Cosmetic Industry background Analysis in China Marcket Assignment

Cosmetic Industry background Analysis in China Marcket - Assignment Example Due to this, many cosmetics manufacturers have introduced more products in the expanding cosmetic market such as flavored glosses and lipstick, cosmetic packaged in sparkly and glittery packaging, and advertising and marketing using young beautiful models. However, cosmetics market in China is doing well in the manufacturing and packaging of beauty products. For instance, the raw materials of making shampoos are best provided in China by various manufacturers such as: Wuxi Nuoya Machinery Co., Ltd., Yangzhou Chenhua Science &Technology Group Co., Ltd., Shanghai Xiaoxiang Chemical Co., Ltd., and Shandong Freda Biotechnology Co., Ltd., among others (Yang, 2004, p. 123). Cosmetic industry is dominated by a number of multinational corporations. However, sale and distribution is spread over a wide range of businesses in China. Historically, the people of China initially stained their fingernails using gelatin, gum Arabic, egg, and beeswax. The used color represented a particular social cl ass (Tao, 2005, p. 231). For instance, the royals wore silver and gold, and red or black. The lower social classes were forbidden from wearing bright colors. Cosmetics market in China and the world today make a lot of money due to the furious rate of growth of the anti aging industry and the factor of celebrity in marketing and advertising (Tang, 2008). Today in the whole world, beauty is characterized with the youths and many are obsessed with their falling jowls and wrinkles and lines appearing. This is even turning people to undertake cosmetic surgery. This is what has taken my interest in writing this research paper, which will focus on the cosmetic market in China including: wholesalers, manufacturers and retailers; Chinese cosmetic suppliers including raw materials and packaging suppliers (Sunfaith China Ltd., 2005, p. 200). Cosmetic market in China Cosmetic market and industry in China has evolved to a fully fledged market with the emergence of flouring brands (Tang, 2000, p. 311). Within the cosmetic market in China, among the 300 brands, 20 of the brands have a joint venture and leading position of 80% of the share of the market. The cosmetic manufacturers in China are generally located in the inland cities and the Eastern Coastal line (Shen, Liu & Huang, 2005, p. 19). The market produces 90% with sales rated above 60% within the country. With respect to the types of cosmetics in Chinese markets, products of skin care is first in the list with 35% share, products of hair care sharing 28%, and products of make up taking up 29% share, and others are perfumes. According to the cosmetic insiders, the total sales of the cosmetics will probably reach to RMB 80 billion and amount to 12.9% per annum. The wholesalers, manufacturers and retailers are making huge profits in the cosmetic market in China due to the mentioned estimates of sales (Schutte & Ciarlante, 1998, p. 78). China has also emerged the eighth best cosmetic market in the world and second best in Asia. The stiff competition in the cosmetic sector has pushed the industry of cosmetics to combine the cosmetic market, industrialization and internationalization (Pitman, 2005, p. 12). Back in 2005, the scale of market even reached RMB 46 billion, with the cosmetic retail sector reaching RMB 33.05 billion which was much above the expected limit of growth 19.1% (Li, 2005, p. 32). the cosmetic market in China is currently exhibiting the following characters: the cosmetic mark

Was the modernist architect becoming too authoritarian and dogmatic Research Paper

Was the modernist architect becoming too authoritarian and dogmatic - Research Paper Example It is evidently clear from the discussion that architects in the 20th century chose to enhance authoritarian social relations, sought to enhance social control in general and their proportion of social change in specific, and embraced many dogmas to enhance their professional importance. While architecture must use advanced mathematics to construct a building, and certainly architecture is artistic insofar as it is representative of a society's preferences for spaces and is a statement of intent or design on the part of a person, architecture itself must be defined socially in a particular fashion. â€Å"[W]hat characterizes architecture today is its capacity to be studied as a system of significations that establishes different levels and layers of meanings and sense and constitutes one of the symbolic spheres instituted by society†. Hays argues that since 1968, architecture is a â€Å"technical-ideological practice†. As a consequence of this, Hays concludes that it is absurd to call any individual architect or even architecture as a whole â€Å"hermetic† or â€Å"elitist† or authoritarian because it is like calling rain wet: Architecture as an institution is a collective arranging of power as a technical-ideological collective. But architecture, unlike other areas where there is a monopoly of technical power being exerted, must be brought under special criticism because its designs move into the public realm. These are two immensely different concepts. To use a political analogy: Clearly, decisions must be made, but when those decisions are made by one person, it becomes authoritarian. The model of the architect as artist is thus structurally and intrinsically authoritarian, because the idea is that the architect's vision as to how to implement stakeholder needs is implemented and other people in the chain such as customers and workers are irrelevant. Each worker, each customer, each visitor, each policy-maker brings their own touc h to the art that is the final building, sometimes a vital one. The architect tries to form order out of chaos, a chaos that it assumes into existence but has no independent reality, just like all other authoritarians, and does so by trying to make it so that others in the process merely carry out orders and directives or by managing their perturbations and deviations from his ideal vision. Doesn't this mean all art is authoritarian? There is a truth to that, but the authoritarian nature of the self is also called â€Å"autonomy†. When a painter is authoritarian about their process, they are committing no great wrong. They are the only person directly involved, and a customer is free to accept or reject their painting. But architects are far from this. An architect will build public spaces that must be used by people who had no direct veto power or influence into the style being built. This becomes especially true when one considers the idea of artistic spaces being imposed u pon people because they are artistic, to enrich the philistine. This attitude is fundamentally elitist: If most people don't care about artistic spaces, then imposing that onto them is anti-democratic.

Different Types Of Computer Memory

Different Types Of Computer Memory In earlier computers, the most common form of random-access storage for computer main memory employed an array of doughnut-shaped ferromagnetic loops referred to as cores. Hence, main memory was often referred to as core, a term that persists to this day. The advent of, and advantages of, microelectronics has long since vanquished the magnetic core memory. Today, the use of semiconductor chips for main memory is almost universal. In computing, memory refers to the state information of a computing system, as it is kept active in some physical structure. The term memory is used for the information in physical systems which are fast such as RAM, as a distinction from physical systems which are slow to access such as data storage. By design, the term memory refers to temporary state devices, whereas the term storage is reserved for permanent data. Advances in storage technology have blurred the distinction a bit -memory kept on what is conventionally a storage system is called virtual memory. Computer memory can divide into two types: volatile and non-volatile. Volatile memory is a kind of memory that power supply is needed to maintain the stored information. Semantic Random Access Memory (SRAM) and Dynamic Random Access Memory (DRAM) are currently common known semiconductor volatile memory technology. Non-volatile memory is computer memory that can retain the stored information even the power is switched off. Examples of non-volatile memory technology are Read Only Memory (ROM), flash memory, most types of magnetic computer storage devices such as hard disks, floppy disks and magnetic tape. Main Memory Random Access Memory (RAM) is a form of computer stored. It is responsible for stacking away data on a temporarily basis, so that it can be promptly accessed by the processor. Usually, information that stored in RAM is loaded from computers hard disk, included data related to the operating system and certain applications. The weakness of RAM is when the system switched off; RAM will lose all stored information. However, the data still remain stored and can be retained only when the system is running. Computer system is more likely to operate at a slow speed if the RAM is getting full but the data can be retrieved in any random order by computer to back to normal speed. The common examples of RAM are Static RAM (SRAM) and Dynamic RAM (DRAM). SRAM is a type of semiconductor memory where the word static indicates that, unlike DRAM, it does not need to be periodically refreshed, as SRAM uses bistable latching circuitry to store each bit. SRAM exhibits data remanence, but it still volatile in the conventional lost when the memory is not powered. A SRAM cell has three different states it can be in: standby where the circuit is idle, reading when the data has been requested and writing when updating when contents. Asynchronous SRAM is type of SRAM that available from 4Kb to 32Mb. The fast access time of SRAM make asynchronous SRAM appropriate as main memory or small cache-less embedded processors used in everything from industrial electronics and measurement systems to hard disks and networking equipment, among many other applications. SDRAM memory data access is synchronized with an external clock signal. SDRAM memory bus accepts speeds up to 100 MHz, wh ich says much for their stability and has reached speeds of 10 ns. It comes in 168-pin DIMM (64 bits). Being a 64-bit memory implies that no modules to install modules in pairs of equal size, speed and brand. DDR SDRAM (Double Data Rate SDRAM or SDRAM-II). Operates at speeds of 83, 100 and 125MHz, and can double these speeds data transfer to memory. DRAM is a type of RAM that stores each bit of data in a separate capacitor within on integrated circuit. The capacitor can be either charged or discharged; these two values of a bit, conventionally called 0 and 1. Since capacitors leak charge, the information eventually fades unless the capacitor charge is refreshed periodically. Due to this refresh requirement, its a dynamic memory as opposed to SRAM and other static memory. The advantage of DRAM is its structural simplicity. It means, there are only one transistor and a capacitor are required per bit compare to six transistor in SRAM and it allows DRAM to reach a very high densities. Second storage devices Computer hard disk is these devices are imported data storage components that are installed in the CPU. Their memory ranges widely, and a user may choose the memory depending on the data needed to be stored and accessed. Memory capacity of computer hard disk are normally used is 120GB to 500GB. Computer hard disk is a non-volatile, random access device for digital data. It features rotating rigid platters on a motor-driven spindle within a protective enclosure. Data is magnetically read from and written to the platter by read or write heads that float on a film of air above the platters. With the rapidly growth of science and technology, we are having external hard disk that more portable than the computer hard disk. The popular capacity of external hard disk is between 320GB to 500 GB. Removable make this hard disk quickly spread to users and they prefer it then other. In addition, flash memory also the second storage devices that know by users in computer industry. Flash memory is a kind of non-volatile memory which is intended to contribute to portable storage and a convenient transfer of data from 1 computer to another. The data in flash memory can erase and re-programmed as per the users requirements. It only has a specific number of erase and writes cycle that it can with stand, after which it creates a tendency to lose out on the stored. Memory card and USB flash devices are some modes of flash memory. Memory card is commonly used in many electronic devices, including digital cameras, mobile phones, laptop computers, MP3 players and video game consoles. They are small, re-recordable, and they can retain data without power supply. The storage capacity of memory card can up to 4MB. The examples of memory card that we most familiar are: SM / SMC, Memory Stick, Memory Stick Duo, Memory PRO Duo, and Memory Stick Micro M2. A USB flash drive consists of a flash memory data storage device integrated with a USB (Universal Serial Bus) interface. USB flash drives are typically removable and rewriteable and physically much smaller than a floppy disk. For USB flash memory, we know that it bring us a better life, without printing out the document into hard copy but still we can share to each other within it. The Kingston is the most popular brand for USB flash memory. It is portable, small and brings along to anywhere. The capacity of memory in 2010 can be as large as 256GB with the steady improvement in size and price per capabilities expected. Nothing moves mechanically in a flash drive; the term drive persists because computers read and write flash-drive data using the same system commands as for a mechanical disk drive, with the storage appearing to the computer operating system and user interface as just another drive. Flash drives are very robust mechanically.A flash drive consists of a small printed cir cuit board carrying the circuit elements and a USB connector, insulated electrically and protected inside a plastic, metal, or rubberized case which can be carried in a pocket or on a key chain, for example. The USB connector may be protected by a removable cap or by retracting into the body of the drive, although it is not likely to be damaged if unprotected. Most flash drives use a standard type-A USB connection allowing plugging into a port on a personal computer, but drives for other interfaces also exist. Computer memory closely related to computer and our daily life. To store data and information, we need it. In the future, the computer memory will be more portable and with all non-volatile memory to give us a better working environment.

Leadership and Management Essay -- essays research papers

1. A. Is there a difference between effective leadership and effective management? Yes, I believe that managers are analytical, structured, controlled, deliberate, and orderly. Leaders are experimental, willing to take chances, visionaries, flexible, unfettered, and creative. These are the differences between management and leaders. B. Someone from the 21st century who I believe is an effective leader is Steven Jobs, of Apple computers. I believe he is an effective leader because he pursues visions even when his competition has a strong hold on the computer industry. He still motivates his people to keep coming up with ideals to stay competitive with Microsoft and not let them run a monopoly on software and patents on computers. His power base is that he senses opportunities and pursues dreams to keep his company competitive. C. A leader of the opposite sex that I think is like Steve Jobs is Martha Stewart. She had a vision to take home decorating and cooking to another level by connecting with millions of homemakers through TV shows and the selling of her products through K-mart. Martha was just pursuing her dreams to play in the corporate world with men. She senses opportunity when she sees it. She had the intuition to make her company a profitable one when her critics told her it would never work. D. I do feel that there is a general pattern of male/female leadership styles because leaders must be able to apply influence, develop people, set examples, inspire people, mana...

Partnership transportation Essay

Partnership transportation in broad mind means involvement of all parties in the running and operations of transportation and its impact, retrieved from a journal on â€Å"facilitating partnership in transportation (2005) page 7 and 8†, by James A Merchant and Barbara T Harder. Transportation and maintenance is a work done by local government and the state in collaboration with other partners. Partnership transportation involves integration of various bodies in the transport sector. Partnership in transportation sector can be classified into two categories. First there is incorporation of all means of transport, this include pipeline transportation method, railway transportation method, airway, shipment, road transportation methods. Second, there is integration of private companies and people that own the vehicles, marine ships, airbuses and pipelines, chamber of commerce and industry that has the potential human resource powers to innovate new technologies that enhance fuel saving, and other automobile associations. In transportation, no specific body that can handle transportation sector individually without cooperation of other parties as indicated by Mark Wymond-1917-178 pages in his book â€Å"Our transportation problem† ,www.worldcatlibraries.org . For example, poor management of institutional framework may deteriorate roads management, railway management etc. Poor conditions of road, railways and airports because of poor services and maintenance may be another issue of concern. Lack of defined responsibilities of each associate party, ineffective and weak management structures can also have adverse effects in the transportation sector. Lack of managerial accountability is another issue of concern; this is because transportation itself is an individual identity. Hence, there must be somebody to respond to various issues that may arise. The responsive party would include government officials and private transport cartels.   Failure due to road and railway engineers adversely affects transportation sector. The government is involved in financing public roads and other means of transportation. The government makes sure that there is rule of law that is followed. It is the work of govern to mitigate the transportation processes.   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   Historical background Partnership transportation resulted in manner that was not supposed to be. It dates us back to the early seventeen century when the prisoners in Victoria were being transported from various parts of the country to Australia.[1] This was an intention to punish the prisoners since there were no enough prisons to keep them. Therefore, a solution was found on to how to punish those prisoners. One of the best ways to do that was to compel the prisoners to carry out hard work, tiring jobs and boring tasks such as walking miles away to transport goods or to peak oakum.   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   Farming is another issue that resulted to partnership transportation. This included commercial activities occurring as transportation route; this made the construction of various transportation route e.g.   The Chin ago canals, and rail lines were developed, linking the town to other parts of the region. A tract was opened to settlers and land companies by the Clinton treaty in 1788. The growth of Hamilton town was because of stimulation by several main roads, which crossed from east to west. Therefore, there erupted a relationship between the farmers and transportation board in various countries. Transportation of farm produce resulted to growth and development of transportation sector. On the other hand, farmers benefited from easy means of accessing the markets for their produce. In the process, trading started and business thrived tremendously. This resulted to stiff competition that enabled business partners to merge and to come up with an idea to work together, this is how the partnership transportation emerged. That resulted to automobile firms that started competing on manufacturing different kinds of vehicles. Since then the technology has advanced to the manufacturing of space ships. Status: current issues, practices, developments, controversies and impact of partnership transport.   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   The current issues of partnership transportation include commuters and commuting society, insurance and registration, maintenance and repairs, safety and development. There is the issue of confronting the daunting challenge posed by global climatic change. The main source of green house gases like carbon dioxide is burning of fossil fuel by either through burning coals, oils, petrol, kerosene etc. Burning of fossil fuel include even idling. Therefore, global warming is caused by emission of green house gases that pollute the atmosphere and this go hand in hand with industrialization. It is due to industrialization that transportation is enhanced by manufacturing of automobiles. Therefore, there must be away of partnership association in combating the consequences of transportation. It is fair for industrialized countries to enhance the issue of mitigating this effect as they are the main cause.   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   Global warming is one of the negative impacts caused by the gas emitted by automobiles. Mainly the climatic change is usually caused by pollution that affects the ozone layer. Then the ozone layer becomes less effective in controlling the remittance of radiation from the sun. Therefore, the transport board must tackle this problem since they are part of the cause beside industrialization. In addition, this pollution has a major impact on the quality and feasibility of transit-oriented development. The current issue of concern is to mitigate fuel consumption and to avoid accidents caused by reckless driving.   Reckless driving practices can have a negative implication on automobile fuel economy. This project of training drivers can enhance fuel economy because experienced experts would save consumption. This is by using simple techniques like cruise control mechanism, pricing whenever possible, avoiding use of cab appliances, soft and gradual acceleration and progressive shifting. All these mechanisms enhance reduction of speed. Transport sector in collaboration with the traffic police; address this issue by ensuring that transport rules and regulations are adhered to. Transit connectivity plan is improved daily to enhance pediatrician walking; this makes passenger’s movement easy from one movement to another. Goods movement services should be improved to enhance cargo and freight transportation, this include transit expansion program resolution for rail, road, bus and ferry transit projects. Freight movement is essential to any economy and way of life. For example in each year in the US, automobile moved about ten billion tons of freight worth more than 7.5 trillion dollars whereby, the ground freight consumed significant energy and the sector grew as   expected. This is a development issue because over thirty five billion gallons of fuel will increase to about forty five billion by the year 2013. The ground freight industry is large and decentralized; this is because seven million freight trucks and twenty thousand locomotives are in partnership transportation in US and this is not a simple thing. Another development issue is the ongoing activities concerning pedestrians planning strategies, bicycle riders, community-based planning and development they intend to take. Controversies results due to the need of expanding the transport course, this is because expansion might lead to congestion or evacuation of some people from the intended bypass. This program’s goal is to advance the findings of the lifeline transportation network suggestion through collaboration with community organizations, transit agencies and congestion management agencies in order to minimize the dispute. Therefore, the controversies that arise due to congestion are dealt with. Other developmental plans include new means of transport being innovated to cater for the transportation needs of the countries low-income, elderly and disabled populations. For example, the community-based planning program. This program’s goal is to advance the findings of the transportation network system through collaboration Going on, there is this issue about the automotive & transportation practice and development.   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   These are the some of the current practices that include the automotive and transportation practice that provides global market research for the completed automobiles. Industrial   analysis, concurrent business research which involves custom market research and consultation, market predicament, management consulting and innovation of new strategies result to emerging technologies that are designed to help transportation sector to address current trends and challenges affecting transportation sector and partnership. Another function is to identify new technologies that can lead to advantageous opportunities for growth. This work involves a   global team of automotive and transportation market research analysts, industry experts, and market  consultants who continuously monitor the automotive and transportation industry including logistics, rail systems, automotive testing, diagnostic sand new chassis technologies. In this partnership transportation, there is training for drivers to be equipped with driving dynamics. This is because, new   commercial vehicles that are being manufactured have these new technologies, for example   telemetric and infotainment, power train ,alternative propulsion, safety and   driving assistance not forgetting warning systems.   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   The floor is open for those wishing to join the partnership. The advantage is that there is acquiring of freight carrier innovative strategies, freight carrier commitment is enhanced through partnership, freight carrier fleet performance model are available and of course freight carrier benefits of partnership[2]. For example, truck and rail transportation provides a cost-effective means to transport much of America’s freight. Truck and rail fleets can take simple actions to make ground freight more efficient and cleaner for the environment. The following technologies and strategies can help reduce fuel consumption and emissions from freight trucks. First there is idling reduction in the engine mechanism, there is improved aerodynamics in aerial crafting, improved freight logistics. Other current developments include, tire technology that involve automatic tire inflation systems of which tires with wide base are manufactured. In tire inflation system, there is adjustment of the level of tire pressure. This maintains proper tire pressure especially when the automobile is moving; hence facilitating longer service for the tire It is known that tires with wide base can reduce friction and resistance on the road. This would lead to saving consumption of fuel and other fuel related expenditure. Tire technologies improve on reducing accidents by stabilizing the vehicles movement and grasping on the roads. Furthermore, there is production of low-viscosity lubricants that are used in breaks and other movable parts, less viscous artificial and semi-artificial lubricants can reduce friction losses in automobile drive train, emission of gases, and its engine friction. This actually saves the fuel consumption and hence emission of harmful gases.   Going on, synthetic transmission and oil lubricants can raise fuel economy by 0.7 and 2.1 percent in summer and winter respectively. Good news is that by replacing all transmission lubricants with less viscous fluid saves fuel with less or no additional cost. Other development systems are low weight body parts. This is enhanced by sing materials made of aluminum or other lightweight materials. By reducing weight, much oil consumption can be reduced. Actually, the possibility for weight savings is even greater in the automobile. Lastly, there is use of inter modal shipping systems and hybrid power train technology advancement. In the current development systems, several technologies and practices can be used to assist drivers in reducing truck idling. A case study that was performed in one of the automobile firms show that reducing or eliminating prolonged idling of long-transit trucks can save up to one thousands gallons of fuel per truck each year. This would reduce global warming by reducing pollution emissions, and lowering the cost of engine maintenance.   Some idling reduction technologies can minimize fuel consumption through air conditioning.[3] Some of the latest technologies include reduction on fuel consumption; manufacturers have focused considerable attention on implementing new truck tractor aerodynamics systems. By so doing they have achieved significant gains in fuel efficiency and reduction.   To improve efficiency in fuel consumption, improved freight logistics can enhance achieving the goal which include improved operation efficiency, saving fuel and increasing benefits and profits for automobile companies.   Some of the current diplomatic strategies include load scrutiny and matching, more efficient coursing and scheduling of automobiles, and improved working policies. There is use of software to structure more efficient automobile routes. [4] Social, economic and environmental aspect   There is a suggestion for long lasting solutions that would address social aspects, economic aspects, and environmental aspects. The suggestion involves a lifeline transportation program that works with local agencies to improve access to public transit for new entrants to the job market. For example, regional rail plan is helping develop a bay area regional rail plan to improve the current rail system, map out future rail lines and station locations, and integrate passenger and freight from rail sharing on existing tracks. Another example is the suggestion for a smart growth and transportation for livable communities bay area.[5] The communities should embrace the idea by getting a little tender loving care from partnership transportation, in the form of initiatives to foster pedestrian-friendly development and travel options such as walking, bicycling and public transit. [6]   It is visible that Urban Partnership Program proposal to deliver congestion reduction by 2009 through a bold program combing the affiliated parties and experts concerned in tolling, advanced technology, transit and transportation if effective will address some controversies. The current controversies affecting the transportation sector include lack of agreement on terms of scrutiny. There are two controversy terms, that define the impact of partnership transportation i.e. there is technical controversy that defines failure due to decision of an expert appointed by the parties and non-technical controversy that deals with the rules and regulations. The latter, involves bleaching of the contract that involves disputes arrangement on investment. This happened in an oil transportation controversy whereby they wanted the project to be concerned in establishing standards service for the future, rather than examining current controversies about work programmed.   Overcrowding and reliability is also another negative impact caused by partnership transportation. This is a sensitive issue in transportation that require more detailed hearing to solve the pending problems   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   Some of these pending issues include, perceived transport problems, factors influencing travel behavior, transport licensing board service provision, infrastructure schemes, partnership approaches and innovative solution. [7]Other development measures currently undertaken include expansion of airports and upgrading to an international level. For example, Durango la Plata county airport is expected to undertake some upgrading changes in the coming years[8]. Some of Strategies to facilitate development could include expansion of the planning area, code requirements for aviation easements, and establishment of requirements for special construction on lands adjacent to the airport. Retrieved from www.laplatacountycolorado.org Conclusion Partnership transport is a broad business operation that currently integrates all areas of work. It has enabled the world to be seen as a global village. In essence, partnership transports easies the work of transportation and collaboration in the sector and other chambers of commerce.   However, the controversies and negative effects should be dealt with immediately when they arise. Safer means of transport should be innovated to avoid negative impact such as pollution to the environment, air pollution and water pollution. Therefore, it is of great importance to associate all stakeholders in transportation sector e.g. oil companies should manufacture lead free fuel to lessen the negative impact caused by the fuel.   Actually, the engine life and service is directly related to the amount of fuel burned. In essence, the reduction of driving speed can minimize the cost of repairing the engine. The maximum automobile driving speeds can be minimized through electronic software engine controlling mechanism, improved driver-training programs, or I house programs that motivate drivers for abiding with the rules and regulations. Almost, all new automobile engines in use today are electronically manipulated and the cost of changing the highest acceleration setting on these engines is to some extent negligible. The stated mechanisms, developments and resolutions to partnership transportation are the currents undertaking towards strengthening of the transport sector.    References: Current developments in airport expansion, retrieved on 25th August 2007, available at www.laplatacountycolorado.org Current undertakings on transportation sector, retrieved on 29th August 2007, available at www. emeraldinsight.com Fleet strategies, retrieved on 29th August 2007, available at http://www.epa.gov/otaq/smartway/smartway_fleets_strategies.htm James A Merchant and Barbara (2005) Transportation: Facilitating partnership transportation, page 7 and 8 New York Transport scrutiny update, retrieved on 25th August 2007, available at www. London.gov.uk Transportation problems, retrieved on 25th August 2007, available at www.worldcatlibraries.org Jacques and Whit ford (2003) Environmental impact: Road environmental aspects, published by St Johns N, L London Smart innovation in technologies, retrieved on 29th August 2007, available at www.epa.gov/smartway

Physics Lab Report

Purpose Determine the acceleration in a quick sprint. Question What would the participant’s acceleration be if he/she sprints forward in a positive direction? Hypothesis/Prediction When a person sprints forward, it means he/she speeds up. Consequently, the acceleration should be positive. When the velocity accelerates at a constant rate, the acceleration should remain constant. Therefore, if the participant is moving toward a positive direction and the speed increases, then the acceleration should be positive and constant. Materials * Ticker Tape Machine * Ticker Tape * Tape * Ruler * Pencil * Graph paper Carbon paper Procedure * A piece of Ticker Tape and a Ticker Tape machine were taken. * Ticker Tape machine was plugged in. * One side of the Ticker Tape was attached to the back of a participant. * The other side of the Ticker Tape was inserted through the Ticker Tape machine. * A piece of carbon paper was placed on top of the Ticker Tape and was pinned on the machine. * The machine was started. * The participant sprinted forward. * The machine was stopped. * The used Ticker Tape was collected. * The machine was unplugged. * Using a ruler, a pencil and the Ticker Tape, all the data were recorded on a Data Table. Using the Data Table the position versus time graph and the velocity (instantaneous) versus time graph were plotted. Analysis There were in total of 37 dots recorded on the piece of the Ticker Tape. Every sixth dots represented the 1/60th of one second. Because of the lack of the information, as shown on the Data Table, every third dots were used to expand the amount of data for the more accurate results. Thus, every third dots were used to represent the half of 0. 1 second. Therefore, on both of the position versus time and velocity (instantaneous) versus time graphs, the x-axis value (the time value) went up by 0. 5 seconds. On the position versus time graph, a curved line was drawn due to the increase of the runner’s speed for each 0. 05 seconds. The runner started at 0 second from 0 centimeters and then stopped when the runner’s position was at 0. 65 seconds and 80. 1 centimeters. Also, the curved line on the graph continuously rose upward which meant that the runner never moved backward or slowed down. As evidenced by the velocity (instantaneous) versus time graph, the velocity was the lowest when it was 0 cm/s at 0 second and the highest when it reached positive196 cm/s at 0. 5 seconds. The difference of the velocities was the greatest between 0. 05 seconds and 0. 1 second. Also, the difference was the smallest between 0. 45 seconds and 0. 5 seconds. The two lines of best fit were used for more accuracy due to the scattered dots – which showed the calculated velocities of the specific time intervals – that were plotted on the graph. The first line was illustrated to show the readers the time interval of 0 second to 0. 275 seconds. The second line was used to show the time interval of 0. 2 75 seconds to 0. 65 seconds.Compared to the second line, the first line was drawn steeper due to the larger differences of the velocities of the specific time intervals. For the answer of this report’s question as listed above, when the runner sprinted forward toward a positive direction, the acceleration was able to be calculated from the velocity (instantaneous) versus time graph. In fact, there were two different accelerations during the whole time of 0. 65 seconds. Acceleration could be calculated by measuring the slopes of the velocity (instantaneous) versus time graph which were represented by the two lines of best fit.As shown on the graph, the first line was marked as and the second line was marked as . As seen on the Determination of the Acceleration page of this report, the following mathematical solutions were processed for the solution of the question. * Line * V2 = 134. 2 cm/s * V1 = 0 cm/s * t 2 = 0. 275 s * t 1 = 0 s * Acceleration = (134. 2 cm/s – 0 cm/ s) / (0. 275 s – 0 s) = 488 cm / s2 * Line * V2 = 196 cm/s * V1 = 134. 2 cm/s * t 2 = 0. 65 s * t1 = 0. 275 s * Acceleration = (196 cm/s – 134. 2 cm/s) / (0. 65 s – 0. 275 s) = 165 cm / s2With these two accelerations, it can be analyzed that the runner ran faster during the last 0. 375 seconds than he did during the first 0. 275 seconds. Evaluation This experiment examined the acceleration of a runner when sprinted toward a positive direction. Supported by the evidences and the results of this experiment, one of the two hypotheses stated above was proven false. The runner sped up in a positive direction in a straight line. Hypothetically, the velocity should have been accelerated at a constant rate so that the result could be a constant acceleration.However, according to the data collected, the runner’s first acceleration was 488 cm / s 2 from 0 second to 0. 275 seconds and the second one was 165 cm / s 2 from 0. 275 seconds to 0. 65 seconds. Since there were two different accelerations for 0. 65 seconds, there could not be a constant acceleration. Thus, the prediction of the acceleration being constant was falsified. On the other hand, the other part of the hypothesis was proven true. Theoretically, the acceleration of the runner should be positive because the runner sprinted in a positive direction.As evidenced by the two lines of best fit on the velocity (instantaneous) versus time graph, the slopes were positive due to their upward direction. Hence, since the slopes of the velocity versus time graph represented the person’s acceleration, the runner’s resulting accelerations were positives. To conclude, when the original hypotheses were compared to the calculated results, the first part – â€Å"there should be constant acceleration† – was rejected, on the contrary, the second part – â€Å"there should be a positive acceleration† – was accepted.There were several difficulties when this experiment was performed. For example, the Ticker Tape was so fragile that when the runner started to dart, the tape sometimes got ripped. Thus, it was a challenge to gather enough information to observe and analyze the results. Also, because of the rapid motion of the pin on the Ticker Tape machine, the carbon paper that was placed on top of the Ticker Tape continuously fell off from the machine. In addition, the loud noise produced from the machine created disturbing environment.To improve this lab, advanced technologies such as motion sensors could be used to keep the quiet atmosphere. Lastly, hand-drawn graphs and hand-measured values aren’t always correct. Consequently, they can lead the observers to the wrong conclusions. Therefore, using advanced graphing programs such as Graph 4. 4 could be used for more valid results. To summarize, to avoid miscalculations, advanced technologies and softwares must be used for more precise and accurate products.

The girl on the bus essays

The girl on the bus essays The story by William Sansom is named The girl on the bus. The title of every story is significant because it names the sense for the story. The title of the story introduces the main hero- the girl. It is clear that the girl is in the center of action, which states the cause of the conflict. The words on the bus determine the place of the story. It doesnt mean that the main action takes place exactly on the bus, but it could mean the surrounding of the story. In my opinion, the author by the words on the bus wanted to hint at the changeable setting of the story. The exposition starts with the words Once leaving Haga and finishes with the words Naturally, he felt nervous, frustrated, and dull. The exposition lies in the opening the point of the story. The exposition presents the setting. It presents the place and gives short information about the place and time. The first event takes place in a park in Stockholm, on a winter day. There is no any other description about place; the information about the place is very short. Also the first sentence gives the name to the main hero, who is named by Harry. The event takes place in a park, where Harry met the girl and the beauty of the girl took his breath away. The main action of the exposition is that Harry immediately fell madly in love with her. We find the beginning of the conflict when the girl cast the glance at him, but he never knew whether she saw him at all, or looked past or through him. The exposition is very important because it says about future conflict. We see in that part the position, feelings, emotions of the men, who is waiting for her reaction and attention. To describe the strength of the feelings and emotions of the men the author uses the strong words such madly, alone, nervous...