Human Resource Management :: Business, Team Work, Hero Cycle

1.1Introduction In every organization there are some key roles like motivation, leadership, training, staffing employment and developments which are performed by Human Resource Management. These performances are deeply related with each other to the role of leadership and motivations in the organizations. These are the basic and fundamental functions in every organization as well as in the whole of human resource management. It is also related with the role of leadership, motivation, and aims of objectives of the organization. As per this chapter the human resource management will be discussed thoroughly and as a result, it will be related with the role of leadership and motivation in the organization. According to the aims and objects of the study, this chapter will also discuss the literature in connection with the role of leadership and motivation in the Indian manufacturing units and the Indian organization. 1.1 Company Profile Hero cycle is a creation of belief. The philosophy there is a team work, commitment and their s prudence. They started their journey before the INDO-PAK separation (before independence).the four brothers started it that has everything unity, leadership, hardworking and they all were behind their mission. They started their business in 1956 with the key components of cycle and after that they started to assemble the entire cycle in their Ludhiana plant. With their full dedication and with motivation in their employees they started growing their production and attracting the highly skilled engineers administrators as well as the entrepreneurs. They products 18500 cycles in one day and they have highest global reckoning. With 48% share this amount has catapulted the organization hero cycle in the ‘Guinness Books of World record in year 1986 and they have maintained their status till now in the international cycle market. Hero group has a highest rank in the top most 10 Indian busi ness houses included with 18 companies. There estimated turnover is US$1.8 billion during the year 2003-2004.in 1960 only few of companies were interested in export but in 1963 the hero group entered in the overseas market. One time the export business was restricted in Africa and Middle East but now 50% of the market they are demanding stuff from the hero cycle and they are fulfilling and meet the requirements of Europe and America also. Due to their best quality and excellent services they are developing their status and their market value in the bicycle market (www.herocycle.com). 1.2 Aims and objectives of the research

Lab 2: Microscopy and the Metric System

Microscopy and the Metric System Margaret E. Vorndam, M. S. Version 42-0090-00-01 Lab Report Assistant This document is not meant to be a substitute for a formal laboratory report. The Lab Report Assistant is simply a summary of the experiment’s questions, diagrams if needed, and data tables that should be addressed in a formal lab report. The intent is to facilitate students’ writing of lab reports by providing this information in an editable file which can be sent to an instructor. Exercise 1: Measuring Length, Weight, Volume, and Temperature Try the following conversions for practice. 40,000 ng =0. 24mg =0. 00024g50 cm =500 mm =0. 5m Procedure 1. Length: A metric ruler is useful for measuring items of length. The ruler below measures in mm, indicated by the small mm near 0. a. How many mm are there in 1 cm? 10, in a meter (m)? 1000 (Ruler is not to scale. See ruler in dissection kit. ) b. Locate a measurable object to use for this exercise. If the object is long, obt ain a yardstick that includes a cm scale; they can be found in local hardware stores. c. Record the length of the object below and do the conversions: Name of object: ID card . 5 cm=85mm=0. 085m Volume: Always pour an approximate volume of liquid into a clean beaker and then from the beaker into the volumetric flask or graduated cylinder. This will minimize contamination of the parent liquid source. Dispose properly of any leftover liquid. Do NOT pour it back into the original container. Why? This is so the original liquid does not get contaminated. When using a pipet or dropper to measure liquid, pour an aliquot into a clean beaker and then draw up the liquid from the beaker into the pipet. NEVER try to draw up chemicals by mouth.Why? Chemicals could go into your mouth, which is potentially dangerous and should never be done no matter if they deemed â€Å"safe† or not. Weight: Use the pen scale from the lab kit to measure out exactly three grams of sugar. Make sure to tare t he bag before adding the sugar. Why must the bag be tared before adding the sugar? This is done so the weight of the bag is not counted with the weight of the sugar. You must think about the weight of the bag when weighing out the three grams of sugar. How is the weight of the bag accounted for when the sugar is weighed?The bag is weighed first and then the 3 g of sugar is added on top of that weight so at the end the weight is more than 3g total due to the bag. Temperature: Practice converting the following with this conversion formula: 45 °F = 7. 2  °C 62 °F =16. 7  °C 98. 6 °F =37 °C Use a Celsius thermometer to measure the  °C temperature of several different aliquots of cold and warm tap water. Make sure to allow the thermometer to remain until the temperature is stable and no longer changes. Record the temperatures: Cold-15 °C Warm – 29 °C Hot- 48 °C Questions A. What laboratory equipment would be used to measure the following items? g flour| Beaker and scale| 36 mL water| Graduated cylinder| The length of a frog’s leg| ruler| 36 g water| Beaker/balance| 38? C| thermometer| Volume of a turtle*| Water displacement| 125? F| thermometer| Volume of blood| Graduated cylinder| Weight of a plant| Bag and scale| Weight of blood| Beaker and scale| Temperature of a fish’s body| thermometer| Temperature of blood| thermometer| *This answer may require some creativity. How could it be done? B. Provide the calculation steps, including the conversion factor that would be needed to convert the following measurements, and the final answers.Use U. S. and liquid units where appropriate. 248 g| = 248,000 mg| 145,000 ? L| = 145mL| 536 mL| = 536 cc| 0. 372 kg| = 372 g| 0. 75 L| = 750,000 ? L| 20. 39 cm| = . 2039 m| 145,000? L*(10^-6L /1? L)*(1000mL/1L)=145mL .372kg*(1000g/1kg)=372g 20. 39cm*(1m/100cm)=. 2039m 145,000? L*(10^-6L /1? L)*(1000mL/1L)=145mL .372kg*(1000g/1kg)=372g 20. 39cm*(1m/100cm)=. 2039m 248g*(1000mg/1g)=248,000mg 536mL *(1cc/1mL)=536cc 0. 75L*(1? L/10^-6L)=750000 ? L 248g*(1000mg/1g)=248,000mg 536mL*(1cc/1mL)=536cc 0. 75L*(1? L/10^-6L)=750000 ? L C.Provide the calculation steps, including the conversion factor that would be needed to convert the following measurements, and the final answers. Use US and liquid units where appropriate. 3 cups= . 711 L7,893 mg = . 0174 lb 2. 25 oz= 66. 53 cc36? C= 96. 8 ? F 7893mg*(1lb/453592mg)=0. 0174lb 36? C*(9/5)+32=96. 8? F (96? F-32)*(5/9)=35. 56? C 7893mg*(1lb/453592mg)=0. 0174lb 36? C*(9/5)+32=96. 8? F (96? F-32)*(5/9)=35. 56? C 3 cups*(. 237L/1cup)=. 711L 2. 25oz*(29. 57cc/1oz)=66. 53cc 145,000uL*(1tsp/4928. 92uL)= 29. 42tsp 3 cups*(. 237L/1cup)=. 711L 2. 25oz*(29. 57cc/1oz)=66. 53cc 145,000uL*(1tsp/4928. 92uL)= 29. 42tsp 45,000 uL = 29. 42 tsp96? F= 35. 56 ? C D. What advantages does the metric system have over the English method of measurement? What are the disadvantages? The metric system is advantageous because it has a base of ten, making measurements e asier to take, read, understand, and convert. The prefixes are also standard so they transfer between all measurements. Also, more countries use the metric system whereas basically only the US uses the English method. The main disadvantage of the metric system is that Americans have not grown up with these measurements so they are harder to picture and understand what distance, weight, etc. ach measurement is. For example, it is much easier for most Americans to understand the distance of a mile than to try and picture how long a kilometer is. E. Outline the steps necessary to accurately weigh 3. 5 g of starch. This depends on the scale used, but with the pen scale included in the labpaq, tare a bag or other container that can be used. Then add in the starch until the weight on the scale reads the weight of the container plus 3. 5 g. F. Outline the steps necessary to accurately pipet 5 mL of distilled water. Pour an aliquot of distilled water into a clean beaker.Put a little more th an 5mL of distilled water in a beaker. Pipet 5mL from the beaker, and check to see if the bottom of the meniscus lines up with the 5mL line. Exercise 2: Microscopy The compound light microscope effectively magnifies in the range of 40x to 2000x. If an object under view is 10 nm in length without any magnification, what will be its viewing size at 40x? 400nm at 2000x? 20 ? m What is the equivalent size at these magnifications, in inches? Show your calculations. 400nm*(1cm/10^7nm)*(1in/2. 54cm)= 1. 57*10^-5 in. 20? m*(1cm/10^4? m)*(1in/2. 54cm)= 7. 87*10^-4 in.The scanning electron microscope (SEM) employs electron bombardment to image very small specimens. Electron microscopes are used to image specimens that range from 1 nm to 100  µm in size. What is the equivalent in inches? . Show your calculations. 1nm*(1cm/10^7nm)*(1in/2. 54cm)= 3. 94*10^-8 in. 100 ? m*(1cm/10^4? m)*(1in/2. 54cm)= 0. 0039 in. Procedure 1. Parts of the Compound Light Microscope: Refer to a microscope as this s ection is read. Label the microscope diagram that follows as the examination of the microscope proceeds. a. Eyepiece (Ocular Lens): The magnification power is stamped on the outside of the lens.What is the power of the ocular lens? Microscopes may have interchangeable ocular lenses of different magnification. 15x b. Body Tube: Holds the ocular and objective lenses at the correct focal distance. c. Arm: Used to transport microscope and hold the body tube. d. Nosepiece: The revolving device that holds the objective lenses. May also be referred to as the turret. e. Objective Lenses: Consists of one or more lenses: i. The scanning power objective lens is the shortest of the lenses. What is its power? 4x ii. The low-power objective is slightly longer than the scanning objective. What is its power? 10x iii.The high-power objective is longer than the low-power objective. What is its power? 40x Label this microscope diagram with the appropriate part names and their functions: Eye piece- len s that you look through Body tube- Piece that leaves distance between lenses Course adjustment knob- adjusts focus Nosepiece- turns the lenses Objective lenses- magnify objects Stage- holds slides Mirror- reflects light so you can see what’s on the slides Base- bottom of microscope allowing stability Arm- Supports the tube and connects everything Eye piece- lens that you look through Body tube- Piece that leaves distance between lensesCourse adjustment knob- adjusts focus Nosepiece- turns the lenses Objective lenses- magnify objects Stage- holds slides Mirror- reflects light so you can see what’s on the slides Base- bottom of microscope allowing stability Arm- Supports the tube and connects everything a b c d e f g h i Parts not included in microscope are: Light source Source: Sharma, Abhishake. Labeled Microscope Drawing. N. d. Buzzle. com. 2. Focusing the Microscope: If the microscope includes an oil immersion lens, place a drop of immersion oil on the slide cover sl ip before rotating the lens into place.The function of the oil is to minimize light diffraction through the slide and subject so that greater detail can be seen. After using the oil immersion lens, clean excess oil off of the lens and the slide with a lens cloth. Never tilt a microscope when using oil or if viewing a wet slide. Why? The liquid could come off of the slide and get into a place in the microscope that isn’t good for it, and it will be messy also. 3. Operating the Microscope: a. Obtain a clean slide and cover slip from the slide box. Place the slide and cover slip separately on a paper towel or other soft surface to reduce the possibility of scratching them. . With scissors, cut a letter â€Å"e† from an old magazine or newspaper. c. Place the letter in the center of the slide. d. Follow the instructions in Section 6 below to make a wet mount of the letter. e. Following the directions outlined above under Handling and Focusing the Microscope, place the prep ared slide on the microscope stage. Leave the scanning lens in place and focus so that the letter is clearly viewable. Make drawings of the letter in the boxes below as instructed. Side of the slide furthest away from student| Look from the side of the microscope, viewand then draw the letter here, as it appears onthe slide on the stage. | e e Draw the letter here as it appears when viewing it through the microscope. | Side of the slide closest to student| f. What is observed? Microscopes invert the image on the slide. This means that the subject will appear to be 180 ° rotated and reversed from the actual image viewed on the slide. g. While viewing the letter through the lenses, move the slide slightly. What do you observe about the movement of the letter and slide when viewed through the lenses? When I move the slide up, what I’m viewing moves down. When I move the slide to the left, the image moves right. . Use the directions above to view the letter at the higher object ive powers. On the drawing made above, circle the portion of the letter that is viewable as successively higher power observations are made. What is your conclusion about what happens when higher power objectives are used? Only a piece of the top part is viewable. Higher power objectives magnify the image more. 4. Total Magnification Calculation: Typically, the ocular lens of a microscope will be 10x, but it may be higher or lower. The power is recorded on the side of the lens. a.What is the ocular lens power of the microscope that you are using? It may be 10x or 15x. Record it in Table 1. b. The objective lenses also have the magnification power recorded on their sides. What powers do the objective lenses on the microscope have? Record them in Table 1. c. Now, calculate the total magnification of the viewing area by multiplying the power of the ocular lens with that of the objective lens in use. For instance, if a microscope has a 10x magnification ocular lens and a 4x objective le ns in place for viewing, the total magnification will be 40x (10x multiplied by 4x).What other view magnifications are possible with the microscope? Calculate the total magnification for each set of lenses in Table 1. Table 1: Calculating Magnification Ocular Lens Magnification x| Objective LensesMagnification =| Total Magnification| 15x| 4x| 60x| | 10x| 150x| | 40x| 600x| 5. Diameter of Field: a. With the low-power objective in viewing position, place a short transparent metric ruler on the stage. b. While viewing the ruler through the lenses, measure the low-power diameter of field of view in mm. Convert this measurement to ? m and record in Table 2. c.Switch to the other higher power objectives, noting the diameter, in mm, for each in Table 2. Convert measurements to ? m. How might this information be useful when viewing microscopic subjects? Micrometers are smaller, so it is useful for very small objects when mm would be a very small number that wouldn’t be very understan dable. Table 2: Diameter of a Viewing Field | Magnification(ocular x objective lens’powers)| mm diameterof field of view| ? m diameter *of field of view| Scanning Lens| 60x| 2mm| 2000 ? m| Low Power Lens| 150x| 1mm| 1000 ? m| High Power Lens| 600x| Can’t tell,

Why Does Mozart’s Talents and Lifestyle Cause Salieri to Take Revenge on God

â€Å"Why? †¦ What is my fault? †¦ Until this day I have pursued virtue with rigor. I have labored long hours to relieve my fellow men. I have worked and worked the talent you allowed me. And now I do hear it-and it says only one name: MOZART!. † It has been stated throughout the play Amadeus, by Peter Shaffer that two very unique and different characters both have the love of music. A man name Antonio Salieri and another name Wolfgang Amadeus Mozart. However, one individual becomes envious of a man’s genius work, and lifestyle. A person name Antonio Salieri because throughout the play Amadeus, Salieri becomes jealous of Mozart through his achievement of being a musician, superior quality and of course the skills Mozart holds within. From reading the end of the play of Act 1, Mozart’s talents and lifestyle cause Salieri to take revenge on God for many reasons. Throughout the play, one of the reasons why Salieri took revenge on God because of Mozart is the fact that Mozart is a child who was born as a prodigy. He was an individual who was gifted beyond the means of an average child. According to the play, the Venticelli I and II stated that â€Å"Wolfgang Amadeus Mozart wrote his first symphony at five. He did his first concert at four and a full opera at fourteen (I. 3. 20-21). † That has a lot to say about Mozart because at that young age he had achieved something great, and as they would say he was born as a gifted individual, a prodigy. Therefore, he felt that there was someone out there that might have been better than or as good as him in Europe. Another reason why Mozart’s talents and lifestyle cause Salieri to take revenge on God is the fact that Mozart had an affair with a pupil of Salieri, her name Katherina Cavalieri. The reason that Salieri became furious himself because he tried to get with Katherina Cavalieri, Salieri quoted â€Å"I was very much in love with Katerina or at least a lust (I. 3. 19)†. However, that didn’t happen because he made a bargain with God. Which clearly states, â€Å"Signore, let me be a composer! Grant me sufficient fame to enjoy it. In return, I will live with virtue. I will strive to better the lot of my fellows. And I will honor you with much music all the days of my life! (I. 2. 16. 17)†. Antonio Salieri became envy of Mozart because he took Katherina Cavelieri into bed. Depicted from the play by Shaffer, Constanze quoted â€Å"He doesn’t drag them into bed! (I. 10. 48)†. This was also another reason why he envied Mozart, hated him and as well later in the play took out his anger on God. Lastly, another reason is when Salieri took the manuscripts from Mozart because it holds greatness. It was the original copy of Mozart’s genius work, quoted â€Å"She said that these were his original scores (I. 12. 57). In addition, it was quoted â€Å"Then suddenly he snatches it, tears the ribbon, and opens the case and stares greedily at the manuscripts within (I. 12. 57). † This was one of the biggest reasons why he envied Mozart as a person because it takes him one try to complete his music and as for himself it takes long hours and days to complete one of his own wo rks, which may or may not be compared to Mozart’s pure genius work. In conclusion, the opening quote of the play is meant for the hatred of Mozart. It states, â€Å"Spiteful, sniggering, conceited, infantine Mozart who has never worked one minute to help another man! I. 12. 59). † The reasons stated in the previous paragraphs were examples of the fact that Salieri envied and hated Mozart, as well as taken it out on God because he feels that he was betrayed by God in way that he didn’t do anything about destroying Mozart who in fact is making Salieri’s, life a bit more frustrating, when in fact he made a bargain with God and did everything he promised, and God does this. Therefore, he Salieri implied â€Å"I’ll tell you about the war I fought with God through his preferred Creature-Mozart, name Amadeus, The creature had to be destroyed (I. 12. 60). †

Contrast the priorities of the northern and southern Renaissance Essays

Contrast the priorities of the northern and southern Renaissance Essays Contrast the priorities of the northern and southern Renaissance Paper Contrast the priorities of the northern and southern Renaissance Paper The renaissance was a period in European cultural history that began in Italy around 1400 and lasted there until the end of the 16th century. It flourished later elsewhere in Europe and lasted until the 17th century. The Renaissance brought an all around change in the way people thought and in their beliefs. People began to discover the world and discover themselves as individuals. The world was beginning to change, technology progressed, and art and music became liberated. The Renaissance could also be known as a Revival of Learning. People began to question the basic facts of life of which they were forced to accept. Acceptance was replaced with questioning, experimenting, understanding and learning. Central to the renaissance was humanism, the belief in the active, rather then the contemplative life and a faith in the republican ideal. However the greatest expression of the renaissance was in arts and learning. For example Alberti, in his writings on painting, created both methods of painting using perspective to create an illusion of a third dimension and a classically inspired non-religious subject matter. Even in his architecture, he created a system of simple proportion that was to be followed for hundreds of years. The Renaissance was heralded by the work of the early 14th-century painter Giotto in Florence, and in the early 15th century a handful of outstanding innovative artists emerged there: Masaccio, in painting, Donatello, in sculpture, and Brunelleschi, in architecture. At the same time the humanist philosopher, artist, and writer Leon Baptista Alberti recorded many of the new ideas in his treatises on painting, sculpture, and architecture. These ideas soon became widespread in Italy, and many new centres of patronage formed. In the 16th century Rome superseded Florence as the chief centre of activity and innovation, and became the capital of the High Renaissance. The cultures throughout Europe were hugely diverse and have remained so to this present day. So therefore it is highly likely that the renaissance took on different meanings and interpretations throughout Europe. In northern Europe the Renaissance spirit is apparent in the painting of the van Eyck brothers in the early 15th century. The Italian artists Cellini, Rosso Fiorentino, and Primaticcio took the Renaissance to France through their work at Fontainebleau. The ideas, concepts, understandings and priorities of the renaissance could not have been the same throughout a continent that differed in social, cultural, political and religious issues. So there is no query that the artistic renaissance originated in Italy. And this change in Art had a huge impact on art in the north. Artists in the rest of Europe were impressed by the new ideas on art from Italy. Italy therefore attracted many of the great artists from elsewhere in Europe. When we look at the works of art during the renaissance in both Italy and the north, we can see that they both set out to achieve the same goals more or less, such as, an interest in individual consciousness and a desire to make images of the visible world, often portraying a religious scene, more believable and accessible. 1 However there are many striking differences in methods and techniques due to a manifold of reasons. Because the patrons in the north tended to be of the bourgeois class, rather that religious or noble, the artists that they sponsored, painted for civic or even domestic display. Communities commissioned works for their chapels and town halls. This could be the reason why the works of art from the northern renaissance were often on a smaller scale than those from the Italian renaissance. There was a frequent use of grisaille to portray a more sculptured look on the triptych covers. The climate had a great impact on the methods of painting in the north and south. Frescoing was more common in Italy as the warm climate enabled the paintings to dry quicker, whereas with the damp, colder climate of the north, frescoes took longer to dry. The artists wanted to meet public demand and thus produced smaller, mobile works of art. It is also clear that the northern artists and patrons were concerned about their social status. They wanted to show their current and even potential social positions. The Italian artists seemed somewhat oblivious to their step on the social ladder. Symbolism seemed central to the northern artistic renaissance. One example of this is Holbeins The Ambassador, which features a number of valuable objects, which attempt to display the status of the subjects and their interests in intellectual matters. The northern artists crowded their paintings with many minor details in the background and on the subject matter with the aim of displaying their wealth. The Italian artists did not feel the need to include these small objects of everyday use when depicting biblical scenes or in their portraits of their wealthy sponsors. It is therefore clear that both the northern artists and the Italian artists aimed to achieve a sense of realism and credibility in their work, but they both contained many unique features, which differed greatly from each other. One of the key features of the renaissance is Humanism. This is associated more with the northern renaissance. Humanists believed that God had given each person free will and that it was up to everybody to use their talents to the full and to achieve their true potential. When we think of humanism, we think of the famous Erasmus, Petrarch or Moore. These humanists played an important role in the renaissance. Erasmus had a thorough training in the classic authors as well as in the languages and grammar, which he mobilised in the cause of Christian scholarship. He was probably the greatest classical scholar of his age and he used his knowledge of Greek and Latin sources to demonstrate the profound effect of ancient culture on Christianity. He believed that the classics could inspire good taste, stimulate sound and clear thinking and could cultivate clear, accurate and precise verbal and written expression. He also believed that their study along with the Bible would promote greater religious devotion and goodness. This piety through literature was the basis of Erasmuss educational philosophy and his religious reformism. Erasmus attacked clerical abuse through his literature, he wrote I could see that the common body of Christians were corrupt not only in its affections, but in its ideas. Like Erasmus, Petrarch restored the Latin classics and he initiated the recovery and revision of ancient texts that followed with the early 15th century. Petrarch would be considered a northern humanist because although he was born in Florence, he was raised in Provence. However although Humanism is associated more with the northern renaissance, the humanists of Italy had similar beliefs Alberti of Florence believed that each person was responsible for their own destiny. The longing to come to terms with the way in which the world worked was an essential attribute in the learning of the renaissance, and it is certainly no big shock that important scientific developments occurred during the 15th and 16th centuries. Although Columbus was born in Italy, he would be associated with the northern renaissance, as his culture was purely Spanish. All his letters, even those addressed to Italians, were in Spanish. His studies of the Pole Star led him to the conclusion that the Earth was pear-shaped. Another man from the northern renaissance was Copernicus from Poland. Copernicus was a famous astronomer who by careful observation, with the naked eye, of the phases of an eclipse, he had discovered the dual motion of the planet on their own axes and around the sun. By 1512, he had this system worked out to the smallest detail. However, he hesitated to publish his work as he said, I can well believe that when what I have written becomes known, there will be an uproar. Copernicus changed the way the world thought forever as he argued that the earth was the centre of the universe and not the earth, with the planets and their satellites revolving around it. The amazing thing about he discoveries of Copernicus is that they were the products of pure reason applied to facts known to the ancients and carefully noted by ptolemy2 So it was clear that the northern universities led the way in the new astronomy. It is doubtful whether the cause of scientific development stems greatly from the Italian renaissance. Indeed, it was the thesis of Toffanin that the rise of humanism stifled the sciences in favour of literature. The Germans invented printing and certainly Copernicus was born in Poland, and Francis Bacon precedes Galileo, who only gives a scientific achievement to Italy well into the 17th century, outside the chronological limits usually set to the renaissance. Also an independent spirit of enquiry arose in European biology and medicine. Human dissections were routinely performed from the 14th century and anatomy emerged as a mature science from the eager activity of the Belgian, Andreas Vesalius, whose De humani corporis fabrica is one of the masterpieces of the Scientific Revolution. His achievement was to examine the body itself rather than relying simply on Galen; the illustrations in his work are simultaneously objects of scientific originality and of artistic beauty. The rediscovery of the beauty of the human body by Renaissance artists encouraged the study of anatomy by geniuses such as Leonardo da Vinci. Shortly afterwards, an Englishman, William Harvey discovered the circulation of the blood and established physiology on a scientific footing. His little book De Motu Cordis (1628; On the Motion of the Heart) was the first great work on experimental physiology since the time of Galen. The eccentric wandering Swiss doctor Paracelsus had also deliberately set aside the teachings of Galen and other Ancients in favour of a fresh approach to Nature and medicine and to the search for new remedies for disease. These discoveries were all made by men from the northern renaissance, which may indicate that the renaissance in the north was more concerned with discovery and solving the unknown rather than just art. The Catholic Church was extremely affected by the renaissance too. The renaissance way of think brought about the reformation and there is no doubt that the church could see it coming. Humanists such as Erasmus, Petrarch and Moore questioned the church. They let their beliefs be known that each man controlled his own destiny, and therefore there was no divine rights given to anyone from God. The renaissance was an age of reformers. Above many reforms in art, literature, science and technology was the renewal of the relationship between humanity and God by thoroughly reforming the church. Through reason and education, these humanists aspired to transform not only the church but also society. So in fact it was the northern humanists who paved the way for the reformation. Therefore the Catholic Church faced many threats to its authority during the renaissance period. In both north and south, artists strove to perfect realism in their art and began to analyse nature and the human body. The church had originally exerted control over the masses by keeping them in the dark so to speak, by not encouraging them to investigate, explore or question what they were told. It was not a priority or aim of the northern and southern renaissance to contradict the teachings of the church, but by systematically reasoning and analysing the basic facts of life, they gradually took away the power of the church upon the people. The style of renaissance architecture, which began in 15th-century Italy, was based on the revival of classical, especially Roman, architecture developed by Brunelleschi. It is characterised by a concern with balance, clarity, and proportion, and by the external use of columns and fluted pilasters. Many Roman buildings were still extant in Renaissance Italy and artists and scholars studied their proportions and copied their decorative motifs. The architectural books of the Roman Vitruvius, 1st century AD were made popular by Leon Battista Alberti in his influential treatise De re aedificatoria/On Architecture 1486 but the first major work of the age was the successful construction by Brunelleschi of a dome 1420-34 on Florence Cathedral. Alberti himself designed a new fai ade for Santa Maria Novella, completed 1470, in Florence, and redesigned a church in Rimini subsequently called the Tempio Malatestiano, c. 1450. Bramante came closest to the recreation of classical ideas with works such as the Tempietto of San Pietro in Montorio, Rome, c. 1510 and the new basilica of St Peters in Rome, begun 1506. Other Renaissance architects in Italy include Michelangelo, Giulio Romano, Palladio, Vignola, Sangallo, and Raphael. As Renaissance architecture spread throughout the rest of Europe it often acquired a distinctively national character through the influence of indigenous styles. Renaissance architecture in England is exemplified by the Queens House at Greenwich, London, built by Inigo Jones 1637 and in France by the Louvre Palace built for Frani ois I 1546. In Spain, a fusion of Renaissance and Gothic architectural forms led to the flamboyant style called Plateresque, Manuellian in Portugal, typified by the fai de of the university at Salamanca, completed 1529. Overall, we can see that although the renaissance throughout Europe, meant a change in the way people thought, its priorities varied from country to country. The Italian renaissance prioritised their art producing many famous works of art such as de Vincis Mona Lisa, Michaelangelos David and hundreds more, nevertheless, humanism and discovery were not excluded. However the northern renaissance prioritised Humanism and discovery, although playing an important role in renaissance art.

Chrysler's History Research Paper Example | Topics and Well Written Essays - 1250 words

Chrysler's History - Research Paper Example According to Schein (2004) it is difficult to merge two companies of different cultures, but this difficulty is further enhanced when the companies to be merged come from diverse cultures as well as unlike geographical regions. History of Chrysler Chrysler Company is an American automobile organization that was founded in 1925. This is a point in time when Walter Chrysler decided to establish his namesake automobile company with foundation values of distinction in engineering and novelty. This company has its headquarters in Auburn Hills, Michigan, with thirty three manufacturing facilities in four different countries that have employed workers exceeding fifty two thousand. The core values that were established by the founder have done a great deal of task in stirring the company towards the creation of firsts in both extraordinary numbers of sectors as well as innovations in engineering (Mueller, 2006). These core values have, in part, functioned to transform the motor industry to t he current status. ... This is because his arrival at the company was delayed, for his skills were minimal for a company that was ailing from troubled operations. After the collapse of the company in 1923, Chrysler took over as the president, and launched the first vehicle ever after his name Chrysler Six B-70 (Yanik, 1995). This car was a cheap, and six cylinders automobile that could reach up to speed of 70mph. Later own, this car was to help in the establishment of the strength of Chrysler Brand in engineering. Given the fact that the company was no more in 1924, Chrysler resorted into launching of Chrysler Automobile Corporation in 1925 after the manufacture of his first automobile (Mueller, 2006). The assets of Maxwell Motor Corporation were, thus, absorbed into the new company, and this signaled the start of the long journey of Chrysler Corporation. The kind of cars sold Before the adoption of this company by Chrysler, the cars that used to be manufactured were known as 30 Touring, 30 Coupe and 30 Ro adster both of which were very expensive cars of the timed. These were known as Chalmers cars, and without forgetting other brands such as Black, Brush Runabout, and Western’s Gale Model (Yanik, 1995). These cars had a wheel base of 115 inches with big wheels measuring to approximately 34 inches. However, Chryslers first brand Six B-70 was a six cylinder car that had been designed for customers such that they were affordable, and exhibited an advanced level of engineering. This original Chrysler that was launched in 1924 was characterized by a carburetor air filter as well as an oil filter, an engine that was highly compressed, and a full pressure engine (Adler, 2000). Chrysler Brands Sunbeam This is a small mini tailgate vehicle that has

Hiring of Disabled Skilled Knowledge Workers Research Paper

Hiring of Disabled Skilled Knowledge Workers - Research Paper Example Employers must more often consider hiring disabled skilled knowledge workers as another practice to achieve established organizational goals and objectives. A survey conducted showed that 90 percent of the disabled skilled knowledge workers produced average or above average work output performances compared to the non-disabled workers. Similarly, another survey showed that an estimated 85 percent of the disabled skilled knowledge workers generated average or better attendance results compared to the non-disabled skilled knowledge workers. Another research showed an estimated 97 percent of the disabled skilled knowledge workers produced average or better work safety results than the non-disabled skilled knowledge workers. Lastly, another research indicates the disabled skilled knowledge workers showed an estimated 71 percent retention than the non-disabled skilled knowledge workers. In terms of employee availability, the disabled skilled knowledge workers group represents a significan tly very huge pool of untapped and unnoticed possible employee sources (Williams, 2011). To maximize the employment of disabled skilled knowledge workers, the companies must commit themselves to allocating huge funds for the provision of the reasonable workplace environment. Reasonable workplace environment includes installing wheelchair paths, handrails. Another disability workplace improvement is the installation of accessible washrooms. A third disability workplace improvement is modifying the workstations of the disabled skilled knowledge workers to reduce the unnecessary mobility of the disabled skilled knowledge workers (Williams, 2011). Employers should more often prioritize the hiring of disabled skilled knowledge workers. With the advent of the current information technology age, the need for knowledge workers continues to increase (Williams, 2011).