2. Analyze the Ways in Which British Imperial Policies...

2. Analyze the ways in which British imperial policies between 1763 and 1776 intensified colonial resistance to British rule and their commitment to republican values. As generations grew up in America, nationalism within the colonies grew towards their new country. These settlers slowly lost their patriotic tie to Great Britain and it’s ruler, King George III. So when the French and Indian War ended in America, and the indebted England needed some compensation from American settlers in the form of taxes, the colonists questioned the authority of England and their ability to rule them. British imperial policies such as the Sugar Act of 1764 and the Townshend Tea Tax caused uproar within the colonies against British rule without†¦show more content†¦Protests in the streets against the British soldiers for this Townshend Tea Tax led to the first bloodshed early in the Revolution. The â€Å"Boston Massacre† was the killing of eleven citizens on the streets of Boston when a group of sixty colonists led by Crispus Attucks were protesting the new act. The news of this slaughter was spread throughout the colonies by the Commi ttees of Correspondence set up by a rich politician named Samuel Adams. These committees made it possible for information on everything resistance-related to reach all of the colonies in due time. In this way was news of the Boston Massacre spread across the United States which created outrage across the country. As tea was shipped to America under the new tea tax, rebellion stirred in Boston. Colonists disguised themselves and pillaged the trade ships, ruining millions of dollars worth of tea. In response to this, Parliament passed the ‘Intolerable Acts’ which outraged the colonists even further by closing the Boston ports, placing Massachusetts under royal authority, and allowing the Catholic French to settle along the Ohio River Valley under the new policies. Thus continued Parliament to colonist battle as the First Continental Congress met to discuss their rights as subjects under the king and announce the changes they wanted made in the Declaration of Rights which argued that the natural rights ofShow MoreRelatedStudy Guide for US History Essay3594 Words   |  15 Pagescreated a century of conflict in England? What factors finally pushed the English west, across the ocean? September 22, 2009 Describe the social, economic, and political changes which occurred in Europe and led to the exploration and colonization of the New World. September 23, 2009 Describe the process by which early Portuguese traders acquired slaves in West Africa. September 24, 2009 Explain how the economies and social structures of New England, the Chesapeake, and the middle colonies

Mechanistic Versus Organic Structures Free Essays

Mechanistic versus Organic Structures a. Mechanistic Structure is appropriate for organizations focusing on a cost- minimization strategy through tight control, extensive division of labor, high formalization and centralization. The information network is limited and employees rarely participate in decision making process. We will write a custom essay sample on Mechanistic Versus Organic Structures or any similar topic only for you Order Now b. Organic Structure is decentralized and has low complexity and formalization. It has an extensive information system, and employees rarely participate in decision making. It tends to be flexible and adaptive. c. Structure in function of the organization’s fundamental strategy. ) Innovation Strategy focuses on developing important new product or services. An organic structure provides the flexibility for this strategy. 2) Cost-minimization Strategy imposes tight controls over expenses and reduces product prices. The mechanistic structure is appropriate. 3) Imitation strategies are not adopted by true innovators but rather by organizations that move into new markets after smaller competitors have demonstrated the potential for success. Limitation best suited to a structure that combines mechanistic and organic. d. Structure is also a function of 1) Size. Larger organizations tend to be mechanistic because greater formalization is needed. Strategies also change as sizes changes. Growing organizations often expand activities within their industry. 2) Technology. An organic structure may be best for coping with non-routine technology because formalization is low. 3) Environment. In general, the more stable the environment, the more mechanistic the organization. A mechanistic structure is appropriate when the environment has little capacity for growth. Dynamic environments require an organic structure because of their unpredictability. Moreover, a complex environment also requires the flexibility and adaptability of an organic structure. a) The environment has three key dimensions: i) Capacity is the degree of growth an environment can support. ii) Volatility concerns the relative instability in the environment. iii) Complexity is the amount of heterogeneity and concentration in the environment. Thus, an industry with few very large firms is homogeneous and concentrated. b) Uncertainty not a specific environmental factor. The foregoing factors determine the level of uncertainty present in the environment. 11. According to Henry Mintzberg, an organization has five components. Depending on which is in control, one of five different structure involve. a. The five organizational components include the 1) Operating core- workers who perform the basic tasks related to production 2) Strategic apex- top managers 3) Middle line- managers who connect the core to the apex 4) Technostructure- analyst who achieve a certain standardization 5) Support staff- indirect support services b. The five structures include the following: 1) Simple structure (apex) has low complexity and formality and authority is centralized. Its small size and simplicity usually precludes significant inefficiency in use of resources. 2) Machine bureaucracy (technostructure) is a complex, formal and centralized organization that performs highly routine tasks, groups’ activities into functional departments, has relationships. 3) Professional bureaucracy (operating core) is a complex and formal but centralized organization in which highly trained specialist have great autonomy. 4) Divisional structure (middle line) is essentially a self-contained organization. It is characterized by substantial duplication of functions compared with more centralized structures. 5) Adhocracy (support staff) has low complexity, formality and centralization. Vertical differentiation is low and horizontal differentiation is high. 12. Centralization and Decentralization a) Centralization concerns the centralization of authority in an organization and the degree and levels at which it occurs. b) Decentralization is a philosophy of organizing and managing. Careful selection of which decisions to push down the hierarchy and which to hold at the top is required. The degree of decentralization will be greater if 1) More decision are made lower in the management hierarchy. 2) Some important decisions are made lower in the management hierarchy. 3) More functions are affected by decisions made at lower levels. 4) Fewer approvals are required before implementation of a decision. c) Centralization and decentralization are relative terms. Absolute centralization or decentralization is impossible. d) The degree of centralization or decentralization depends upon the situation. 1) Information. Decisions cannot be decentralized to those who do not have necessary information. ) Ability. Decisions cannot be decentralized to people who do not have training, experience, knowledge or ability to make decisions. 3) Timeliness. The organization should decentralize decisions requiring a quick response to those near the action. 4) Degree of coordination. The organization cannot decentralize below the level at which coordination must be maintained. 5) Significanc e of decision. Decisions cannot be centralized to lower levels if they are of critical importance to the organization. 6) Morale. The organization should decentralize, when possible, for the positive influence on morale. How to cite Mechanistic Versus Organic Structures, Essay examples

Oceanography From Space Essays - Oceanography,

Oceanography From Space At first thought, studying the oceans from space seems to be a bizarre idea. Space observation helps oceanographers do research with manned and unmanned space systems. The space systems can be satellites and/or space shuttles that observe various features of the ocean such as sea-surface winds, sea-surface temperatures, waves, ocean currents, frontal regions, and sea color. Technological advances have greatly improved the ability of oceanographers to gather and use information that is received. Oceanography as viewed from space has and will become more and more valuable as we begin to understand more of the world's oceans. Projects Space oceanography uses a number of different sciences to research the oceans that include physics, geology, biology, chemistry, and engineering (Cracknell 13). This is evident in the projects that send satellites into space for observation of our oceans. In 1992, the Topex/Poseidon project was launched to observe the interaction between the ocean and the atmosphere (Cracknell 17). The Topex/Poseidon mission is to gather information about sea level heights and ocean currents (Cracknell 17). The Topex/Poseidon orbits above the earth at 840 miles and has a 10-day repeating cycle in which it takes pictures of all of the earth (Cracknell 17). Information about the how the sea level changes can tell scientists that there are changes in ocean currents and in climate patterns (Cracknell 25). This information is valuable to both oceanographers and meteorologists because it gives information about the phenomena, El Nino. Figure 1 is a picture of how the Topex/Poseidon works. Figure 1(NASA) The Topex/Poseidon receives information as to what it is supposed to do from a beacon on earth. The satellite then gathers the information it is supposed to gather and then sends it to the beacon on earth. The beacon on earth processes this information so that scientists can use it. As the Topex/Poseidon nears the end of observation new developments are being made to continue with similar work. Jason 1 is an observation satellite that will look at extending research about the interaction of oceans with the atmosphere, improving predictions about the climate, continue to monitor El Nino, and observe ocean eddies (Cracknell 26). These satellites are leading the way to a better understanding of our oceans as well as weather on planet earth. History Observations of oceanographic features with pictures were first realized with the invention of the camera (Pinet 181). Soon after the invention of the Camera, hot air balloons were used to take high altitude pictures of the land and sea, for mapping purposes (Pinet 181). In World War II, pilots took pictures of large areas of land that were used to develop strategies in the war (Pinet 181). At the beginning of the space age, just after World War II, rockets (although never in orbit) used movie cameras to photograph the surface (Pinet 182). The first manned shuttles took pictures of Earth and realized there were many observations of the oceans to be made (Pinet 182). Soon remote sensing came into action as satellites were sent into orbit (Pinet 182). Process of Remote Sensing Remote Sensing involves two types of instruments, passive and active (Gautier 58). Passive instruments detect natural energy that is reflected or emitted from the Sun (Gautier 59). Scientists use a variety of passive remote sensors such as a radiometer, imaging radiometer, and spectrometer. A radiometer measures the intensity of electromagnetic radiation in a band of wavelengths in the spectrum (Gautier 59). The spectrum is a measure of the visible, infrared (heat), and microwaves emitted from the Earth (Gautier 60). An imaging radiometer has the capability to scan an area and provide pixels of an area giving more detailed images of the surface than a radiometer (Gautier 60). A spectrometer detects, measures, and analyzes the wavelengths of the spectrum using prisms to separate the colors (Gautier 61). Active instruments provide electromagnetic radiation to observe an object (Gautier 69). Satellites that use active instruments send a pulse of energy towards the object being observed, then wait for the energy to be reflected (Gautier 69). This energy is then picked up as weaker or stronger in areas, which can define what features the satellite is looking at (Gautier 70). Some active instruments are radar, scatterometer, and lidar (Gautier 71). Radar uses radio or microwaves to emit electromagnetic radiation upon an object and record the time between when the energy leaves and comes back (Gautier71). A scatterometer uses microwaves the same way as radar, but it can measure wind speed and direction (Gautier71). Lidar uses lasers to transmit a light source on the object

The Story of the First Lawn Mower

The Story of the First Lawn Mower Formal lawns made of short, well-maintained grass first appeared in France around the 1700s, and the idea soon spread to England and the rest of the world. But the methods of maintaining lawns were labor-intensive, inefficient or inconsistent: Lawns were first kept clean and tidy by having animals graze on the grass, or by the use of scythe, sickle, or shears to hand-cut the grass lawns. That changed in the mid-19th century with the invention of the lawnmower.   Machine for Mowing Lawns The first patent for a mechanical lawn mower described as a Machine for mowing lawns, etc. was granted on August 31, 1830, to engineer, Edwin Beard Budding (1795-1846) from Stroud, Gloucestershire, England.  Buddings design was based on a cutting tool used for the uniform trimming of carpet. It was a reel-type mower that had a series of blades arranged around a cylinder. John Ferrabee, owner of Phoenix Foundry at Thrupp Mill, Stroud, first produced the Budding lawn mowers, which were sold to the Zoological Gardens in London (see illustration). In 1842,  Scotsman Alexander Shanks invented  a 27-inch pony drawn reel lawn mower. The first United States patent for a reel lawn mower was granted to Amariah Hills on January 12, 1868. Early lawn mowers were often designed to be horse-drawn, with the horses often wearing oversized leather booties to prevent lawn damage. In 1870, Elwood McGuire of Richmond, Indiana designed a very popular human pushed lawn mower; while it wasnt the first to be human-pushed, his design was very lightweight and became a commercial success. Steam-powered lawn mowers appeared in the 1890s. In 1902, Ransomes produced the first commercially available mower powered by an internal combustion gasoline engine. In the United States, gasoline powered lawn mowers were first manufactured in 1919 by Colonel Edwin George.   On May 9, 1899, John Albert Burr patented an improved rotary blade lawn mower. While marginal improvements have been made in mower technology (including the all-important riding mower), some municipalities and companies are bringing back the old ways by using grazing goats as a low-cost, low-emission mower alternative.

Depreciate vs. Deprecate

Depreciate vs. Deprecate Depreciate vs. Deprecate Depreciate vs. Deprecate By Maeve Maddox The words depreciate and deprecate are from different Latin originals, but the difference in meaning between them is being eroded in popular usage. Depreciate is from Latin depretiare, a combination de (from) and pretium (price). â€Å"To depreciate† is to become less in value. Example: â€Å"It’s often said that a car depreciates as it is driven off the dealer’s lot.† Depreciate is used transitively with the meaning, â€Å"to lower the value of.† Example: â€Å"The latest crisis depreciated the currency.† Figuratively, depreciate means, â€Å"to belittle or disparage.† For example, â€Å"No matter what I do, he depreciates my efforts.† Deprecate is from Latin deprecari, a combination of de (from, away) and precari (to pray). â€Å"To deprecate† something was to â€Å"pray it away.† The word entered English in the 17th century with the meaning, â€Å"to pray against evil, to pray for deliverance from.† For example, one might go to church to â€Å"deprecate God’s judgment,† that is, pray that it might be averted. Deprecate has the secular meanings â€Å"to plead earnestly against† and â€Å"to express earnest disapproval of.† For example, â€Å"We deprecate the harsh action taken against the local population.† Speakers do not always see a difference between depreciate (to belittle) and deprecate (to disapprove of). Because the distinction is a fine one, the words have become mixed up. As a plain verb, deprecate is not as common as it was in the 19th century, but its present participle form occurs in the popular adjective self-deprecating. As defined at the online Oxford Dictionaries site, self-deprecating means â€Å"modest about or critical of oneself, especially humorously so.† Here are two recent examples of the usage: The iconic comedian [Joan Rivers]  passed away today at 81, but she leaves behind a legacy of unrestricted humor and self-deprecating wisdom. â€Å"Humor is an amazing quality to have,† Kunis told  Glamour. I like sarcasm, satire, self-deprecating humor.† In researching this post, I found several depreciatory comments directed at speakers who write self-depreciating instead of self-deprecating. The sarcasm that accompanies some of these comments is misplaced. According to the Ngram Viewer, self-depreciating predates self-deprecating by 20 years. For about 100 years, beginning in 1845 and continuing until the 1940s, self-depreciating is the more common term; then, self-deprecating soars to its modern ascendency and self-depreciating plummets. Etymologically speaking, self-depreciating is the better choice, but self-deprecating has triumphed in standard speech; self-deprecating is the version to use if you don’t want to seem ignorant. Merriam-Webster, by the way, defines self-deprecating as â€Å"given to self-depreciation.† Computer science has found a new use for deprecate: deprecated (adjective): Used typically in reference to a computer language to mean a command or statement in the language that is going to be made invalid or obsolete in future versions. Examples of deprecated in the context of computer science: A program element annotated @Deprecated is one that programmers are discouraged from using, typically because it is dangerous, or because a better alternative exists. Compilers warn when a deprecated program element is used or overridden in non-deprecated code. Apple has officially deprecated Java, the cross-platform runtime environment developed by Sun and now owned by Oracle, and the company has decided not to include Adobe Flash technology on its new super-slim MacBook Air notebook computers. Bottom line: to deprecate is â€Å"to disapprove,† but in â€Å"self-deprecating,† it means, â€Å"to belittle.† In the world of computing, deprecated means â€Å"phased out† or â€Å"soon to be phased out.† Depreciate is for talking about loss of monetary value. Want to improve your English in five minutes a day? Get a subscription and start receiving our writing tips and exercises daily! Keep learning! Browse the Misused Words category, check our popular posts, or choose a related post below:10 Grammar Mistakes You Should Avoid8 Writing Tips for Beginners20 Slang Terms for Law Enforcement Personnel

Visual Arts Essay Example | Topics and Well Written Essays - 750 words

Visual Arts - Essay Example In this visual report, I would be comparing and contrasting 2 ancient vases to learn about them and get a better understanding of the same. The first piece of art is a ceramic amphora dating back to c. 540 BCE. This amphora was of Greek origin and had the painting of Dionysos with a pair of Maenads that was created by Amasis Painter. I chose to visualize and describe this particular vase because of its captivating contrast of colors of rich cream contrasted with black. The vase itself had a smooth fluidity in relation to its height and size which compelled me to use it as my visual art piece. The second piece of art that I had chosen to compare and contrast is a Korean Maebyeong Bottle that was decorated with a spray of bamboo in addition to a Plum tree in blossom. The reason for choosing this vase was because I liked the delicate painting which was done in a dull olive green which was so pretty and soothing to my eyes. The Greek amphora had a height of 13† (33.3cms) and was fr om the Bibliotheque National, Paris. The contour of the vase’s body was gorgeously decorated with the figures of the Greek God of Wine, Dionysos featured on the left sporting a beard and holding a wine glass in his hand, while the two Maenads, were to the right, and clad in 2 dark garments which were intricately detailed in presentation. One of the Maenads was seen holding a hare, while the other held a deer. On a closer look I also saw that each of them held a sprig of ivy between their fingers. The technique used here was contrasting dark figures against a light background. The pale green vase was created during the late 12th and early 13th century and belonged to the Goryeo dynasty. This art piece which I found quite attractive was basically an inlaid celadon ware which had a light background of grayish stoneware, that had an inlaid decoration of black and white slips, hidden under the celadon glaze. The technique which was formerly invented by the Chinese was used for thi s vase. This technique became a Korean specialty that enhanced the beauty of the vase to a great extent. This beautiful art piece had a height of 13† and a quarter (33.7cms) and is housed in the Tokyo National Museum in Tokyo, Japan. (The Arts of Korea, pg. 369) My analysis of the first vase which was a vessel used by the Greeks, was based on the decorative style which was bold as it was contrasting. I really liked the way the artist contrasted dark figures with a soft background. The spiral designs were aesthetically arranged so as to frame the composition and enable the viewer to focus on the figures in the center. I was also quite attracted to the border patterns of grape leaves both at the bottom and top of the vase which served to bring a uniqueness to this art piece, by making it all the more attractive. 3 My analysis of the second vase with the bamboo decoration was that it had the influence of Chinese ceramics because of its appearance. On closer scrutiny I found that the vase was embellished with inlaid decoration of both bamboo and plum blossoms which contrasted against each other thus making the design to stand out and be noticed. The contrasting came from an under-glaze design from slips of black and white that was made from clay which was ground finely. This seemed to be a special technique used by the potters which is what made this art piece so unique in its design. In the Greek vase, the element that kept recurring was the use of dark figures that was framed with circular designs and borders to offset the composition. In the Korean amphora, the recurring element that was made use of was the inlaying of dark and white strips that were glazed to give it a unique appearance. In comparison to each other, each of the vases had its own unique style of art

Evaluate leadership as practiced in the life of Jesus Christ in the Essay

Evaluate leadership as practiced in the life of Jesus Christ in the light of 21st century context - Essay Example The paper will touch on Jesus’ ministry and its application in modern church leadership. The analysis will draw its facts mainly from the Gospels. From the start of his ministry, Jesus set out to mentor leaders that would lead the early church. He selected twelve disciples with different skills, talents, passions and personalities and mentored them to become a team. He taught them to use their varied strengths in order to support each other in the ministry. Christ shaped a leadership structure with a leader who had others supporting him. By the time he ascended to Heaven, he had built a leadership structure comprising Peter as the Head and the other disciples supporting him in a united team that worked together. This team of early church leaders had a unity of purpose to spread the Gospel to all nations. They went out preaching and in their deeds complimented each other’s works. From this early structure, the modern church can draw lessons on how to structure its leadership to attain better results in ministering the Gospel. Traditionally, the church used the hierarchy model of leadership. However, with the growth of the church, there have been changes that have necessitated a shift to an empowered team model of leadership. Many leaders have found they overwhelmed and overworked under the hierarchy model. With the empowered team model, the problem is solved as the leaders work with others in a team. This model emphasizes mentorship of new leaders and the development of a team spirit among the leaders to enhance good working relations to boost delivery of the vision of the church. Empowerment means that leaders drop bureaucratic structures so that people develop a sense of ownership and belonging in the leadership process. It enables them put into use their skills, experiences, energies and ambitions. Active participation by the different members of the team will make them accept the responsibilities that come with the leadership (Maxwell, 2005, p.