMP ) with the Effective Sample Size ( ESS ) of 400 ( Appendix C ) ; 3 ) specifying the strata: the strata here referred to the three chief parts in the state: Urban, Rural and Remote ; 4 ) choosing the schools: the package so produced 50 schools in urban, 139 in rural and 11 schools in distant countries ( Appendix D ) ; and, 5 ) choosing the pupils within each school: 30 pupils per school were indiscriminately selected so the sum of pupils were about 6,000. Restrictions of the method adopted. Research Tools The range of this survey is really seen as a really large survey nevertheless, as above mentioned, the readying for this survey was carried out alongside with the MoEYS undertakings which being involved by related ministry departments/staff therefore some of the related results/findings can be considered and used as the findings of this survey. With the intent of comparing the degree of pupil accomplishment in math the curriculum trial design ( Appendix E ) , test brochures and official course of study criterions are basically needed. In add-on, in order to detect the deduction to the pupil achievement the information from pupil and instructor interview is besides required. Datas Analysis The points produced by the MoEYS specializers covered the content and sub-content countries of the intended course of study in general ( Appendix E ) . For this survey purpose the points related to course of study criterions will be defined. Descriptive Statisticss: This will summary the information particularly the pupil accomplishment in mean per centum correct ( average ) and standard divergences are besides used when appropriate. Comparisons of Meanss: Since the sample is divided into three types of school locations ( parts ) , male and female pupils participated and the pupils came from different socio-economic position t-test, ANOVA or/and chi-square could be used for gauging the differences among those variables. By making this we can demo the differences existed in the content and sub-content countries, later, we will research for what countries have the highest comparative tonss, what is the lowest, etc. Then the consequences that relate to the course of study criterions can be explored, and therefore we can reason about how the Grade 9 pupils achieved when they finished their category. The spreads between pupils like urban-rural, poor-rich, boys-girls, etc will besides be demonstrated. More significantly, from consequences in Numberss we will seek to research what make consequences intend in footings of what pupils can really make and why they performed ill in some peculiar content countries of the course of study. The consequences, so, will go the first findings in such field and may likely essential for some stakeholders.AppendixAppendix A:Table Two: Quality and Efficiency ( Promotion and repeat 2003-04 rate are used for baseline 2004-05 )IndexBaselineTargetTargetTargetTargetTargetBeginn ing:2004-052005-062006-072007-082008-092009-10Pupil teacher ratioEMIS – Primary 53.5 51.0 50.0 50.0 50.0 50.0 – Lower Secondary 27.7 37 41 45 45 45 – Upper berth Secondary 29.4 35 38 40 40 40Promotion rateEntireFemaleMaleEntireFemaleMaleEntireFemaleEntireFemaleEntireFemaleEntireFemaleEMIS – Class 1 64.8 % 65.4 % 64.2 % 92 % 92 % 92 % 93 % 93 % 94 % 94 % 95 % 95 % 95 % 95 %A– Class 3 77.3 % 78.9 % 75.7 % 93 % 93 % 93 % 93 % 93 % 94 % 94 % 95 % 95 % 95 % 95 %A– Class 6 86.6 % 86.3 % 86.9 % 93 % 93 % 93 % 93 % 93 % 94 % 94 % 95 % 95 % 95 % 95 %ARepeat rateEntireFemaleMaleEntireFemaleMaleEntireFemaleEntireFemaleEntireFemaleEntireFemaleEMIS – Class 1 23.6 % 22.4 % 24.9 % 6 % 6 % 6 % 5 % 5 % 4 % 4 % 4 % 4 % 4 % 4 %A– Class 3 13.2 % 11.3 % 15.4 % 6 % 6 % 6 % 5 % 5 % 4 % 4 % 4 % 4 % 4 % 4 %A– Class 6 2.6 % 2.2 % 3.1 % 2 % 2 % 2 % 2 % 2 % 2 % 2 % 1 % 1 % 1 % 1 %ACompletion rateEntireFemaleMaleEntireFemaleMaleEntireFemaleEntireFemaleEntireFemaleEntireFemaleEMIS – Primary 46.8 % 45.7 % 47.9 % 60 % 60 % 60 % 70 % 70 % 80 % 80 % 90 % 90 % 100 % 100 %A– Lower secondary 20.6 % 20.0 % 21.2 % 30 % 30 % 30 % 40 % 40 % 50 % 50 % 60 % 60 % 75 % 75 %ALiteracy rate 67.1 % 60.3 % 74.7 % 70 % 67 % 73.1 % 75 % 73 % 80 % 78 % 85 % 84 % 90 % 90 %ANumber of pupils go throughing grade 12 scrutiny33,834 37,500 40,000 50,000 60,000 70,000 EMIS% of pupils run intoing course of study criterions in Khmer Language based on standardised trial at:APRD/DGE – Class 3Ato be determined to be determined to be determined to be determined to be determinedA– Class 6Ato be determined to be determined to be determined to be determined to be determinedA– Class 9Ato be determined to be determined to be determined to be determined to be determinedA% of pupils run intoing course of study criterions in Mathematicss based on standardised trial at:PRD/DGE – Class 3Ato be determined to be determined to be determined to be determined to be determinedA– Class 6Ato be determined to be determined to be determined to be determined to be determinedA– Class 9Ato be determined to be determined to be determined to be determined to be determinedAAppendix B: Grade 6 Curriculum StandardStrandGrade 6NumberRead, count, write, order and compare whole Numberss non transcending 7 figures and Numberss with denary fractions to two denary topographic points Read, write, order and comparison fractions and assorted Numberss. Round denary Numberss to the nearest whole figure. Add, subtract, multiply and divide whole Numberss utilizing three types of brackets ( [ , ( , { ) Add and subtract fractions with the same denominator. Add and subtract denary Numberss with two denary topographic points. Multiply and divide Numberss up to 4 figures by 2 figures. Use appraisal schemes to look into generation, add-on and division of whole Numberss. Rename common fractions ( less than one ) as decimals and per centums Calculate simple ratios and direct proportions ( eg 2 people need 4 cups of H2O so 6 people need 12 ) . Calculate norm costs, net income and loss, and write and verify grosss.MeasurementUse criterion mensurating instruments and read graduated tables to the nearest step to find: Length from kilometers to millimeters ( eg. wood, roads ) Capacity from liters to milliliters ( eg. medical specialty, cooking oil ) Weight ( mass ) from kg to gms ( eg veggie, rice and meat ) Time from hours to seconds Read and show accurately clip in parallel, digital, 12 and 24 hours representations Interpret a simple graduated table saloon on a map and utilize the map to cipher distance between topographic points Calculate norm travel times utilizing given velocities and distancesGeometryName types of angles ( ague, right, obtuse and consecutive line ) up to 180A ° and concept angles utilizing swayers, protractors and compasses Draw and label circles utilizing the undermentioned footings: radius, Centre, diameter and perimeter Make theoretical accounts of prisms, cones, pyramids, cylinders and domains Measure and happen the margin and country of trigons, squares, and rectangle Find the volume of solids made up of unit regular hexahedrons.StatisticsConcept and construe informations presented in tabular arraies, line graphs, saloon chart and pie charts.AlgebraANDFormFind the value of simple algebraic looks utilizing permutation methods affecting add-on and minus. ( eg. 3 + B = ? , 8- b= ? where B is 4 ) Simplify simple algebraic looks utilizing add-on and minus methods. ( eg. 4x + 2x = ? )ReasoningExplain a short concatenation of concluding used to near and work out a job that involves an analysis of informations through the choice and usage of mathematical techniques.Appendix C. Sample Design TableMegahertz:Intraclass Correlation ( ICC ) :0.200.300.400.500.6020 Schools 150159197235 273 Students 3,0003,1803,9404,700 5,460 25 Schools 150151190228 266 Students 3,7503,7754,7505,700 6,650 30 Schools 150150185223 262 Students 4,5004,5005,5506,690 7,860 35 Schools 150150181220 259 Students 5,2505,2506,3357,700 9,065 40 Schools 150150179218 257 Students 6,0006,0007,1608,720 10,280 Beginning: TIMSS 2004 Report, Chapter 5 ( Table 5.2 ) . Notes: For this survey a Minimum Cluster Size ( MCS ) of 30 was used, although in a little per centum of schools there were fewer than 30 grade nine pupils enrolled. Calculations of the ICC from old pupil appraisals in Cambodia suggest an norm of approximately 0.30. The MoEYS grade nine sample of 200 schools and approximately 6,000 pupils is larger than the minimal sample predicted for an MCS of 30 and ICC of 0.30.Appendix D: Comparison of School Strata in Population and SamplesStratums:Schools in Population:Number of Schools in Sample:Raw TotalPercent*( % )Raw TotalPercent*( % )Weighted Percent ( % )1. Urban 140 28.0 50 25.028.02. Rural 776 70.7 139 69.970.83. Remote 28 1.3 11 5.01.2Sum: 944 100.0 200 100.0100.0Beginning: EMIS and MoEYS Assessment, 2007-2009 *Refers to per centum of entire pupil population, non per centum of schools. The Numberss in the far right column ( in bold ) refer to the leaden sample that is used for the analysis.Appendix E: Grade 9 Curriculum Blueprint and Item Analysis SummariesNo Content Area Sub-Content Area Cognitive Skill Item%Cognition Understanding Application Analyzing 1 Number Operation in Integer 1 1 0 0 20 20 % Operationss in Power 1 2 0 0 Taking figure out of a root 1 2 0 0 Taking figure into the root 1 2 0 0 Operationss on a root 1 2 2 1 Finding a per centum of a figure 1 1 1 0 2 Algebra Linear equation 2 4 1 1 50 50 % A system of equations in two variables 2 3 1 1 Inequality and inequality systems 2 3 1 0 Quadratic equation 2 4 1 0 Distance between two points in Orthonormial grid 2 3 1 0 Equation of line 3 4 2 0 Solving a system equations and inequality by utilizing graph 2 4 1 0 3 Statisticss Probability 1 2 1 1 10 10 % Representative statistics 1 1 0 0 Analysis statistics 1 2 0 0 4 Geometry Thales theory 2 3 1 1 20 20 % Similar trigons 2 3 1 0 Trigonometry 1 2 1 0 Finding the length of discharge and angle of circle 1 2 0 0

Battle of Tarawa in World War II

The Battle of Tarawa was fought November 20-23, 1943, during World War II (1939-1945) and saw American forces launch their first offensive into the central Pacific. Despite massing the largest invasion fleet to date, the Americans suffered heavy casualties during and after landing on November 20. Fighting with fanatic resistance, nearly the entire Japanese garrison was killed in the battle. Though Tarawa fell, the losses incurred led the Allied high command to reassess how it planned and conducted amphibious invasions. This led to significant changes that would be employed for the remainder of the conflict. Background Following the victory at Guadalcanal in early 1943, Allied forces in the Pacific began planning for new offensives. While General Douglas MacArthurs troops advanced across northern New Guinea, plans for an island hopping campaign across the central Pacific were developed by Admiral Chester Nimitz. This campaign intended to advance towards Japan by moving from island to island, using each as a base for capturing the next. Beginning in the Gilbert Islands, Nimitz sought to next move through the Marshalls to the Marianas. Once these were secure, the bombing of Japan could commence prior to a full-scale invasion (Map). Preparations for the Campaign The starting point for the campaign was the small island of Betio on the west side of Tarawa Atoll with a supporting operation against Makin Atoll. Located in the Gilbert Islands, Tarawa blocked the Allied approach to the Marshalls and would impede communications and supply with Hawaii if left to the Japanese. Aware of the islands importance, the Japanese garrison, commanded by Rear Admiral Keiji Shibasaki, went to great lengths to turn it into the fortress. Leading around 3,000 soldiers, his force included Commander Takeo Sugais elite 7th Sasebo Special Naval Landing Force. Working diligently, the Japanese built an extensive network of trenches and bunkers. When complete, their works included over 500 pillboxes and strong points. In addition, fourteen coastal defense guns, four of which had been purchased from the British during the Russo-Japanese War, were mounted around the island along with forty artillery pieces. Supporting the fixed defenses were 14 Type 95 light tanks. The American Plan To crack these defenses, Nimitz dispatched Admiral Raymond Spruance with the largest American fleet yet assembled. Consisting of 17 carriers of various types, 12 battleships, 8 heavy cruisers, 4 light cruisers, and 66 destroyers, Spruances force also carried the 2nd Marine Division and part of the US Armys 27th Infantry Division. Totaling around 35,000 men, the ground forces were led by Marine Major General Julian C. Smith. Shaped like a flattened triangle, Betio possessed an airfield running east to west and bordered Tarawa lagoon to the north. Though the lagoon water was shallower, it was felt the beaches on the north shore offered a better landing location than those on the south where the water was deeper. On the north shore, the island was bordered by a reef that extended around 1,200 yard offshore. Though there were some initial concerns as to whether landing craft could clear the reef, they were dismissed as planners believed the tide would be high enough to allow them to cross. Forces Commanders Allies Major General Julian C. SmithVice Admiral Raymond Spruanceapprox. 35,000 men Japanese Rear Admiral Keiji Shibasakiapprox. 3,000 soldiers, 1,000 Japanese laborers, 1,200 Korean laborers Going Ashore By dawn on November 20, Spruances force was in place off Tarawa. Opening fire, the Allied warships began pounding the islands defenses. This was followed at 6:00 AM by strikes from carrier aircraft. Due to delays with the landing craft, the Marines did not move forward until 9:00 AM. With the end of the bombardments, the Japanese emerged from their deep shelters and manned the defenses. Approaching the landing beaches, designated Red 1, 2, and 3, the first three waves crossed the reef in Amtrac amphibious tractors. These were followed by additional Marines in Higgins boats (LCVPs). As the landing craft approached, many grounded on the reef as the tide was not high enough to allow passage. Quickly coming under attack from Japanese artillery and mortars, the Marines aboard the landing craft were forced to enter the water and work their way towards shore while enduring heavy machine gun fire. As a result, only a small number from the first assault made it ashore where they were pinned down behind a log wall. Reinforced through the morning and aided by the arrival of a few tanks, the Marines were able to push forward and take the first line of Japanese defenses around noon. A Bloody Fight Through the afternoon little ground was gained despite heavy fighting all along the line. The arrival of additional tanks bolstered the Marine cause and by nightfall the line was approximately half-way across the island and nearing the airfield (Map). The next day, the Marines on Red 1 (the westernmost beach) were ordered to swing west to capture Green Beach on Betios west coast. This was accomplished with the aid of naval gunfire support. The Marines on Red 2 and 3 were tasked with pushing across the airfield. After heavy fighting, this was accomplished shortly after noon. About this time, sightings reported that Japanese troops were moving east across a sandbar to the islet of Bairiki. To block their escape, elements of the 6th Marine Regiment were landed in the area around 5:00 PM. By the end of the day, American forces had advanced and consolidated their positions. In the course of the fighting, Shibasaki was killed causing issues among the Japanese command. On the morning of November 22, reinforcements were landed and that afternoon the 1st Battalion/6th Marines began an offensive across the southern shore of the island. Final Resistance Driving the enemy before them, they succeeded in linking up with the forces from Red 3 and forming a continuous line along the eastern part of the airfield. Pinned into the eastern end of the island, the remaining Japanese forces attempted a counterattack around 7:30 PM but were turned back. At 4:00 AM on November 23, a force of 300 Japanese mounted a banzai charge against the Marine lines. This was defeated with the aid of artillery and naval gunfire. Three hours later, artillery and air strikes commenced against the remaining Japanese positions. Driving forward, the Marines succeeded in overrunning the Japanese and reached the eastern tip of the island by 1:00 PM. While isolated pockets of resistance remained, they were dealt with by American armor, engineers, and air strikes. Over the next five days, the Marines moved up the islets of Tarawa Atoll clearing the last bits of Japanese resistance. Aftermath In the fighting on Tarawa, only one Japanese officer, 16 enlisted men, and 129 Korean laborers survived out of the original force of 4,690. American losses were a costly 978 killed and 2,188 wounded. The high casualty count quickly caused outrage among Americans and the operation was extensively reviewed by Nimitz and his staff. As a result of these inquiries, efforts were made to improve communications systems, pre-invasion bombardments, and coordination with air support. Also, as a significant number of the casualties had been sustained due to the landing craft beaching, future assaults in the Pacific were made almost exclusively using Amtracs. Many of these lessons were quickly employed in the Battle of Kwajalein two months later.