Getting The Extra Bit Out Of Your Employees Essay Example for Free

Getting The Extra Bit Out Of Your Employees Essay An employee is required to contribute 40 to 48 hours of productive work in terms of service or visible output. The very purpose of employment is for the employer to generate enough revenue so that he can not only pay your wages, but also make some profit for himself and retain a portion of the profits for contingencies. It is widely accepted that in most cases though the employer is required by law to pay the employee for all the 365 days of the year, the employee output is restricted to some 250 days or in that region. Thus, even when the employee is not working, the employer has to support him/her. The manufacturing sector can lay down norms to measure the output of each employee and relate it to the quantum of work produced. But, in the services sector it is difficult to quantify the output of each individual. The flow of work can also not be uniform in the case of the services sector. Evaluation: In this context, let us examine the working of a Supermarket. The flow of customers into the supermarket will vary during the day as also during the month. In most cases, the evenings will see more customers coming in, while the mornings will see fewer of them. The noon period of the day can be thinner still. Thus, we have a situation where the productive output of the employee is not available to the employer all through the 7 or 8 hours that he/she spends in the Supermarket. So, the effective throughput (actual time spent in producing goods/services) diminishes to anywhere between 5 and 6 or 4 and 6 hours. The employer has to earn adequate revenue to compensate the employees and even take care of eventualities. Therefore, in most parts of the world, employers, particularly in the services sector, manage to get that extra bit of work done by each employee. Institutions, enterprises or organizations strive continuously to optimize their return on investment and use employee motivation as a major tool to achieve this. After all, it is the collective performance of employees that would manifest itself into a successful enterprise. It is not essential at all times to monetize motivation. There are several other means of motivating the employees to get optimal results. For example, in the case under discussion, we need to get an extra 30 minutes of work from each employee. The employer is unwilling to pay for that extra time or simply cannot afford to. So many terminologies and reasons will be attributed to safeguard that extra bit of money. But, heads of departments still have to achieve the desired results and with no extra money available in their hands. Conclusion: Though money is very important to employees, other factors go into employment. In the instant case, the manager can explain to the employees that by spending an extra 30 minutes after the scheduled time and reorganizing the merchandise for the next day, they will be able to start right away when they commence work on the following day. Customers walking in during the first hour will be able to transact their business quickly and this in turn will bring in more of such early customers. Another method is to address all the employees together and evolve a pattern whereby some employees can report early for work and leave at the scheduled time, some employees can shrink their breaks to accommodate the extra time required, and some can even leave late. After all, every one of us spend a lions share of the daylight hours in our respective breadwinning activity. With the correct methodology employed, getting employees to contribute 30 minutes of extra work per day can be achieved without denting the employer’s purse.

Fashion in the Twenty First Century | History of Fashion

Fashion in the Twenty First Century | History of Fashion Fashion has launched full throttle, changing outrageously through different eras of time. Have you ever thought about how much fashion has changed over the course of time? Have you wondered why it has changed so dramatically? Or how fast it could change? Although the way we dress now is completely different, it all revolves around making fashion statements. Fashion in the twenty first century is made from all the changes in the nineteenth and twentieth centurys and has impacted the lives of many people in different ways. During the nineteenth century, the clothes that men and woman wore were not always what would have been preferred to be worn. Depending on the time of the day would depend on which outfit a lady would wear. For a casual morning look, worn only at home would be a dress made with a short neckline, long slick pattern and would cover the majority of any skin exposed. For an evening look, a long short sleeved dress with an open neckline and white gloves would be what was usually seen. Woman would have tailors hand design replicas of professionally designed clothing at an affordable price to fit the latest styles (19th; Fashion through the Ages from Overcoats to Petticoats 13). During the mid 1800s, all outfits worn by woman were consisted of different materials to complete a whole wardrobe. The ensemble that woman wore, composed of pantalettes, chemise, corset and a petticoat. Pantalettes were an article of clothing wore under everything else. Pantalettes were leg length under garments made from linen or silk, designed with tucks and flounces to give a layered look toward the feet. A chemise, pronounced as shimmy, was the main one piece under garment worn over the pantalettes. A corset would be worn over the chemise; it is an article of clothing worn on the upper half of a woman, used to add lift to the bust area and to add shape to the waist and hips. The higher the waistline the better, a high waistline would draw attention away from the natural shape of the waistline. Due to how tightly a corset would be worn, caused health problems for some woman. The corset is pulled together so tightly that it would squeeze the inner organs of a womans body together causing digestive problems and may cause issues with giving birth to a child; also it could even result in death. According to the weather outside and the season would determine whether or not a petticoat would be necessary to wear. Gloves and bonnets were always worn. Long beautiful hair with possible curls through it was often seen during the early 1800s (Fashion through the Ages from Overcoats to Petticoats 14; 1900s; 19th;Fashion through). Through the 1850s to the1890s, new inventions had progressed. Synthetic dyes were invented to create a new variety of colors along with hoops that had come into effect, giving the new style of dress wear a way to be different. Hoops were a new style for woman to try and had become very popular. The thin steel wired dress made it fun for woman to look up to part. Having a new style approaching, the bodies of woman became odd. Due to the harsh bodily trauma caused by the corset most women developed an S shape body structure. The stomach would be pressed back and the breast would be pushed forward. Soon after the strange body change in a woman the corset was banned and officially out of style. Woman became more involved with activities around this time as well. Not being able to do much in a dress, more comfortable clothes were designed for woman; this included blouses and wide trousers. Also worn around this time were womens suits, which were a tailored jacket, a skirt and a blouse you could tuck into the skirt (Fashion Change; Fashion through the Ages from Overcoats to Petticoats 15). From the nineteenth century to the twentieth century fashion changed drastically, going from hoops, which was a large ensemble to more slender apparel. During the early twentieth century, corsets had come back in to action with a softer feel on a woman, making the S shape more relaxing. In the 1920s, women were known as a flapper, overcoming a boyish look, due to the short haircuts; such as the bob, short skirts, and straight dresses. Woman insisted on working and being more involved with sports during this time. Designers started to try out new hemlines, making them long in the back but shorter in the front. Waistlines were exceptionally low at this time, while hemlines were just below the knee (Fashion through the Ages from Overcoats to Petticoats 16-19;Pidduck). Starting a new look during the 1930s to the 1960s was complicated. Due to WWII; shortage of fabric and materials made outfit choices simpler for woman to choose what to wear. A square shouldered jacket, pencil skirt, with an endearing blouse was an outfit seen everyday around this time. Fashion had took a turn by the 1960s, teenagers wanted to have a different style than their parents did. Designers Mary Quant and Barbara Hulanicki made geometric shaped clothes for young teens, which made it fun and interesting to get dressed every day. Miniskirts had expanded across the world for being known as Americas high fashion. Miniskirts were long skirts cut just above the knees or possibly cut shorter. Dresses were cut to be slimming against the body and bell bottoms were a big hit in the 60s. Men and woman both wore bell bottoms with plat form shoes, due to having that outrageous disco fever. According to Perry Clement, During the 1960s woman would burn their bras and go bra less to fight f or equal rights against men, this was also known as the free love era. During the 1980s, sweaters and leather dresses were worn very tightly to show off body features, also seen on women around this time were halter tops with a shirt that could be tied in a knot to show off stomach features with bell bottom jeans. Throughout the rest of the 1900s, fashion had taken a spin. All the colors became loud and ravishing along with the change of fabrics and new cuts. The pattern schemes were extreme changing from classy to sassy. Hair styles became more advanced changing from long curly hair, to having layered hair, shorter hair or possibly even having up-dos done took affect during the 1900s (Clement; Fashion through the Ages from Overcoats to Petticoats 20-23; Pidduck; Fashion through). Wear what is right for you, and put your own stamp on it. The way people dress these days can be influenced by how people dressed during the nineteenth and twentieth centurys. Every outfit has different materials and accessories combined together to make on look, such as jeans, a stunning blouse, tennis shoes or flats, and accessories. Older fashion has made a fashion statement impacting the lives of everyone now. The way people dress now would not be the way it is if it was not for the nineteenth and twentieth century. The way clothes are cut, the different techniques on colors used, and how people physically wear clothes are all related to how people wore clothes then, due to the success made from fashion over the years (Roppatte 76; ). During this time of the twenty first century, fashion has taken a few steps back. Designers are not only focusing on the next big thing but are also focusing on how to bring the past into the future. Miniskirts are still a major style worn now by teenagers with the added accessory of leggings; which are skin tight multicolored tights, worn underneath the skirt along with a daring blouse. Many women now, wear blue jeans and t-shirts for a more comfortable ensemble. For a night out on the town, V neck blouses with low rise jeans could possibly be worn or for a more elegant look, a long shear gown with matching gloves and high heels could also be seen. New millennium fashion is composed of the 60s, 70s and the 80s mixed together to make the 2000s a major fashion statement. If it was not for fashion designers dedication to making clothes throughout the past years, then many people would not be as involved with fashion as they are today (Roppatte 78). Fashion is a small word, with many different characteristics. Unlike the nineteenth century, we now wear whatever we want whenever we want. The twentieth century changed the output on women by giving them the right to fight for what they wanted to wear. Looking back on fashion in the nineteenth and twentieth centurys has impacted the lives of people every day. Fashion now from then has changed but yet it is still the same in many ways. Do not under estimate what goes out of style, what goes out will always come back.

Strength Training for Children and Adolescents

Strength Training for Children and Adolescents This essay will particular focus on the links between a child development and training load by critically discussing, bone development, muscle mass and strength, menstruation in young females, issues of obesity and physical inactivity, aerobic and anaerobic exercise, and injury. After highlighting the contemporary research surrounding these links, the findings and methodology are evaluated. To begin, a brief definition of training load is put forward. The findings founds within training load and children may not be a as straight forward as it appears as much research has looked at the link between training load and a childs development, through peered reviewed research. The ways of assessing physical activity training load and development, as well as the reasoning why they should and should not take part in exercise, with reference to bone and muscle changes. Also the implications to menstruation in young female athletes and which exercise type of exercise is better for the young. As well as the negative issues relating to injury during physical activity, with reference to the potential affects in to adulthood. Physical activity and health is also known to be beneficial, however the methods and ways in which this is done may give different results. This will be discussed through how physical activity can improve the quality of life and also how being inactive can have issues. It will be looked at through many health conditions including cardiovascular diseases, hypertension, osteoporosis, cancers, and obesity, and also how physical activity can reduce the chance of getting some of these health conditions. It must firstly be mentioned what training load is. Training load is the amount of exercise completed and how much energy used (Rowland, 2005). Children and adolescents have taken part in physical activity through school in physical education classes, but there are those who enjoy exercise more than others. In each case there are physiological implications which can occur, such as developmental issue which can include, bone and muscle problems, injury and health issues such as heart disease, cancers and obesity, as well as menstrual complications in females. Also there are implications for children and adolescents who do not exercise. As children progress into adolescence, the influence of peers and peer pressure becomes noticeable and a widespread decline in physical activity becomes more of a problem. Generally boys will tend to participate in some sort of exercise or sport with friends at a higher intensity than girls (Sallis, 1993). Rowland (2007) suggested that physical activity has many benefits for the young, as it promotes health, thus making you healthy in adult life. However Rowland goes on to mention that more research is needed to look at factors such as frequency and duration of physical activity during childhood as this can determine how reliable the health outcomes maybe in adulthood. Furthermore it was suggested that in the long term that if adolescents are physical active it will enhance bone health and reduce certain cancers such as breast cancer. However Twisk (2001) discussed the onset of many chronic illnesses which start at child and that strategy should be put in to plan to reduce disease early on in life. Exercise found that one important way to stop the on set of disease, but increasing physical during childhood and adolescence. Evidence found that exercise guidelines for children and adolescents is weak, and additional it was found that only a small amount of research which found that exercising when young can be related to health in a dulthood. This can suggest that guidelines based on the public, should be more focused on health benefits, rather than how much exercise should be completed on a daily basis. Behm, Faigenbaum and Klentrou, (2008) produced a review on the recommendations of resistance training on paediatrics, with the correct training methods can be safe and improve health. Studies measuring (anthropometric) children have not found to show an increase in muscular hypertrophy with resistance training in paediatrics with cystic fibrosis and cerebral palsy. Surprisingly it has been mentioned that there is no minimum age to start resistance training in children, however this does need to be structured when exercising. The resistance training in children needs to be with a qualified instruction and while being supervised. This seems in many cases to be unachievable as not every child can have instruction with exercising (e.g. a child running is exercise but does not need instruction or supervision), never the less resistance training exercise can aid in muscle strength, endurance, balance, power and co-ordination and many health benefits. Moderate stress on bones (e.g. weight-b earing exercise) builds a stronger skeleton. Heavy loads or extreme forces can retard bone growth. Therefore, power and heavy weight training should be avoided until later stages of development. Training should be closely monitored during adolescence for signs of stress / overuse. Bones are more susceptible to fractures when growth plates (cartilage sights that are not yet ossified) are still present. If bone growth accelerates faster than muscle length, then undue stress can be placed on the skeleton during growth spurts; this can be exasperated by repetitive exercises or movements. Burrows (2007) found that diseases such as osteoporosis are becoming increasingly high, however weight-bearing exercise is a good way to enhance bone mineral density, making it stronger, if this exercise is continued throughout the growth period. It has been suggested that sport needs to start at perpubertal age to obtain peak bone mass. Sports such as gymnastics and football are recommended to increase peak bone mass. Within this research area there also seems to many authors suggesting that training load will be good for muscle and bone strength, especially weight bearing training as this strengthen the body, additional some authors have mentioned professional support and instruction in training will stop the chances of getting injury, but surely injury will be enviable, as it is the individual who is doing that specific exercise or sport can have an accident. Despite this there are other issues with training load on the young, especially in females and menstruation, as Eliakim Beyth, (2003) study found when looking at exercise training, menstrual irregularities and bone development in children and adolescents. Weight bearing exercise has been know to be important in bone development, this is even more important in children and adolescents, as bone mineral density reaches around 90% of its peak by the second decade. Physical activity in childhood and adolescence can reduce the risk on bone disease such as osteoporosis in later life. However strenuous exercise in females can affect there reproductive system causing athletic amenorrhea (this is the stopping of menstruation for six months or more). This is becoming more popular as it is 4-20 times higher than the general populations, especially in the female athlete. This can lead to skeletal fractures, unstable spine and vertebral joints, as well as menstrual abnormalities. As a result fema le athletes would have to reduce training, to reduce skeletal affects, as this is more harmful to bones growth, especially if a child or adolescence is still at the rapid growth stage at this time and prevent changes in menstruation. Further issues relating to adolescents and training load are growth, maturation and strength. Bernadette (2006) study looked at whether moderate-high amounts of dance training would influence linear growth and sexual maturation if girl ages 8-11 years old, through puberty. Results found that no change of height velocity of the dancers in year one. However when controlling the groups for maturations, fat mass, lean mass and also extracurricular activities (not dancing), there where found to be no changes in growth or velocity growth in height, sitting height or leg length. Thus finding that there was link between age at menarche and hours and years of dance training. Also resulting in no affect occurring in moderate high level of dance training in linear growth or maturation. However it has been found that preadolescent boys and girls can see meaningful gains in strength with proper training. Although it has been documented that adults and adolescents can achieve significant improveme nts with strength training, training gains for children have been questioned. The argument that led to the false belief that children couldnt benefit from training was based on two presumptions. First, it was considered unlikely that notable changes in muscular strength and endurance could occur prior to puberty, due to lower levels of circulating androgens (e.g., testosterone). The underlying assumption was that higher levels of androgens were necessary for improvements in muscle size and strength to occur. Second, children naturally become stronger as they grow, and strength gains beyond that were thought improbable. Previous studies, which seemed to support this, were often limited in study design and research methodology (such as low intensity, low volume or short duration training protocols). Nevertheless, this data seemed to suggest that resistance training was ineffective in the very young population. Faigenbaum (2000) A growing body of scientific evidence in support of childrens strength training has arisen within the past decade. The literature provides strong documentation that both male and female preadolescents can improve strength significantly with well-designed resistance-training programs. Recent reviews analyze the available research by comparison. Although a relatively small number of studies were included, one review revealed that a majority of studies demonstrated strength gains between 13 and 30 percent as a result of training (Falk Tenenbaum, 1996). Another reported similar results for children and youth, and each of the studies included in this review indicated that resistance training was generally effective, regardless of participants or study characteristics (Payne, Morrow, Johnson Dalton, 1997). Gains from strength training for preadolescents are generally attributed to neural adaptations and motor learning, rather than circulating androgens. Muscle hypertrophy, or an increase in the cross-sectional area of a muscle, is not usually detected in children as a result of training. Since muscle size has been correlated with strength, studies indicating no increase in muscle hypertrophy implied that strength training was ineffective in younger participants. On the opposite side of the scale there are those children and adolescence who do not exercise. It is well known that obesity is one of the biggest health problems across the world, but with children becoming less physical active this will be inevitable, along with several other major diseases which can include coronary heart disease, hypertension, osteoporosis, diabetes mellitus, lung disease and some cancers. Watts, Jones, Davis Green (2005) study found evidence that non physically active children are most like to become less physically active in adulthood, furthermore it is encouraged that physical activity habits in children help patterns of exercise in adulthood. Random control trails have been designed to look at exercise training in both children and adolescence. The studies found exercise does have beneficial outcomes, but it does always reduce bodyweight, it does however have more beneficial effects to changes in fat and lean body mass, thus showing the need for better asse ssment in future exercising training studies. Exercise can improve cardiovascular fitness and muscle strength, but little affect on blood lipids and blood pressure in obese youths. Similar important studies have found that exercise improves vascular endothelial function, which was found to be a substitute measure to predict the atherosclerotic risk in children and adolescents who are obese (Celermajer, Sorensen Gooch, 1992).Training studies have found an improvement in vascular function, however an absence in changes in lipid fractions, haemodynamic variables or glucose metabolism as exercise appears to have a beneficial effect on the vasculature (Watts, Beye Siafarikas et al, 2004) Another area which is essential in a children development is the aerobic and anaerobic development in children and adolescence. Cardiovascular function being in childhood but is also different of those of an adult. Children have smaller heart chambers and lower volume than adults, thus finding a lower stroke volume than an adult during rest and exercise. Children have a smaller stroke volume, but a child has a higher maximal heart rate compared to an adult. An adolescent, max heart could be found to be higher than an adult but not quiet as high as a childs (Sharp, 1995). Although higher heart rates can not be compensated for a childs lower stroke volume and theres a childs cardiac output is lower than in adults (Wilmore Costill, 1994). Thus suggesting that more of the cardiac output goes to working the muscle in children than it would in adults (Wilmore Costill, 1994). Children are found to be more naturally aerobic, rather than anaerobic, but unfortunately there are few studies wh ich have found that aerobic capacity in children will improve with training aerobically. Furthermore Rowlands (1992) argued that no studys have been complied which has the specific outline of 12 weeks training, over three days per week, with heart rates of 160 beats per minute over twenty minutes as a minimum requirement, as well as a large group of participants, with a control, thus being similar to an adults training schedule. Rowland found that if children complete a similar aerobic training routine and intensity to an adult, they would improve there V02 max between 7 and 26%. Which suggests children can improve aerobic fitness from an adult training program. Sharp (1995) found that children have a lower lactate production and the anaerobic threshold in children give heart rates of between 165-170 beat per minute, which is similar to a trained endurance adult. Yet sedentary adults anaerobic threshold is between 120-150 beats per minute. Which means that heart rate will be higher in a sedentary child than an adult. More evidence has supported high intensity stimulus theory that activity level in children is not related to V02 max (Rowland, 1992). As children are not as active as they once were, Armstrong Welsman (1994) stated that they are still aerobically fit, which suggest children are naturally fit. Thus, to improve a childs natural fitness, a good, strong training program is needed. Whether children exercise aerobically or anaerobic, there is the issue of heat conditions, also know as thermoregulation. Falk (2008) found that children produce more heat per kilogramme body weight than adults, but their thermoregulatory system is not as good. This is partly because they sweat less. For example, a 12-year-old boy may sweat 400ml per square meter of skin per hour, compared to an adult mans 800ml. Girls and women sweat proportionately the same, although less in absolute quantity terms. Children also tend to have higher skin temperatures, which hinder the flow of heat from body core to the periphery. However, children have a proportionately greater skin surface area the smaller they are. A young adult weighing 64kg will have a surface area of about 1.80 square meters; an eight year- old weighing 25kg will have a skin area of 0.95 square meters, i.e. 36 per cent more surface area per unit of weight. This helps to correct thermal imbalances, but can be a disadvantage whe n running in direct sun (or swimming in cold water) with the possibility of a faster rate of overheating (or overcooling). Injury is another common occurrence in children who take part in sport and exercise during there development. Adirim (2003) found that within the US around 30 million children take part in sport and exercise, and many of those have an injuries, which is due to overuse, also of those injuries over one third where of school age. With the physical and physiological differences of children and adults, this is one reason why children are more susceptible to injury. Overuse injuries are common, overuse injuries occur from the repetitive application of submaximal stresses to otherwise normal tissues. (Outerbridge Micheli, 1995) Injuries which are the most common are the ankle and knee. Overtraining and exposure to excessive levels of physical activity can cause an increased chance of injury, overuse injuries can affect normal physical growth and maturation. Prevention is the key, gradual rather than sudden increases in stresses and intensity can usually avoid physical breakdown. Early chan ges of the training program can ensure successful return to sport. In conclusion, it can be found after looking through peered reviewed research that training load can have both positive and negative aspects. In research it has found that Moderate stress on bones builds a stronger skeleton. Furthermore heavy loads or extreme forces can retard bone growth. Thus, power and heavy weight training should be avoided until later stages of development. Training load and menstruation in female athletes can have detrimental affects on reproductive development. As a result female athletes would have to reduce training, to reduce skeletal affects, as this is more harmful to bones growth, especially if a child or adolescence is still at the rapid growth stage at this time and prevent changes in menstruation. Surprisingly children are becoming more susceptible to many more health conditions as a result of falling physical activity levels, even when knowing that exercise can improve cardiovascular fitness and muscle strength, but little affect on blood lipids and blood pressure in obese youths. Although it has been found that children are most aerobically fit rather than anaerobic, but unfortunately there are few studies which have found that aerobic capacity in children will improve with training aerobically. Children also have a lower lactate production and the anaerobic threshold in children give heart rates which are similar to a trained endurance adult. Furthermore thermoregulation in children produce more heat than adults, but their thermoregulatory system is not as good. However to correct thermal imbalances, but can be a disadvantage when running in direct sun, with the possibility of a faster rate of overheating or overcooling. Finally injury is another aspect which occurs during a childs development, when taking part in sport and exercise. The most common injuries are overuse (joints commonly affected are ankle and knee). Children are most susceptible to injury during development as they are not coordinated and react slower than ad ults. Its also been found that instructions in training will stop the chances of getting injury. References AD Faigenbaum (2000) Strength training for children and adolescents, Clinics in sports medicine, 19(4): 593-619 Sharp NC. (1995) The health of the next generation: health through fitness and sport. Journal of the Royal Society of Health, 115(1):48-55. Falk, Bareket; Dotan, Raffy, Childrens thermoregulation during exercise in the heat a revisit (2008) Applied Physiology, Nutrition, and Metabolism, Volume 33, Number 2, 1, pp. 420-427(8) Outerbridge RA, Micheli LJ. Overuse injuries in the young athlete. Clin Sports Med. 1995;14:503-516 Celermajer DS, Sorensen KE, Gooch VM, et al. Non-invasive detection of endothelial dysfunction in children and adults at risk of atherosclerosis. Lancet 1992; 340: 1111-5 Watts K, Beye P, Siafarikas A, et al. Effects of exercise training on vascular function in obese children. J Pediatrics 2004; 144: 620-5 Falk, B., G. Tenenbaum (1996) The effectiveness of resistance training in children: A meta-analysis. Sports Medicine 22(3): 176-186. Payne, V.G., J.R. Morrow, L. Johnson S.N. Dalton. Resistance training in children and youth: A meta-analysis. Research Quarterly of Exercise and Sport 68

John And The Rebels: Act V Of Tragedy Of Richard Iii Rewritten As A Na :: essays research papers

The boy-page held the tent flap open as Richmond and his officers emerged out. They had been occupied in there since the messenger came with the letter from Stanley and had not emerged for hours afterwards. The page had waited obediently; making sure that no one interrupted the counsel. As Richmond came out, his kind eyes fell on the boy and he greeted him with a warm smile, â€Å"Hello John†. He remembers my name! John’s heart filled with pleasure. His nervousness didn’t let him speak so he just bowed and smiled back. Richmond ruffled his blond hair and asked him to tend to his duties. Since the page had none, he just moved away and watched the knight pass through the ranks, instructing and encouraging the men to get ready for tomorrow’s battle. John knew that he had made the right decision when he fled from London to join the rebels. Since he was only eleven he was not allowed to be a soldier but Sir Oxford had noticed the boy’s skill with horses and so he had personally taken him in to be his page. He was content with the time spent in Richmond’s force although it was filled with hard chores. He was made responsible for many things and this made him proud to be a pageboy. He had met many other boys like him, who had fled from the tyranny of the evil King. Like the others his own family had suffered under Richard’s harsh rule. The Kings men had beheaded his father, being a noble. His mother had then left for another man and had forgotten about her only child. No one else to turn to, John fled to Richmond. Here he found the love and protection he had yearned for and enjoyed the hard work found in a marching army. A cheer from the men caused John to interrupt his thoughts. He saw that Richmond now stood on a platform, his head high above the others. John looked at him with admiration and pride. The knight’s warm eyes surveyed his men in a way that filled them with courage and security. As he spoke his bold voice carried clearly to John, â€Å"My brave men and loving friends! We have marched into the centre of the land with no resistance from the enemy. Victory is near. Our forces shall crush the tyranny that plagues this land.

marxism Essay -- essays research papers

How convincing was the Marxist critique of the capitalist state? This next unit of theory is entitled "Ideology and Discourse." The theorists we're examining--Althusser, Bakhtin, and Foucault--are discussing how ideology works, and how ideologies construct subjects. All of these theorists are coming from a Marxist perspective, using ideas and terms developed in Marxist theory, though only Althusser actually claims to be a Marxist. So to start off, I want to talk a bit about some basic ideas of Marxist theory. Marxism is a set of theories, or a system of thought and analysis, developed by Karl Marx in the nineteenth century in response to the Western industrial revolution and the rise of industrial capitalism as the predominant economic mode. Like feminist theory, Marxist theory is directed at social change; Marxists want to analyze social relations in order to change them, in order to alter what they see are the gross injustices and inequalities created by capitalist economic relations. My capsule summary of the main ideas of Marxism, however, will focus on the theoretical aspects more than on how that theory has been and is applicable to projects for social change. As a theory, Marxism is pretty complicated. You can think of Marxism as being three types of theory in one: philosophy, history, and economics. First, Marxism is a philosophical movement; Marx's ideas about human nature, and about how we know and function in the world come from traditions articulated by Hegel, Feuerbach, Kant, and other German philosophers. All of these guys, including Marx, are interested in the relation between materialist and idealist philosophy. As a philosopher, Marx helps create and define a branch of philosophy called DIALECTICAL MATERIALISM. Materialism in general is the branch of Western philosophy from which science (Aristotelian or Newtonian) comes. Materialist philosophy is based on empiricism, on the direct observation of measurable or observable phenomena; materialist philosophy is interested in studying how the human mind, via the senses, perceives external reality, and particularly with the idea of how we know things "objectively," without the interference of emotions or preconceived ideas about things. Materialist philosophy often wants to ask how we know something is real, or, more specifically, how we know that what is real IS real, and... ...other forms of ideology (like religious ideology), and thus can provide insights into how ideologies are structured, and what their limits are. This view is also followed by Georg Lukacs, who argues that Marxist literary criticism should look at a work of literature in terms of the ideological structure(s) of which it is a part, but which it transforms in its art. For other Marxists, including Bertolt Brecht, Walter Benjamin, and Louis Althusser, literature works the way any ideology does, by signifying the imaginary ways in which people perceive the real world; literature uses language to signify what it feels like to live in particular conditions, rather than using language to give a rational analysis of those conditions. Thus literature helps to create experience, not just reflect it. As a kind of ideology, literature for these critics is relatively autonomous, both of other ideological forms and of the economic base. You can't trace one-to-one direct ties between literature and any particular ideology, or between literature and the economic base. (When you can, we call it bad literature; literature directly linked to an ideology we call "propaganda," for instance).

Irresistible Lab Report Chem 109

Abstract A buffer is a solution that resists changes in pH when H+, OH-, or H20 is added. By using standard lab equipment, a lab pro diagnostic tool, and acidic and basic solutions, the pH can be found. By recording the pH while adding a base or an acid gradually to a buffer solution you can find the capacity of each buffer to resist drastic changes in pH. The best buffers will keep a solution from becoming either too acidic or basic with the addition of a strong base or acid. IntroductionThe objective of the Irresistible lab is to determine the capacity of each solution (unbuffered and buffered both) and how much they resist changes to pH. This is accomplished by having ten graduated beakers: two containing pure water, two with . 1 M Sodium Chloride, two with 1 gram of solid sodium acetate dissolved in acetic acid, two with 5 grams of solid sodium acetate dissolved in acetic acid, and two with 10 grams of solid sodium acetate dissolved in acetic acid. These are split into two groups of five containing one of each solution.The pH of each solution is then measured and a pipette is used to distribute 1 mL of HCl, a strong acid, at a time to each solution in the first set, with the pH being measured and recorded until a drastic change is recorded. The procedure will be repeated with the other set of solutions using NaOH, a strong base. I would predict that the pure water and sodium chloride solutions would not have a very strong buffering capacity and therefore would almost immediately drop or raise the pH level depending on whether a base or acid was added.As far as the mixture of sodium acetate and acetic acid, I would predict that they would be a better buffer than the previous solutions. There are varying amounts of sodium acetate, but I don’t predict that they will have much different results as far as buffering solutions goes. This is because they all have the same amount of acetic acid, which will act as the main buffer. I predict that this will be t he limiting reagent out of those solutions. Method I began by preparing ten beakers, labled 1-10 and added 50 mL of water to numbers 1 and 6. In 2 and 7 I added 50 mL of . 1 M NaCl.I added sodium acetate to the rest of the beakers: 1 gram to 3 and 8, 5 grams to 4 and 9, and 10 grams to 5 and 10. I then filled the beakers that contained the solid sodium acetate with 50 ml of . 10 M acetic acid. Specifics can be found on page 84 of the lab manual. Though the lab manual instructed to use a pipet, we did not have an accurate 1 mL pipet or a graduated pipet, so we instead prepared two graduated burets with 1 M Sodium Hydroxide and 1 M hydrochloric acid. Using a standardized pH probe with a Lab Pro to measure changes in pH, we added 1 mL of HCl at a time and recorded the changes.The same was done for the NaOH. Results We only added a small amount of HCl to the water and sodium chloride. We did not continue to add more HCl after a significant drop in pH was recorded. We added a total of 2 mL of HCl to both H20 and NaCl before the pH changed. The 1 gram solution of sodium acetate and acetic acid changed after a 8 mL, and the other two never dropped before we reached our total of 10 mL HCl. The Effect of Acidon Solutions 50 ml H2050 mL . 1 M NaCl1 g CH3COONa5 g CH3COONa10 g CH3COONa TrialpH 07. 516. 374. 745. 75. 97 11. 591. 384. 545. 455. 88 21. 121. 184. 375. 355. 75 3 4. 185. 245. 68 4 3. 985. 155. 59 5 3. 765. 075. 51 6 3. 455. 015. 46 7 2. 984. 935. 41 8 1. 634. 865. 34 9 4. 815. 31 10 4. 775. 26 We repeated the procedure with the second set of solutions, but replaced hydrochloric acid with sodium hydroxide. Like the last set, both sodium chloride and water changed pH almost instantly. It took one mL to reach a significant rise in pH. The other three solutions all took a total of 4 mL to rise to a pH of a little over 13. 6. The Effect of Base on Solutions Trial50 ml H2050 mL . 1 M NaCl1 g CH3COONa5 g CH3COONa10 g CH3COONa 06. 777. 34. 845. 6255. 934 112. 9913. 135 5. 7836. 164 2 5. 366. 1456. 444 3 6. 267. 9557. 53 4 13. 0613. 1413. 14 5 Discussion The point of this lab was to determine the capacity of each solution as a buffer. By adding a strong acid to the solution we were essentially measuring the amount of hydrogen atoms that could be absorbed by the solution (buffered) before the limit was reached and they were abundant in the solution (pH).The same was measured by lack of the hydrogen atoms and abundance of hydroxide ions in solution when the base was added. As seen in the graph above, water has little to no buffering capacity. Because it contains a hydrogen and hydroxide ion, it should have some buffering capabilities, but I suspect that the fact that the acid was strong quickly overcame the capacity. Similar results with the sodium chloride show that it’s buffering capacity is not good. The 1 gram of sodium acetate reached its capacity at 8 mL of HCl, and the other two never dropped off.This shows that they were continuing to buffer past the 10 mL of HCl. The graph above shows the same solutions with the addition of Sodium Hydroxide. Once again water and NaCl do not buffer well and at 4 mL of NaOH all three sodium acetate solutions reached capacity. In a lab like this, errors are very likely. There is the absence of ionized water, for one, to consider. This could easily skew results because the water could be contaminated. Unfortunately the equipment is old and could be faulty. And also those doing the experiment could have bad techniques because we are so new at this.The lab was also open, and the contaminates could easily mess up the results. If I were to do this lab again, I would do more with the varying concentrations of sodium acetate to acetic acid solutions. Obviously they were the best buffers, but I would test different ratios and concentrations along with different volumes of acetic acid. With more experimentation, conclusions could be more easily drawn between the relationship of these two. C onclusion Buffers are very important in all aspects of life. In the body they keep the blood from becoming too acidic or basic, for example.I’ve learned that not all solutions make good buffers, water for example, did not stand up to the strength of the sodium hydroxide or hydrochloric acid. In conclusion: without buffers, our whole world would be acidic and basic, no neutrals around. References Kautz, J. , D. Kinnan, and C. McLaughlin. 2011-2012. Chemistry 110 Laboratory Manual â€Å"Taking things apart†¦ Putting things together†. Plymouth, MI: Hayden-McNeil Publishing. Gilbert, T. R. , R. V. Kriss, N. Foster, G. Davies. 2004. Chemistry The Science In Context. New York, NY: W. W. Norton & Company

Hercules And The Nemean Lion History Essay

Olympia, an active sanctuary during the Geometric period, has besides yielded a figure of failed castings from the nearby workshops where the dedications were produced. The figurines were cast solid by the lost-wax procedure: wax was cut, rolled, pinched, and tooled ; the wax organic structure parts were stuck together ; the ensuing theoretical account was invested with a clay mold ; the mold was baked to fire out the wax ; and bronze was poured into the mold to replace the wax. The base was normally cast along with the statuette. During the seventh century BCE, generic standing work forces became more specific representations of ram- or calf-bearers, of young persons, and of striding assailing Gods, types which continued to be made through the Archaic period. Although bronze figurines were produced long before large-scale bronzes were cast, sphyrelaton was an early technique used to do some larger images. Harmonizing to the 2nd-century ad traveler Pausanias ( 3. 17. 6 ) , the procedure involved hammering sheets of metal into the form of a figure and concentrating them together over a solid nucleus. Merely a few such images survive-the best known are a male ( height 0.8 m/2 foot 5 in ) and a brace of much smaller females ( height 0.4 m/1 foot 4 in ) from a little sanctuary at Dreros in Crete ( Crete, Heraklion Mus. ) . Stiffly frontal cylindrical standing figures, they are normally dated to the late eighth century or the early seventh century BCE. The Orientalizing period of the seventh century BCE was a period during which the Greeks imported metal objects, fabrics, tusks, and thoughts from Phoenicia, Syria, Phrygia, and Urartu. The manners and topics of their ain plants were affected, and six or more alien gryphons ‘ caputs with inlaid eyes are added to the shoulders of bronze caldrons that served as dedications, some of the caldrons standing more than 3 m ( 10 foot ) tall. The Greeks besides traded with Egypt, where they saw large-scale statuary in rock and in bronze. Egypt had a long-established sculptural tradition of blocklike, frontal figures with carefully formulated proportions. By the center of the seventh century, the Greeks had brought place these ‘new ‘ thoughts, every bit good as the cognition of large-scale bronze-casting and stonecarving methods. The sculptures that were produced in 7th-century Greece are derived from the Egyptian tradition, both stylistically and technically, but they are adapted to suit the demands of Greek spiritual dedications. The manner associated with the seventh century is called ‘Daedalic ‘ , after the legendary artist/craftsman Daedalus. A typical illustration is the standing marble Persephone ( immature adult female ) dedicated by Nicander on the island of Delos ( Athens, Nat. Arch. Mus. ) . Stiffly frontlet, she has orderly triangular subdivisions of hair arranged symmetrically on either side of a triangular face, wide shoulders, a triangular trunk, a tight but however unrevealing belted adventitia, hands attached to the sides, and pess emerging from beneath an upward-curving hem. From the side, the figure ‘s defects become clear: she is unnaturalistically vertical, and thin and planklike in contour. Two likewise formulaic adult females were carved in the ulterior seventh century BCE as alleviation on the bottom of a limestone lintel-block at Prinias in Crete, and two 3-dimensional adult females are seated atop either terminal of the same header ( Crete, Heraklion Mus. ; tallness o f sitting adult females c.0.82 m/2 foot 8 in ) . The limestone temple of Artemis on Corfu ( c. 590 – 580 BCE ) , constructed at the beginning of the Archaic period in Greece, is the earliest Grecian temple known to hold been built wholly of rock with rock pedimental sculptures ( Corfu Mus. ) . The job of how to suit figures into the triangular infinite was addressed by changing the graduated table: bantam figures of dead giants lie with their caputs in the corners of the West pediment ; so come two larger braces dwelling of Gods assailing giants ; so two giant spotted jaguars, couchant ; and, in the Centre, a monstrous Medusa ( height 2.85 m/9 foot 9 in ) overlaps the extremum of the pediment, her immense face and pouching torso frontlet, her weaponries and legs in profile. Her vigorous place, with one articulatio genus down and one up, coupled with the wings on her mortise joints, is exemplifying of flight ; her immense eyes and drooping lingua are apotropaic. The Gorgon is flanked by her bantam kids Chrysaor and Pegasus, b orn at the minute of her decease ; used here, like the giants in the corners of the pediments, to arouse a narrative. Archaic bronze figurines have been found in peculiarly big Numberss in Olympia, Athens, Delphi, Dodona, and Samos. Traditionally, they have been grouped harmonizing to the theory that there were assorted regional Centres of production, in Attica, Aegina, Corinth, Sicyon, Argos, Sparta, Arcadia, Magna Graecia, and east Greece. These designations are by and large based upon manner, non upon find-spots. Some of the most sophisticated Archaic bronze figurines have been found at the Heraion ( sanctuary of Hera ) on Samos, and they were likely made in the immediate locality of that site. These bronzes support the grounds of the ancient literary testimonia which ascribe legendary accomplishments and accomplishments in projecting techniques to the Samian bronzeworkers Rhoicus and Theodorus ( see Pausanias 8. 14. 8 ; 9. 41. 1 ; 10. 38. 6 ) . The Samians were among the most active of the Grecian bargainers with Egypt. A three-times-life-size marble kouros from the Heraion, dating to the early Archaic period, c.580/70 BCE, attests to the impact of that contact ( Samos, Arch. Mus. ) . Hundreds of images of korai and kouroi ( immature work forces ) , some in bronze but most of them painted rock, were erected to function as votive offerings or as sedate markers. The colossal Sounion Kouros ( Athens, Nat. Arch. Mus. ) is a good illustration of the early Archaic manner. Nude, blocklike, and frontal, he stands over 3 m ( 10ft ) in tallness, one leg extended in front of the other, but both pess rest level on the land, and neither hips nor shoulders are affected by his stance. His custodies are clenched against his thighs, though on later kouroi the weaponries may be extended forwards from the cubituss. Anatomical inside informations are aggressively articulated, but they are governed by the rule of surface design. A big three-dimensional caput is decorated with luxuriant additive item, including rows of conventionalized coils, volute-like ears, and immense bulging eyes. The shoulder blades, epigastric arch, and patellas serve as cosmetic surface design on an otherwise m onolithic figure which retains the features of the quadrilateral block of marble from which the image was carved. The 6th-century Persephone wears a long frock, long hair, and ever has her pess together, but as the Archaic period progresses, her garments, symmetrically placed long locks of hair, and jewelry become more luxuriant. There is much grounds of aureate and brilliantly painted cosmetic inside informations. By the last one-fourth of the sixth century, the Doric peplus, a heavy woolen, swimmingly hanging belted garment, was replaced by the lightweight frilly Ionian chiton, with its greater possibilities for the add-on of cascading hems, of decoration, and of luxuriant surface forms. Throughout the century, the ‘Archaic smiling ‘ , the oral cavity with overturned corners, finely creased, is the changeless expression used on all statues, male and female alike. The Siphnian Treasury at Delphi, closely dated to between 530 and 520 BCE was originally instead like a brilliantly painted and flamboyant jewel-box ( Delphi Mus. ) . The island-dwellers ‘ expensive, carefully sited, and to a great extent sculpted dedication, made in the Ionic manner, had two caryatids ( female back uping figures ) , painted and embellished with bronze, alternatively of columns on the fa & A ; ccedil ; ade, and alleviation sculptures in both pediment and friezes. In the pediment, Hercules tries to wrest the Delphic tripod from Apollo ; in the frieze, complex engagement figures with their names inscribed represent scenes from the Trojan War, seated Gods, and a conflict between Gods and giants. The carven metopes on the Athenian Treasury, besides at Delphi ( c. 490 – 480 BCE ; Delphi Mus. ) , focal point on the labor of Theseus and of Hercules, and on the conflict between Greeks and Amazons. The trophies erected outside the simple Doric exchequer completed the memorial to triumph over the Iranis at the conflict of Marathon. Repeat is no more unusual in Grecian sculpture than it is in Grecian vase picture. An early 6th-century Tanagran grave stele for Dermys and Cittylus ( Athens, Nat. Arch. Mus. ; tallness of young persons 1.47 m/4ft 10 in ) , made of limestone carved in high alleviation, shows two standing males in airss that are mirror images of one another. Two monolithic kouroi dedicated at Delphi c. 580 BCE, traditionally but likely falsely identified as Cleobis and Biton of Argos, are practically indistinguishable ( Delphi Mus. ; tallness of each 1.97 m/6 foot 6 in ) . Three Samian korai lined up on a statue-base as portion of a household dedication are basically indistinguishable in airs and in visual aspect. Lost-wax casting is a generative procedure, and the Greeks used it to do large-scale bronzes from the Archaic period onwards. This method was good suited to sculpture that was stylistically insistent, limited to standing, striding, or seated figures that served entirely spiritual maps. In other words, although bronze has a far greater tensile strength than does lapidate, its flexibleness was non exploited, for large-scale bronze statues of the sixth century did non divert from the rigorous expressions dictated by Archaic stylistic convention. Therefore two little bronze equestrians from Samos were cast from the same original theoretical account ( Samos, Arch. Mus. ) , as were two bronze kouroi ( Samos, Arch. Mus. ; and Berlin, Altes Mus. ) , the lone existent difference between the latter being that the left leg of one of them was inscribed by the dedicator, Smicrus. To project a bronze statue, the Greeks took piece-moulds from a basic theoretical account, and lined them with wax to do a thin-walled wax working theoretical account, which was usually produced in subdivisions and so pieced together. After seting the wax limbs and modeling and carving the surface inside informations, the artist/technician dismantled the working theoretical account. The piece-moulds could be reused to organize extra wax working theoretical accounts when more than one bronze was to be cast from the same basic theoretical account. The single subdivisions of the statue were invested individually in clay molds, and baked-to dry the clay and melt out the wax. Following, liquefied bronze was carried from the nearby furnace, poured into funnels, and therefore channelled into the molds to project the statue subdivisions. These could be joined automatically or metallurgically. For case, the Delphi Charioteer ‘s caput, weaponries, and trunks were socketed in topographic point, whereas his lower legs and pess appear to hold been hard-soldered to a home base hidden by the hem of the columnar skirt ( 478 or 474 BCE ; Delphi Mus. ; height 1.8 m/6 ft ) Completing touches included inset Ag dentition, a Ag meander in the filet adhering his caput, and lifelike stone eyes encased in Cu ciliums. Workshops for the production of statues and of figurines surely existed near many of the sanctuaries in which the images were dedicated, though little bronzes could besides hold been carried into a sanctuary from an wholly different venue. The usage of duplicative procedures further complicates the inquiry of regional manners, since this type of production meant that moulds taken from one basic theoretical account could hold been transported elsewhere for making waxes and so projecting them in bronze. Harmonizing to ancient literary beginnings, the tradition of raising statues of masters in athletic competitions began in the 3rd one-fourth of the sixth century. Pausanias makes it clear that such statues were non votive offerings, but that they were ‘given to the masters in the games ‘ ( 5. 21. 1 ) . The earliest such statues were made of wood, but bronze shortly came to be preferred, no uncertainty because of the freedom of motion this lightweight medium afforded. A new drift towards naturalism in sculpture had begun good before the terminal of the sixth century. The standing frontal male statue is reduced to life size, becomes somewhat asymmetrical, and is more realistic. The early 5th-century marble Kritios Boy ( Athens, Acropolis Mus. ; present height 1.17 m/3 foot 10 in ) is a all right illustration of this tendency towards naturalism. His caput turns a small to his right, his hips and shoulders displacement because he is really standing on one leg and loosen uping the other 1. His spinal column curves, his flesh appears soft and vernal, the Archaic smiling is gone, and the eyes were one time inlaid to impart pragmatism to the male child ‘s regard. In bronze excessively, the semblance of pragmatism was increased by inlaid eyes with Cu ciliums, Cu lips and mammillas, Ag dentitions, and silver fingernails. There is besides grounds that the surfaces of some bronzes made during the Classical period were painted or patinated. Our few preserved big bronze statues make a dramatic contrast to the many extant figurines, whose complex motions and pronounced tortuosity make them strongly 3-dimensional. Differences between the types represented in figurines and in large-scale bronzes are likely due more to independent stylistic traditions than to differences in methods of production. The early Classical bronze Artemision God ( Athens, Nat. Arch. Mus. ) is a convincingly realistic exclusion to this regulation. He takes a large measure and draws back his arm to hurtle a arm, writhing somewhat at the waist, left arm forward to equilibrate himself. And yet his basically planar silhouette is non far removed from the stiffly striding aggressor of the Archaic period, with a frontal trunk and weaponries and legs in profile. Myron ‘s celebrated early Classical bronze discus-thrower does non last, but the literary beginnings give a clear sense of a immature adult male ‘who bends down†¦ turning toward the manus that holds the discus, and somewhat flexing the other articulatio genus, as if to unbend up with the throw ‘ ( Lucian, Philopseudes 18 ) . In add-on, there are a figure of ancient reproductions of the statue, including two erected by the Roman Emperor Hadrian at his state Villa in Tivoli ( Vatican Mus. ; London, BM ) . Although jocks might be represented engaged in athletics, the more common 5th-century type was that of standing bronze jocks, heroes, or generals developed from the Archaic kouros. Statuettes likely reflect large-scale images of the same types. The accent that bookmans have placed upon regional Centres of production during the Archaic period is replaced by a inclination to tie in Classical statues with the names of peculiar creative persons who are known from the ancient literary testimonia. The over-life-size Riace Bronzes, for case, have been given at least eight attributions-to Onatas, Myron, Phidias, or the ‘school ‘ of Phidias, Polyclitus, or a ‘follower ‘ of Polyclitus, Attica, or south Italy. Whoever made them, the statues are rare endurances of the Classical manner, for most ancient bronzes were finally melted down so that the metal could be reused, frequently for arms and ammo. The Riace Bronzes, their caputs turned, musculuss flexed, and pess bearing unequal weight, represent the realistic yet perfected Classical manner ( Reggio Calabria, Mus. Nazionale ) . A individual basic theoretical account was seemingly used for both of these bare statues ( height 1.97 and 1.98 m/6 foot 6 in ) , and their overall similarities are unmistakable, but each version was individualized in the wax before being dramatis personae, ensuing in important differences, peculiarly in the faces, face funguss, and hair. They were meant to be seen as persons, though both images have idealized organic structures, and both were one time helmeted and equipped with shield and lance. In the first century ad, Pliny estimated that a major metropolis or sanctuary might incorporate about 3,000 statues. On the strength of lasting statue-bases, we can presume that the standing bare male was the most common type of image. Commemorative statues of jocks, as of military heroes and political leaders, were to be seen in every metropolis and wherever competitions were held in Greece: some in action, others merely standing, naked as in competition, one manus raised to the master ‘s garland, or keeping a strigil or a palm-branch. Three different groups of marble pedimental figures were carved for the temple of the nymph Aphaia on the island of Aegina near Athens ( Munich, Glyptothek ) . They include a scope of manners produced during a 20-year period ( 500 – 480 BCE ) , at the clip when Greece was under changeless menace of coup d'etat by the Persian Empire. The to the full 3-dimensional figures in these luxuriant conflict scenes are carved to one graduated table, with the exclusion of the colossal images of Athena supervising the conflict from the Centre of each pediment. Indeed, the many places that can be used for a conflict scene are good suited to the triangular confines of a pediment. Two fallen warriors illustrate the differences between the earlier and later manners. The earlier one reaches about jauntily for the sticker stuck between his ribs, his face adorned with an Archaic smiling ; while the ulterior one is clearly deceasing, his caput set, his drooping organic structure supported merely b y the carpus still fixed in its shield-strap. The extended usage of added bronze characteristics on these figures recall mentions in the ancient literary beginnings to a celebrated bronze metal that was produced on this island. Pliny relates that the Athenians introduced a new usage when in the late sixth century BCE they set up two statues marking existent people, and did so at public disbursal ( Natural History 34. 17 ) . The bronzy Tyrant-Slayers stood in the Agora at Athens until they were carried off by the Persians in the class of destructing the metropolis in 480 BCE. Just three old ages subsequently, the Athenians set up another brace of striding assailing Tyrant-Slayers. Finally, Alexander the Great ( 336 – 323 BCE ) or one of his replacements reclaimed the original brace, and put them beside the others in the metropolis Centre ( ancient marble transcripts in Naples, Mus. Arch. Naz. ) . The rise of the Classical manner is normally dated to 480 BCE, when the Persians were resolutely repulsed from Greece, ten old ages after their first lay waste toing invasion of the Grecian mainland. Contemplations of the Grecian triumphs over the savages may be seen in the pick of fabulous subjects-Greeks get the better ofing non-Greeks-that continued to be used for architectural sculpture during the fifth century. Well-groomed fine-looking Grecian young persons fight wild-haired ripening centaurs in the early Classical marble sculptures from the west pediment of the temple of Zeus at Olympia ( c. 460 BCE ; Olympia Mus. ) . Relationships between organic structures and curtain are explored, complicated groups of figures are portrayed in overdone actions, and persons reveal a modicum of emotional response to physical quandaries. In blunt contrast to this manic activity, the quiet figures in the east pediment are fixing for the chariot race between Pelops and Oenom & A ; auml ; us, who se fatal result would hold been known by every visitant to Olympia. After the race, Pelops was to go the eponymic swayer of southern Greece, the Peloponnese. Phidias designed far more idealised sculptures to decorate the Parthenon in Athens, whose edifice histories, inscribed in rock, day of the month the undertaking between 448 and 432 BCE. By their huge Numberss, and by the scope of topics illustrated, these sculptures make a public statement about the glorification of the metropolis. They are used today to represent the high Classical manner. The 92 metopes around the exterior of the edifice represent struggles between Greeks and Trojans, Amazons, and centaurs, and between the Greek Gods and the giants ( 447 – 442 BCE ; London, BM ) . Above the metopes, the marble figures in the pediments, carved to the full in the unit of ammunition, illustrate the birth of Athena, the metropolis ‘s eponymic goddess ( on the E ) , and the competition between Athena and Poseidon over the metropolis of Athens ( on the West ) ( 438 – 432 BCE ; London, BM ) . These monolithic figures are vernal and idealised, their significance describ ed without emotion, but in footings of inordinately expressive curtain and of perfected anatomy. Within the colonnade, the idealised figures of the frieze around the temple ‘s cella stand for a non-mythological event, one that was familiar to all Athenians-they move in ranks around the edifice in the Panathenaic emanation to honour Athena ‘s birthday, the caput of the emanation holding before a relaxed gathering of sitting Olympic divinities ( 442 – 438 BCE ; London, BM ) . The colossal chryselephantine ( gold and tusk ) statue of Athena Parthenos ( the virgin ) that stood within the temple, known today merely from ancient descriptions and small-scale reproductions, exemplified the stateliness, sublimity, and self-respect of Phidias ‘s work ( Dionysius of Halicarnassus, Isocrates 3 ) . In fact, chryselephantine, the richest and most coveted stuff for cult statues, was a forte of Phidias, as were prodigious statues and cult images. His most celebrated work in this medium was a immense statue of Zeus for the temple of Zeus at Olympia, which was greatly admired, and came to be hailed as one of the Seven Wonders of the ancient universe. Both Phidias and Polyclitus of Argos, the best-known creative persons of their twenty-four hours, worked in chryselephantine, bronze, and marble. And, as with the edifice histories for the Parthenon, records for the production of Phidias ‘s colossal bronze Athena for the Athenian Acropolis ( Athens, Epigraphical Mus. ) indicate that a successful creative person was non entirely responsible for the originative thought behind a statue, but besides hired the staff and supervisors for the completion of the undertaking. Indeed, in ancient Greece, one word-techn & A ; eacute ; -was used to intend art, trade, and accomplishment. Polyclitus, a coeval of both Myron and Phidias, was the most famed sculpturer of his clip. His forte was athletic statuary, and he was extensively praised for his bronze statue of the Doryphorus ( Spear-Bearer ) , which, like his treatise on that work, he called the Canon, whence comes the modern usage of that word. Pliny says that Polyclitus was a challenger of Myron, both in his pick of Delian bronze over Aeginetan bronze and in the manner of statuary which he produced ( for two of the legion Roman marble transcripts, see Naples, Mus. Arch. Naz. , and Minneapolis, Inst. of Arts ) . Indeed, Polyclitus worked chiefly in bronze, and he was said to hold perfected the accomplishment of sculpture ( Pliny, Natural History 34. 55 ) . Of peculiar involvement to bookmans has been his concern with symmetria, as explained in his treatise and exemplified in the Doryphorus. Though both the book and the statue are lost, symmetria seemingly refers to the precise mathematical proportions of the par ts of a statue to one another. The proportions developed by Polyclitus were considered so right that other creative persons copied them infinitely, in the hope that they excessively would accomplish flawlessness in their work. There are many ancient reproductions of the Doryphorus, in the signifier of full statues and of flops, in marble and in bronze, non to advert the many athletic statues and portrayal statues which emulated that celebrated work. The troubles inherent in modern efforts to measure an original from a reproduction are apparent when one considers that the ‘copy ‘ is frequently in another signifier or another medium than the original. For illustration, a bronzy caput cast atop a herm and found in a Roman Villa is unmistakably that of the Doryphorus, but it is inscribed ‘Apollonius, the boy of Archius, the Athenian, made this ‘ ( Naples, Mus. Arch. Naz. ) . Praxiteles and Lysippus are the two names that dominate histories of 4th-century sculpture. The closest we can come to the lost plants of Praxiteles is through the about 60 lasting versions of his celebrated Aphrodite of Cnidus, said to hold been the first statue of a bare adult female of all time made, and to hold been modelled after Praxiteles ‘ lover Phryne. The painted marble statue of Aphrodite was, harmonizing to Pliny, one of two that Praxiteles carved, the other being draped, following tradition. The people of Cos chose the cloaked image, but the Cnidians purchased the nude, which became far more celebrated ( Natural History 36. 20 ) . The large-scale reproductions show a plump but less-than-feminine bare adult female half-heartedly covering her venereal country with one manus, while the other Lashkar-e-Taibas slip her cast-off garment, which cascades over a hydria ( water-jar ) standing at her side ( e.g. Vatican Mus. ) . The statues of Erotes, of Apollo murdering a li zard, of lecher, and others that have been ascribed to Praxiteles on the strength of the literary testimonia are all debatable, as is the Hermes with the babe Dionysus ( Olympia Mus. ) , which was one time widely thought to be an original work by the creative person, but which is far more likely to be a creative activity of Hellenistic or Roman day of the month. Lysippus was the tribunal portrait painter for Alexander the Great, and his celebrated portrayal of the swayer, though based upon the tradition of heroic standing figures, is a typical type. The accent that Lysippus is said to hold placed upon the bend of Alexander ‘s caput, on the regard, and on the sense of power, with one manus outstretched, the other raised to keep a spear, were common features of honorary statues produced during the Hellenistic and Roman periods. For much of the fourth century, the production of bronze statuary was dominated by the Sicyonian workshop of Lysippus and his household. Lysippus produced non merely portrayals of Alexander and his friends, but besides works like an Apoxyomenus ( athlete grating himself with a strigil: one Roman marble version in Athens, Nat. Arch. Mus. ) , a bibulous miss playing a flute, a twosome of runing groups, assorted chariot groups, a portrayal of Socrates, and a lecher. There is no inquiry that his manner was really influential, and he was besides a fecund creative person. Literary mentions to his holding worked straight from nature, therefore bettering the art of portrayal, are likely derived from streamlined production processes that were developed in the household metalworks, which would hold both improved similitudes and speeded production, to run into the turning demand for his popular bronzes. The Mausoleum at Halicarnassus ( modern Bodrum ) was the name given the grave of Mausolus, the Persian governor of Caria ( d. 353 BCE ) . The immense rectangular edifice, crowned by a prodigious four-horse chariot keeping portrayal statues of Mausolus and his married woman ( height c. 3 m/10 foot ; London, BM ) , was one of the Seven Wonders of the ancient universe. The graven friezes decorating the edifice or its dais were carved by some of the great creative persons of the 4th century-Scopas, Bryaxis, Timotheus, and Leochares. Authorship can non now be assigned with any certainty to lasting frieze-blocks, but the topics depicted did non go from established traditions, and included a centauromachy, an Amazonomachy, and a chariot race. ( Many of the surviving sculptures are now in London, BM. ) Alexander ‘s regulation ( d. 323 BCE ) marks the terminal of the Classical period. The Hellenic period lasted until Octavian ‘s licking of Antony at Actium in 31 BCE. The Classical stylistic tradition continued, as did the demand for public memorials and spiritual dedications. The Attalid dynasty at Pergamum in Mysia ( Asia Minor ) commemorated decisive triumphs over the savages ( the Gauls ) in the 170s and 160s BCE by constructing an communion table to Zeus on their acropolis which was decorated with a frieze exemplifying the conflict between the Gods and the giants. Carved in high and dramatic alleviation, the frieze is a consummate illustration of the alleged ‘Hellenistic Baroque ‘ manner ( Berlin, Pergamum Mus. ) . The dramatic action, the emotional looks, the dramatic chiaroscuro of the deeply carved inside informations, the detonation of figures beyond the boundaries of the frieze, and the multiple textures of wings, graduated tables, curtain, and flesh , do these reliefs a circuit de force, intriguing for their unexpected and thorough inside informations. But the topic and the groupings of figures are non wholly advanced: they are besides a witting remembrance of the 5th-century Parthenon in Athens, with its pointed mentions to the Greeks ‘ mob of the savages ( the Persians ) in 480 BCE. Here excessively, Athena was the defender of the metropolis. Pergamum, like Athens, was a cultural capital, and its library was 2nd merely to the great library in Alexandria: the Gigantomachy is encyclopaedic and all participants are included, their names inscribed for those who might be unsure of the iconography. At the same clip, new types of statues and new manners were introduced to fulfill the quickly turning market for statuary among private proprietors. Those who had seen Lysippus ‘ portrayals of Alexander wanted their ain portrayals cast. As the market grew, people came to desire statues for their places and gardens. There were statues for everyone, for every context. Popular figure types could be modified to accommodate a peculiar demand or desire, but images that were one of a sort were besides available. A purchaser could take a subject for a peculiar context, or purchase an Archaizing kouros, a reproduction of the celebrated Aphrodite of Cnidus, or a more modern-day image of Aphrodite seting a aureate necklace. Certain popular types, like the kiping Eros, had such broad entreaty that discrepancies were produced in bronze, marble, and terracotta, in all sizes, and were sold all over the Mediterranean, Europe, Egypt, and Asia Minor. Deities that were represented were non needfully devotional, and new 1s were introduced to suit new involvements. Aphrodite at her lavatory was widely sold, as were lechers, nymphs, Hermaphrodites, Hypnus, Pan, the Eastern boy-god Attis, and the Egyptians Isis and Horus/Harpocrates. The ordinary, the alien, and the grotesque gained in popularity: aliens, amusing histrions, and street people. There were bronzy images of celebrated philosophers, and of people dancing, stooping, wrestle, and sleeping, including the immature, old, malnourished, and deformed. In bronze, cosmetic inside informations were emphasized, patination and picture were common, and characteristics such as eyes, dentitions, lips, mammillas, filets, and curtain decorations were really frequently in laid in Cu, Ag, and niello. Major Hellenistic Centres of production included Egypt, Asia Minor, and Syria, in add-on to Greece proper. Rome became a major market, and some Grecian craftsmen established workshops in Italy. Such a widespread Koine grew up that troubles in set uping chronology and in acknowledging regional differences among plants produced in the Hellenistic/early Roman period are host. Stylistic dating is impossible, for Hellenistic plants may be versions of Classical or Archaic works or genres. Two shipwrecks dating to the early first century BCE give a good sense of the trade at that clip. Both went down along the path between Greece to Italy, and both were found by sponge fishermen. A ship found off the island of Anticythera was transporting assorted marble and bronzy sculptures, runing in day of the month from the fourth century BCE to about 100 BCE. The marbles include a Hercules of the comparatively common ‘Farnese ‘ type ( see Farnese Hercules ) , the first illustration of whic h has been ascribed by bookmans to Lysippus, and two statues of Aphrodite, two of Hermes, and a Zeus, an Apollo, Achilles, Odysseus, an oil-pourer, Equus caballuss, seated work forces, a helmeted adult male, young persons, and terpsichoreans, possibly all of them from popular production lines ( discoveries are in Athens, Nat. Arch. Mus. ) . The 2nd ship, discovered off the seashore of modern Tunisia, contained a huge lading of luxury points. There were marble craters ( blending bowls ) and candelabrum, statuary, flops, alleviations, column capitals and bases, and 60 to 70 marble column shafts. The bronzes included statuary and furnishings-a statue of a winged Eros, a caput of Dionysus on a herm ( rectangular shaft ) , and big figurines of Eros playing a lyre, of three dancing midget, a lecher, an histrion, Hermes, and a Canis familiaris. There were hanging lamps, in the signifier of hermaphroditic figures, a figure of vass, a mirror, and the bronze legs and adjustments for more than 20 dining sofas ( discoveries are in Tunis, Mus. National du Bardo ) . The ladings of these two ships illustrate the scope of marketable types and manners of images that were being produced in workshops throughout the Mediterranean during the late Hellenistic period.