Early childhood learning Essay Example | Topics and Well Written Essays - 250 words

Early childhood learning - Essay Example Cognitive Development helps children in improving in areas such as music, art, mathematics, logical reasoning, recognition of symbols and manipulative skills. These types of areas improve the mental capabilities of children and help them in learning more though different forms. At very early age, children must be taught how to behave socially. Developing social and personal aspects includes learning through self-concept, temperament, aggression, stereotypes and different stages of social behaviour. Every person has to encounter with different situations and different people in life, therefore early development in these areas help children to deal with such people and situations with a comfortable position. Physical Development is as important as any other area because without proper health and hygiene children would not be able to concentrate and give best of efforts. Physical development can be attained by incorporating healthier food, sports and restful sleep in children’s daily routine. Generally, there is very less attention paid to this area which is the most important of all. If a child is taught to spend a substantial time in grooming and enhancing the spiritual areas than there is a chance that it will become a major part and something of considerable importance to him. Spiritual grooming is essential as it is necessary to detach one from the worldly things and to give some time to the nourishment of one’s inner

Fire Safety Essay Example | Topics and Well Written Essays - 500 words

Fire Safety - Essay Example Barr, & John Eversole are of different opinion that: "the lines separating urban and rural fire/rescue departments are increasingly blurred by the combined effects of the suburbanization of America" (Barr & Eversole, 2003, p. 580) modernization/suburbanization in America was so helpful to reduce the difference between urban and rural fire rescue departments and it reflected in the capability to handle critical situations. Due to the absence of higher level safety performance, US fire fighters face deaths and injuries from higher level fire risks. When considering other high risk occupations it can be seen that there is higher level performance for overcoming higher level fire risk and thus the death rate among the fire-fighters is lower. When comparing the fire fighters death in USA in between the period of 1995 to 2004 it can be seen that there is seven fire fighter deaths per 10000 fires and at the same time in UK and New Zealand, the fire fighter death is only less than one per 10000 fires. The cases of civilian deaths relating to fire accidents in between the period 2000 to 2002 were of 1.32 per 100,000 populations. In case of UK and New Zealand it is 1.05 and 0.95 per 10000 populations respectively. In USA the direct fire loss and costs from high fire events in between the period 2000- 2002 was of 0.022%.

Business report Research Paper Example | Topics and Well Written Essays - 1500 words - 2

Business report - Research Paper Example In 1939, the founder of the company developed a soft serve ice cream machine, becoming the first. By 1947, the corporation was already franchising retail ice cream stores in the US. In the period of 1949 all through to 2010, the company made various developments which have enabled its survival in the market. It developed a franchisee training seminar to educate its franchises, developed various ice cream products such as the flying saucer, Lo-Yo frozen yogurt, a line of all-Kosher products, Thinny-Thin frozen dietary desserts, among others developed later in the years. The company also created the idea of using ice cream vending vehicles, and introduced an ice cream supermarket. The corporation, after the death of the founder, relocated to Farmington Connecticut, where it developed branded freezers which were used to sell its ice cream products in various supermarkets. Various developments of products, sales strategies, and management accompany the progress of the company with the la test development at 2010. It introduced a new product; ‘Thick, Rich & Dreamy Low Fat Ice Cream’. The company has its headquarters in Atlanta, but has various franchises in 25 States and seven countries (The Carvel Corporation). Carvel products are categorized into three groups; take home treats, cakes, and Carvel Special Ties. The company offers take home novelty treats, freshly made hand tipped ice cream, premium ice cream cakes, and soft serve ice cream. These are meant personal desires, anniversaries, birthdays, and special holidays. The company’s ice cream cakes are said to be â€Å"perfect for any occasion† (The Carvel Corporation). Customer satisfaction is another factor. There are different features that customers look for in a product. In the case of ice cream, consumers will consider the flavors, melting quality, appearance, body and texture, color, and influence quality. Provision of what the different customers prefer determines the demand of

Post War Europe Essay Example for Free

Post War Europe Essay The World War II refers to the global conflict that took place between 1939 to 1945. Also referred to as the Second World War, the conflict involved many nations, especially the great powers. The conflict had two opposing military alliances, the Axis and the Allies (Hakim, p 8). This war has been considered as one of the most spread war in the world history since it involved the mobilization of more than 100 million military personnel. The Allies alliance during the war was made up of countries that opposed the Axis powers. The Big Three† or the three major nations that led the Allied Alliance were the United States of America, Britain, and the Union of Soviet Socialist Republic. Other nations that were part of the Allied Alliance included China, France, Poland, Australia, Canada, and South Africa. The Axis Alliance opposed the Allies, and it was led by three major Axis powers. These powers were; Germany, Italy and Japan. These three countries in September 1940 had signed a Tripartite Pact upon which the Axis Alliance was founded. Other nations that were part of the Axis Alliance included; Hungary, Romania, and Yugoslavia. Some the Axis co- belligerents included; Finland, India, Vietnam, and Iraq. The state of total war as a result of this conflict had the major nations that were involved use their scientific, industrial, and economic capabilities in order to develop weapons or plan military strategies that would maximize their probability of winning the war (Russell, p 15). It is estimated that over 70 million people were killed, with the majority being civilians. This made the war one of the deadliest human conflict to ever occur. The war began in 1939, and was triggered by the Germany’s invasion of Poland. This later led to the France, United Kingdom, and the United States declaration of war on Germany. Some of the well known events that occurred during the Second World War include; the Operation Barbararossa, Pearl Harbour attack and the Marco Polo Bridge incident. The war ended in 1945 and had the United States and the Soviet Union turn out to be the superpowers. The World War II broke out in Europe after Hitler led the Axis Alliance by first invading Poland. There were several major effects of Second World II on Germany and Europe.  In this paper, these effects will be discussed. Major effects of World War II in Germany Germany was one of the leading nations in the Axis Alliance against the Allies during the Second World War. Germany is considered to have developed some of the most sophisticated and most destructive weapons during the war. Together with the cost of military operations, Germany used a great amount of its finances to develop weapons for use during the war. The Nazi Germany which was led by Adolf Hitler invested great amounts of financial resources to cater for the costs of the war. In 1936, Adolph Hitler in his efforts to purchase war materials at low prices imposed price controls on the Germany people. Rationing later followed in 1939. Price controls that were put on food led to food shortages during the war. This led to the people growing their food and doing barter trade with their personal belongings for food. Compensation trade was born during the war; as a result of the wide spread barter trade. Due to the business to business transactions, many business firms hired a person who could barter a firms’ output. The barter trade was inefficient compared to the direct purchase of commodities and services using money. According to a Germany economist Walter Eucken self- sufficiency and barter trade were incompatible. Due to an extensive labor division, Germans’ economic system had been â€Å"reduced to a primitive condition† (Harlett 1978, p. 34). The Germany economy after the war was in shambles. In the housing sector, Adolph- Hitler scorched – earth policy together with the war had affected about 20 per cent of the housing. Germanys’ economic hardship had the food production per capita from 1938 to 1947 reduce by 51 per cent. In addition, the occupying powers had set the food ration between 1040 and 1550 calories per day. As compared to the industrial out put in 1938, Germanys’ out put in 1947 was only a third of the 1938 industrial output. Due to the death of a large number of working -age men during the war, Germany had inadequate labor. The economic hardship had triggered the Germany government to put in place measures that would rejuvenate the country’s’ economy. The government eliminated the price controls that were initially there, while the currency was reformed. This occurred in 1948. Later in 1948 and1949, there was reduction of the marginal tax rates. These measures saw the Germanys’ economy grow rapidly 20 years after the World War II. Germany’s economic problems can also be attributed to the World War I effects. Before the World War I, the German Empire had a prosperous economy. However,after the war,Germany’s economic prosperity was considered to have been ruined by treaties such as the 1919 Treaty of Versallies. The signing of the treaties by Germany together with the World War I effects led to great inflation in the early 1920s. Though Germany’s economy improved after the First World War, the economic problems that characterized this period to some extent came to affect Germany’s economy after the World War II. The first several years in Germany after the World War II were of great economic problems. This resulted from the destruction of property, land, and homes during the war (Klopstock, p 285). Furthermore, many Germans fled from their homes during the war, a situation that made working almost impossible. This reduced the economic productivity of the nation, whose negative effects after the war became evident. In addition to this, the industrial and agricultural production had drastically reduced in Germany. Many millions of people lacked food and clothing as the inflation raged in Germany. Food shortage had become severe and â€Å"each day, and particularly on weekends, vast hordes of people trekked out to the country to barter food from the farmers†(Wallich, p 65). Despite the economic problems that the Germans were experiencing, the political leaders were able to exploit the situation in order to build a very strong economy in future. The economic problems encouraged the German political leaders to focus on the future plans of reviving Germany’s economy. The leaders saw a new beginning in the ruined economy, where the economy was viewed as an instrument of prosperity. The need to have a prosperous economy would then assist the Germans to have a stable society, as well as to safeguard democracy. The leaders sought both the economic prosperity and social peace. A prosperous economy would also make sure that there was equal opportunity for all the German citizens so that eruption of a revolution would be prevented when bitter frustration of the underprivileged social groups was avoided. The reviving of the German economy and â€Å"economic system that had been reduced to a primitive condition† (Hazlett, p 34) due to the economic problems experienced as a result of the World War II became important. The economy was revived through the efforts of some Germans’ post war leaders such as Ludwig Erhard. The currency reforms that were introduced through the efforts of Erhard led to the abolition of the Reichmark and the Deutsche mark introduction. The installation of the new currency began in 1948 led to economic success. Furthermore, Erhard abolished the Nazi and the occupation regulations and rules. This was the beginning of a prosperous and free economy in Germany, which in turn established the foundation of a growing West Germany economy. Apart from the economic problems experienced in Germany, another major effect of the World War II(WWII) in Germany was the division of Germany into two (East and West Germany) for about 40 years. The division occurred in 1949 and ended on October 1990 to reunite the two sides. The three Allied Zones of Occupation were brought together to form West Germany. These three zones were those that were held by France, United Kingdom, and the United States. The two special territories in German’s two states were Berlin and the Saarland. Since the West was democratically organized, it considered itself to have exclusive mandate for all of Germany. The Yalta Conference that was held by the Soviet Union, United States, and the United Kingdom leaders aimed as paving the way forward for future arrangements with the Europe after the World War II. It was during the conference that the leaders decided to split Germany into four occupation Zones. These Zones included; the French Zone, American Zone, British Zone, and the Soviet Zone. West Germany was formed in 1949 and comprised of the Western Allied Zones. The Soviet Zones formed the East Germany, which was also referred to as the Germany Democratic Republic. The West Germany economy grew so rapidly due to the economic aid from the United States and also the Marshall Plan. But more importantly, the currency reforms that were introduced in West Germany strengthened the economy. Both the East and West Germany had mutual recognition of each other and the relation between the two was normalized by treaties such as the Treaty of Warsaw(1970),Basic Treaty(1972) and the Treaty of Moscow(1970). West Germany became cosmopolitan due to the western culture influences while East Germany was conservative. The East Germany adhered to the socialist ideologies, where there was less freedom as compared to West Germany. In addition, the West Germany government was more decentralized and East Germany had a government based on the Communist ideaologies. The reunification of the East and West Germany occurred on 3 October 1990 to form the Federal Republic of Germany, which is the current Germany. The Berlin Wall was constructed in 1961 to separate the two regions, but it was destroyed in 1989 after the reunification of East and West Germany. The third major effect of the World War II on Germany was the great advancement in technology. This resulted from German’s great technological ability to develop and use highly sophisticated and powerful weapons and industrial technology. Germany is considered to have developed and used some of the most powerful and sophisticated weapons during the World War II. For instance, Germany managed to develop powerful anti-aircraft weaponry, aircraft bombers, bombs, guns, rifles, and chemical weapons. The jet aircrafts which had been developed late during the war were advanced after the World War II. The Navy advancements during the World War II paved way for more technological development in the naval field. The German designs such as the Type VII submarine were used during the World War II, and the technology was later used after the war for greater advancement. For instance, after the division of Germany into West and East Germany, some of the German’s intellectual privileges that were of industrial advantage. The Allies who had control over West Germany confiscated Germans’ intellectual privileges and used them for their own companies. This led to rapid growth in industrialization due to the technology that had been developed by the Germans. Major Effects of World War II on Europe The World War II had so many countries involved, with the majority being from Europe. Examples of European countries that took part in the war included the United Kingdom, Italy, Germany, France, and Poland. These countries and Europe as a continent experienced some major effects of the World War II. One major effect of the World War II on Europe was economic problems. The World War II had demanded that nations that were involved in the conflict invest their scientific, industrial, and economic capabilities. This required huge amounts of financial resources. Before the war, many European nations had very strong economic abilities. The nations’ economic and population advantage was very essential for success in the war. In addition, the European nations that had major industrial and financial developments included Germany, United Kingdom, and France. Industrial development that had spread across Europe before the war had contributed to great economic development in the European nations. The Industrial Revolution had led to rapid economic growth, which put the European nations at a good position to compete with the United States of America which was then an economic might. The World War II led to the destruction of Europe’s industrial centers and this affected negatively the high production of products or commodities that would be sold to increase economic growth in Europe (Tucker, p 771). The European infrastructure that was greatly destroyed made it hard for the citizens to undertake activities that would contribute to the economic growth. The European countries during the war had continued to increase their spending on developing and producing military weapons. There was construction of strategic road network by some European nations with the aim of increasing their probability of winning the war. The need for synthetic rubber and oil from coal to use during the war promoted great financial investments by the European nations. For instance, Britain’s’ economy was harnessed to the World War II efforts. The destruction of Europe’s infrastructure led to economic problems. The damage of the road and rail networks during the war made it very difficult for the European nations after to move the essential goods from one place to another. The economy was exhausted, a good example being Britain’s economy. For the European countries that were involved in the World War, their economies experienced severe inflation. Though rationing and luxury goods absence in Europe before the war had encouraged people to save, the people were unable to spend their savings since there were no commodities to purchase as would be preferred. The economic hardships in Europe made some European countries to borrow heavily from other nations with a strong economy such as the United States. The economic hiccups in Europe were later followed by economic recovery, where the currency reforms â€Å"quickly reestablished money as the preferred medium of exchange and monetary incentives as the prime mover of economic activity† (Heller, p 215). Another major effect of the World War II on Europe was environmental destruction. The World War II resulted to great environmental destruction. In many cases, any warfare or military conflict has very devastating effects on Europe’s natural environment. Improvements in technology during the war led to the invention of military weapons that were very destructive to the human life as well as the natural ecosystems. For example, the use of powerful and sophisticated bombs in the war destroyed animal and plant life. Furthermore, new chemical components that made up the weapons were released into the environment. This affected the soil fertility and composition, and this made it impossible for land to regain its fertility. The chemical components released from the explosives used in the war made it impossible for some arable land to be productive again. Many parts of Europe that acted as military grounds experienced great environmental degradation. The technological advancements during the World War II were incompatible with environmental preservation. War can never be compatible with the preservation and conservation of the natural environment. The environmental degradation that was occurring during the war was not a bother to the parties that were involved in the war. The military operations, destruction of natural vegetation to build communication lines and roads, and artillery shelling destroyed the environment. The new and effective ways military strategies that were used by the different nations’ forces to attack the enemies or defending themselves from the enemies increased environmental destruction. Long after the war ended, Europe’s natural environment has not yet recovered from the destruction it experienced during the war. In the era of technological advancement and industrialization, environmental issues seemed to cause very little concern in Europe, hence the effects of the war have proved that the war through technological advancement had become a great environmental threat. The increased use of chemical weapons resulted to long-lived negative effects on the environment. The waste disposal practices during and after the war in Europe resulted to â€Å"significant contamination of soils and ground water with high explosives† (Pennington et al, p 163). For example, the use of high explosives has made the recovery of the environment from destruction in Europe almost impossible. Consequently, the environment has become a health hazard to the people with the land mines that are still trapped in the soil/lands making some parts of the Europe land inhabitable. The areas were turned into waste land. Great technological advancements were another major effect of the World War II was witnessed in Europe. These changes that were witnessed were as a result of the nations that took part in the war struggle to invent and use better and powerful military weapons than their rivals. The technological development during and after the First World War promoted more advancements after the World War I . This is because, the improvements made after the World War II were an improvement on those that had earlier been invented. The inventions were considered as very critical when it came to winning the war, and this promoted technological inventions that were very instrumental to the economic development of many European nations after the war. The use of radio’s and electricity became possible due to the technological development witnessed during the wars. Research that had been intensively done by the Allies and the Axis with the aim of outdoing each other’s weapons became very important to more inventions after the war. The technological innovations of the war paved way for the naval technological development witnessed up to date. For instance, the introduction of aircraft receivers and radio communication systems during the war led to more development in naval industry long after the war. The technological advancement became a very vital requirement for survival during the war no doubt led to greater inventions after the war in Europe. Conclusion The World War II has been considered as one of the most devastating conflict to ever occur. This is due to the high number of people who were killed during the war. The various nations that were involved in the conflict invested greatly to the war efforts through finances and scientific inventions. Germany was one of the major players in the conflict and it proved to have great ability to develop and use powerful weapons against its enemies. The major effects of the war were both positive and negative. While some effects have been devastating to the people and the natural environment, others have brought about development in various fields of economic growth

Effect of Solar Magnetic Field (SMF) on Solar Radio Flux

Effect of Solar Magnetic Field (SMF) on Solar Radio Flux Paper published in the proceedings of Conference on Recent Trends of Research in Physics (CRTRP 2012); Page no. 85-91, 2012, ISBN: 9788190436298 3.1. Introduction: The solar activity appears to be straightforwardly associated with the strong and complex solar magnetic field.The huge solar magnetic field is a result of the flow of plasma currents within the Sun, which impel charged particles to move about from one of the Sun’s poles to another. The mean magnetic field is the strength of the longitudinal component of the photospheric magnetic field averaged across nearly all the visible hemisphere of the Sun. The sun’s magnetic field has the remarkable property that it is not distributed uniformly, but concentrated in flux ropes which appear on the surface of sunspots, plages and network. Hale first found the evidence of strong magnetic field in the sunspot from the Zeeman splitting (Hale 1908). Sunspots are the seats of the strong magnetic field and the field strength of a large sunspot can be as high as 3000 Gauss. Due to the strong magnetic field inside the sunspot, the convection is inhabited and the region becomes relatively cooler and hence darker compared to its surrounding region. So sunspots can be treated as the best manifestation of the Sun’s magnetic field (Solanki 2003). Figure: 3.1.1. Solar magnetic field (Image credit- http://www.nasa.gov) The variations of sunspot number have well-established periods of about 11 years (Hathaway et al.2002). The period of magnetic activity cycle is twice as that of sunspot cycle, about 22 years on average (Hale et al. 1919). Most of the solar activity parameters vary consistently with the sunspot cycle. Among these parameter solar radio flux is one which has its own importance in Radio Astronomy as the precise information about its emission from its origin region provides the details about the temperature, constituents, density, ionization, magnetic fields and the physical nature of the various sources inside Solar structure (Kundu, 1965). Thus to diagnose the solar atmosphere and the magnetic energy release in solar corona, radio observations serve as a powerful tool. The radio flux has its origin from atmospheric layers high in the solar chromospheres and low in the solar corona, though the accurate level of origin is not yet fully known (Kane, 2003). Observations at different radio frequencies provide the information about the various depths and the physical structure on the solar atmosphere. Accurate daily radio fluxes at different frequencies are very useful for the study of solar physics of the different layers of solar atmosphere (Zieba, 2001). Many workers have performed correlation and spectral analysis of solar radio flux variations (El-Raey and Scherrer, 1973). Watari (1996) analyzed solar radio emission at several frequencies to investigate their irregularities, time variation and solar coronal activity at different heights. Kane et al. (2001), Vats et al. (1998) and Mouradian et al. (2002) used the solar radio fluxes at different frequencies to study the coronal rotation period at different heights and its differentiality as a function of the altitude. Meheta (2005) has studied the relationship of rotation period with different phases of solar cycle. It is already evident in the literature that various frequency bands in the range starting from 245 MHz to 15400 MHz originate from different layers of solar atmosphere starting from lower chromospheres to upper corona as illustrated in the Table 3.1. Thus study of radio flux at different frequencies within this range provides the information about different layers of solar atmosphere. Table 3.1. : Different radio frequencies and their origin in solar atmosphere The quiet Sun emission at different frequencies contains information about densities and temperatures in different layers of the solar atmosphere (Watari, 1996). It is one of the prime reasons of studying solar radio emission at different frequencies during the Solar Figure: 3.1.2. Monthly variation of sunspot number for the year 2009. (Image credit- http://www.greatdreams.com/solar/2009/space-weather-december-2009.htm) minimum period which provides an opportunity to the scientific community to study the physical behavior of Solar atmosphere. It also provides very useful information about the temperature and the shape of the solar corona (Kundu, 1965). Thus the study of solar radio emission during the minimum period serves as an important tool for the study of solar corona. The current minimum of cycle 23-24 has been treated as a peculiar minimum characterized by reduced polar field strength, extremely low level of solar activity and extending for longer duration (Gopalswamy et al, 2012). Various solar indices like F10.7 cm, EUV flux, solar wind etc. behaved unusually during this minimum. Even the ionosphere also showed an anomalous behavior (Eduardo et al, 2011). The boundary between the Earth’s upper atmosphere and space also moved to an extraordinary low altitude (www.sciencedaily.com/releases/2008/12/081215121601.html) during the period. This type of unusual behavior of this minimum has c reated the interest among the solar science community to make a rigorous study on this period. The microwave brightness temperature during this minimum was substantially diminished compared to the 22-23 minimum which is also consistent with the decrease in solar magnetic field strength (Gopalswamy et al, 2012). Basu (2010) found the evidence of difference of Sun’s internal structure during the current minimum from the minimum of previous cycle. During the minimum period, the 2800 MHz radio flux showed an anomalous behavior in its correlation with Sunspot number (Tapping, 2011). In the context of above peculiarities of current solar minimum, it is interesting to see the variation of correlation of solar radio flux at several frequencies with sunspot number during this period. In this chapter the preliminary results regarding the study on the relation of solar radio flux and solar magnetic field parameters have been presented. Here the frequency distributions of correlation coefficients of solar radio flux with sunspot number and solarmagnetic field have been investigated for solar minimum and maximum period. We have also make analysis of periodic variation of basal component of solar radio emissions. 3.2. Observation: Here we studied the behavior of solar radio flux for the extended solar minima of Solar cycle 23 (2009). Firstly, we calculated the correlation between the solar radio flux and Sunspot number which is the index for measuring the variability of these two solar activity parameters. We have found the correlation coefficient at eight frequencies (245, 410, 610, 1415, 2695, 4995, 8800, 15400 MHz) using data from Sagamore Hills radio Solar observatories. For the calculation of correlation coefficient, we excluded the points from dataset of those radio fluxes, which are having values greater by 40% of the average flux value of a day. It has been done for neglecting sudden variation in flux due to several transient activities. The correlation coefficients are plotted in figure. 3.2.1 3.2.2. Correlation coefficient between the sunspot and radio flux Many workers (Das and Nag, 1999, Das and Nag, 1996) have shown that the frequency distribution of correlation coefficients of the solar radio flux and Sunspot numbers follows a pattern. We have calculated the correlation coefficients for solar maximum (2001) and minimum (2009) of solar cycle and found that the frequency distribution of the correlation coefficients does not show the similar pattern as has been reported in the literature. During the maximum period the correlation coefficient is highest for 1415 MHz but in minimum it’s highest for 2695 MHz. In literature also it has been reported that the correlation coefficient attains its maximum value at Figure 3.2.1: Frequency distribution of correlation coefficients of solar radio flux and sunspot number 2695 MHz as it is very close to the 2800 MHz (Das and Nag, 1996). But during the solar maximum period the highest correlation has been found for 1415 MHz while at solar minimum period it is for 2695 MHz. Rather that this after 2695 MHz there is a decline in the correlation coefficient of higher frequencies for maximum period where as for minimum period the trend is Figure 3.2.2: Frequency distribution of correlation coefficients of solar radio flux and sunspot number not same as the 8800 MHz shows a correlation which is greater than for 4995 MHz. Rather than this the variation of correlation coefficient has also been checked for different solar minimum period. Das and Nag, 1996 has already reported the correlation coefficient of the radio flux and the sunspot number for the 1975, 1986, 1996 minima. We have compared these correlation coefficients with the obtained ones for 2009 solar minimum. From the plot it can be noted that during this period the value of the correlation coefficient is very low in comparison to the value of the previous three minima. 3.2.3. Correlation coefficient between the solar mean magnetic field and radio flux Like the radio flux and sunspot number, the correlation between the radio flux and solar mean magnetic field has also been checked for this minimum period. It has been found that the values of the correlation co-efficient are very low and the there is a pattern in the variation of the frequency distribution of the correlation coefficients. Figure 3.2.2: Frequency distribution of correlation coefficients of solar radio flux and solar mean magnetic field 3.3. Discussion: In this chapter, the relation between the solar magnetic field and the solar radio flux has been investigated. In the foregoing analysis the correlation coefficient of radio emission and sunspot number, has been found to be low with respect to the correlations of other cycles. Where as the correlation of solar mean magnetic field and radio flux is also very low. During this minima period, the frequency distribution of correlation coefficient of radio flux and sunspot number and the periodic behavior of solar radio flux is random whether it has a similar pattern for previous three minima (Das, 1998). The anomaly in correlation of radio flux with sunspot number might be due to the unusual behavior of the microwaves as it has been already reported for the correlation between 2800 MHz and sunspot number (Hudson, 2009). There was a change in activities between photospheric and chromospheric or coronal indices during the later part of cycle 23, through the extended minimum (Tapping, 2011) and the polar magnetic fields of Sun have an important role in shaping the Solar corona and heliosphere around the Solar minimum period when the polar dipole moment becomes leading component of large scale magnetic field of the Sun (Wang and Sheeley, 2002). During this minima period, Sun’s polar field was 40% less compared to the previous three minima (Wang et al, 2009). Consistently, the corona also retained some complexity during the lowest activity level (Toma et al, 2010a). During the current minimum, the Solar corona never reached at a simple dipolar configuration (De Toma et al, 2010b) rather the eclipse data showed higher order multi-polar structure (Judge 2010). Thus different magnetic configuration is supposed to give rise to a different morphology of Solar corona rather than from the previous three minima. Thus different magnetic configuration is supposed to give rise to a different morphology of Solar corona rather than from the previous three minima. The variation obtained in correlation coefficient’s pattern could also be due to this complex behavior of Solar corona and heliosphere. 3.4. Concluding remarks: The preliminary study presented in this chapter points that during the recent solar minimum, the correlation coefficient of radio emission and sunspot number has been low with respect to the correlation coefficients of previous solar minima. Rather than this the correlation of solar mean magnetic field and radio flux is also found to be very low during this minimum period. During this minima period, the frequency distribution of correlation coefficient of radio flux and sunspot number is random whether it has a similar pattern for previous three minima (Das and Nag 1998). The frequencies studied at the present work for analyzing the characteristics of Solar radio flux, provide information about the complex behavior of Solar corona and different shape of corona with respect to the previous minima during (Toma et al, 2010b). However we believe that detail investigation with more independent analysis using different parameters is required to critically analyze different Solar features especially during the current minima period to have more insight about the physical processes going on inside the Sun at different time scales. References: Hale, G. E. (1908), On the Probable Existence of a Magnetic Field in Sun-Spots, Astrophysical Journal, 28, 315. Solanki, S. K. and Krivova, N. A. (2003), Can solar variability explain global warming since 1970? Journal of Geophysical Research: Space Physics, 108, A5. Hathaway, D. H., Wilson, R. M., Reichmann, E. J. (2002), Group Sunspot Numbers: Sunspot Cycle Characteristics, Solar Physics, 211, 1, 357. Hale, G. E., Ellerman, F., Nicholson, S. B., Joy, A. H. 1919, ApJ,49, 153 Kundu, M. R. (1965), Solar Radio Astronomy. Interscience Publishers, New York. Kane, R. P., Vats, H. O., Sawant, H. S. 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(2005), Solar coronal rotation and phase of solar activity cycle , Bulletin of Astronomical Society of India, 33, 323. Gopalswamy, N., Yashiro, S., Mà ¤kelà ¤, P., Michalek, G., Shibasaki, K., Hathaway, D. H. (2012), Behavior of Solar Cycles 23 and 24 Revealed by Microwave Observations, Astrophysical Journal, 750, 2, L42. Eduardo, A. A, Redmon, R, Fedrizzi, M, Viereck, R, Fuller-Rowell, Tim J. (2011) Some Characteristics of the Ionospheric Behavior During the Solar Cycle 23 – 24 Minimum, Solar Phys, 274, 439. Basu, S. (2010), Differences Between the Current Solar Minimum and Earlier Minima, SOHO-23: Understanding a Peculiar Solar Minimum, Astronomical Society of the Pacific Conference Series, 428, 37. Tapping, K. F., Valdà ©s, J. J. (2011), Did the Sun Change Its Behaviour During the Decline of Cycle 23 and Into Cycle 24? Solar Physics, 272, 337. Das. T. K., Nag. T. K. 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George Orwells Nineteen Eighty-Four 1984 Essays -- essays research p

1984 Truth In George Orwell’s â€Å"1984† society is manipulated and guided by an organization called the Party and an anonymous figure named Big Brother, who is used as God. One of the main aspects the Party controls is truth or tries to control is truths in the society and the truth in the minds of the individual themselves. The Party creates what they want to be true to make the individuals ignorant so they can manipulate them easier. This twist of the truth by the Party makes it seem like truth doesn’t actually exist, but for Winston it does exist or it once did. Truth does exist if the individual is rebellious to the extent to where it will not get them vaporized and Winston is one of those rebels. He and others are able to experience the idea of truth mainly mentally or psychologically to better please themselves, but when the Party captures him his sense of rebellion is taken from him. When his rebelliousness is loss he loses his more vulnerable to the brainwashing o f the Party. Unlike the others in the society who have fallen by the Party’s waist side Winston tries to maintain his own true identity. The Party needs to mold and shape these people so they are able to go through with their plans of ultimate control of all aspects of a persons life. They want no kind of individualism because of the fear of rebellion, which is what Winston has conformed to. He upholds his identity with his diary. He expresses himself and allows his thought to come out more freely. Winston knows that he is breaking the law of the Party and is afraid, but he still does it. â€Å"Whether he wrote DOWN WITH BIG BROTHER, or whether he refrained†¦He had committed—would still have committed†¦Thoughtcrime they called it.(19)† Thoughtcrime is a fear the Party is able to put in the individuals mine. This crime is another hinderer of the Party to keep individuals minds locked in the state they want them to be in, to keep the truth in their identity and the en vironment around them in a locked state and the Party and Big Brother are the only ones with the key. The Party operates society into thinking they need the Party because they need to get into what the Party has for them, which is nothing but control, and since the Party is the suppose to be the key society must come through them. Winston is unable to refrain from committing thoughtcrime and lessening his self to believe what the Party has... ...him and that is compassion and love for his family. Winston continuously denies that he could not give Julia away like that. When Winston’s torture begins he hold out for an extensive amount of time but when Obrien uses one of his greatest fears, which is of rats, against him he sacrifices Julia and himself to the Party. After makes this sacrifice it is like he has died so he has no reason fight anymore. He gives his identity up and the truth he once new over to the ideas of the Party and is changed into another full blown Outer Party member. After Winston had lost all he lived for and was nothing more. Truth did once exist with Winston with his rebellious ways. He longed for having his own identity and he was almost successful. He was able to experience the idea of truth mainly in his mind but he did get the satisfaction from that. The Party wanted and needed to make the identity they wanted for all. They did this because they wanted power. In the beginning Winston was not going to fall into their trap but he became quite careless with his trust in other and was captured with his love Julia. After the use of torture and mind interference he was finally broken and lost his self.

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In the US alone a blood donation is needed every 2 seconds; that is 41,000 blood donations that are necessary every day (Blood Facts). The first successful blood transfusion was done in 1667 on a boy who was administered sheep blood, the boy survived. This alone paved the way for modern blood transfusions. The first human-to- human donations were done in the early 1800’s and were unsuccessful due to the lack of knowledge with blood types. Then in the 1900s blood types were discovered and from there blood banks were developed and research was done to progress the amazing transfusion system we have today (History). With all the advancement we have made throughout this vast time frame the truth of the matter is that even with the evolution only 10 percent of the 36 percent of people who have the ability to give blood actually do (Blood Facts). There are many unreasonable explanations as to why people don’t give blood some include their own unneeded fears, the excuse that giving is superfluous, the dangers and risks with transfusion, and the thought that it is bad for your overall health. These false accounts are preventing people from saving lives. Everyone who is healthy and able should save lives and donate their blood to better help someone who is in desperate need of it. Many people believe that donating blood is bad because of reasons such as wrongful doing by the nurses and professionals. A large number of individuals fear that too much blood might be taken, the person taking the blood might injure you and miss a vein and in general they are afraid of what might happen to them during the donating process. Phlebotomist nurses pass many tests, understand and perform their job to the best of their ability. It is import... ...you are healthy and able to donate blood you should do your part and save lives for people who are in need of transfusions. Giving blood has many positive aspects. Transfusions are safe and can actually help your overall heath, including your physiological well-being. Professionals follow standards and requirements to make the process very simple and easy. Also, blood is always in need so none of it goes to waste; whatever you donate will be put to good use. Many people have doubts, but if you look at the facts there are nothing but good things that come from donating blood. Do the right thing. Donate. Save Lives. By giving, you are not only helping save lives, but you will leave having a positive outlook on what you did to help with others health and in addition, your own. This is the opportunity for you to change someone’s life. Do your part and Donate.