Oblong Burger Essays

Oblong Burger Essays Oblong Burger Essay Oblong Burger Essay Rancang buka 1,000 gerai Oblong Burger Mukhriz Tun Mahathir dibantu oleh menyediakan buger Oblong sambil diperhatikan oleh Redza Rafiq Abdul Razak (dua dari kanan) dan Pengurus Besar Menara Alor Setar, Hariyati Tahir (kanan) di Alor Setar, kelmarin. ALOR SETAR 26 October Trading appetite. Limited. (STSB) is planning to make an investment of RM14 million to expand the Partnership program development targets Oblong Burger with more than 1,000 booths and 100 kiosks in five years. These targets are based on the cooperation between the company had with the Northern Corridor Implementation Authority (NCIA) through franchise partners and Oblong Burger. These efforts will thus generate a monthly income of RM3, 000 for hawkers and RM5, 000 for the kiosk. STSB Managing Director, Zunita Nordin told, through the partnership program of entrepreneurship opportunities now wide open to Malaysians, especially among youth and women. I hope that people should not miss this opportunity to join us as a franchise. Come to us with a capital of just RM500 as a deposit, we will help them to do business and make a profit of up to RM5, 000 a month, he told reporters after launching ceremony Oblong Burger kiosk in Alor Setar Tower near here yesterday. The event was officiated by Deputy Minister of International Trade and Industry Minister Datuk Mukhriz Tun Mahathir and also attended NCIA chief executive Datuk Redza Rafiq Abdul Razak. Todays opening of the kiosk to be another landmark procured business as it is the location of the countrys tourism. The company, which was established eight years ago opened its first kiosk at the Sultan Abdul Halim Airport and the company had a family product received is Sempoi Oblong, Sempoi O-boolat Burger and Kebab. According Zunita again, when these plants operating in Kubang Pasu Napoh able to increase output to 15 tons a day and providing 50 opportunities to local residents. In addition, there were 119 participants Oblong Burger Boy franchise that most of the operations in the northern region, including Langkawi, Bangkok and Kuala Lumpur, he said. In the meantime Rafiz Redza said NCIA role in developing the field of entrepreneurship is as a facilitator in finance, infrastructure, markets and raw materials. Through this collaboration more entrepreneurial opportunities can be created to the people here, he said.

What Are Variables in Computer Programs

What Are Variables in Computer Programs A variable is a way of referring to a storage area in a computer program. This memory location holds values- numbers, text or more complicated types of data like payroll records. Operating systems load programs into different parts of the computers memory so there is no way of knowing exactly which memory location holds a particular variable before the program is run. When a variable is assigned a symbolic name like employee_payroll_id, the compiler or interpreter can work out where to store the variable in memory. Variable Types When you declare a variable in a program, you specify its type, which can be chosen from integral, floating point, decimal,  boolean or nullable types. The type tells the compiler how to handle the variable and check for type errors. The type also determines the position and size of the variables memory, the range of values that it can store  and the operations that can be applied to the variable. A few basic variable types include: int - Int is short for integer. It is used to define numeric variables holding whole numbers. Only negative and positive whole numbers can be stored in int variables.   null - A nullable int has the same range of values as int, but it can store null in addition to whole numbers. char - A char type consists of Unicode characters- the letters that represent most of the written languages.   bool - A bool is a fundamental  variable type that can take only two values: 1 and 0, which correspond to true and false.   float, double and decimal - these three types of variables handle whole numbers, numbers with decimals and fractions. The difference between the three lies in the range of values. For example, double is twice the size of float, and it accommodates more digits. Declaring Variables Before you can use a variable, you have to declare it, which means you have to assign it a name and a type. After you declare a variable, you can use it to store the type of data you declared  it to hold. If you try to use a variable that hasnt been declared, your code wont compile.  Declaring a variable in C# takes the form: data_type variable_list; The variable  list consists of one or more identifier names separated by commas. For example:   int i, j, k;   char c, ch; Initializing Variables Variables are assigned a value using an equal sign followed by a constant. The form is: data_type  variable_name value; You can assign a value to a variable at the same time you declare it or at a later time. For example:   int i 100;   or   short a;int b;double c;   /*actual initialization */a 10;b 20;c a b; About C#   C# is an object-oriented language that does not use any global variables. Although it could be compiled, it is almost always used in combination with the .NET framework, therefore applications written in C# are run on computers with .NET installed.

Reaction paper Essay Example | Topics and Well Written Essays - 250 words - 6

Reaction paper - Essay Example That he was a former Jew and an insider makes what he is saying believable. There is no doubt that there are things about the World Wars that we are not aware of. Whether they were dispensable pieces of history or intentionally left out so as not to tarnish the image of the bloodshed in the Holocaust and to make those atrocities take an impact in the minds of people is something worth asking. What is very evident from the introduction of the speech was that it fully takes on an anti-Jewish approach or to say it directly, it is very anti-Semitic. â€Å"Here in the United States, the Zionists and their co-religionists have complete control of our government† (Freedman, n.p.). Benjamin Freedman tells us that what happened are all products of the propaganda of powerful Jewish people but I can’t stop feeling that in some way he has propaganda of his own. Throughout the speech he was very persuasive among Christians to take a second look at the lies Jews proliferated and how they have been kept in the dark all these years. Perhaps it was the best tone to convince people to what he is saying but the generalization of Jews makes it uneasy to take in without a second thought. It is very effective in that even I now begin to reconsider my knowledge of World War II and how it has portrayed Germany and rethink whether it was truly a genocide or just plain casualties of war.

Aircraft Icing Research Paper Example | Topics and Well Written Essays - 1750 words

Aircraft Icing - Research Paper Example Icing does not spare any type of aviation. In extreme cold conditions, ice forms naturally. An aircraft, despite its size and shape, has no control over formation of ice over its surface. Deicing and anti-icing treatment helps ward off icing on aircraft surface. But even with these treatments, it is necessary to be on the lookout for sneaky icing to happen unobtrusively. No region in the world can boast of ice-free aviation condition. Icing is not known as the silent killer for nothing. It has taken heavy toll arising from complacency and lack of vigilance. Early in the 1940s when the problem of icing began to get noticed, people in the aviation industry did not view it very seriously. Aviation was not a huge industry then. However, when the industry began to grow in leaps and bounds in the late 1970s, icing problem began to get noticed. Customer base grew. It became a demanding market. It became necessary for flights to be frequent and time adherent. It was then that problems such as icing began to get noticed in the way it should. On 13 January 1982, the Air Florida flight 90 accident at Washington National Airport sounded alarm bells to the lethal hazards of ground icing (William M. Leary). The clear and smooth ice with air pockets that has the lumpy and translucent appearance. The more the accretion, the less the glazed ice takes the form of the wing. This ice is clear and hard to break and is more transparent. Mixed ice Rime ice and clear ice together form the mixed ice. Conditions that cause icing High humidity and the low winter freezing levels are the main causes of icing. The airframe icing are caused when planes are flying through visible cloud, rain and drizzle and the temperature reaches at a point zero or sub zero. The aerodynamic danger The weight of ice on the body of the plane causes accretion; the accretion occurred is asymmetrical that causes higher uncontrollability to the plane and aircraft movements. The visibility in front of the plane is also lost because of the ice. The propeller blades of the plane if iced causes reduction in thrust and may result in danger by causing imbalance to the movements of the plane; surface movement may be cut down because control of the plane may be lost, causing flutter. The antennae of the plane that helps in bridging communication may render ineffective. The speed of the plane may be stalled because its flaps may be extended. Technology of icing detection Anti icing technology The technology is used at a pre icing stage, to avoid ice to shape form on the body of the plane. Various areas of plane are heat up including carburetor heating, prop heating, pilot heating, fuel vent heating, and wind shield heating, etc. Deicing This procedure is used after the icing conditions have engulfed the plane. Surface deicing equipment is to prevent any ice from inhibiting the

Morals and values learnt in Under a Ramshackle Rainbow Essay -- Engli

Morals and values learnt in Under a Ramshackle Rainbow " Under a Ramshackle Rainbow", is a very deep poem in which the poet uses dark and morbid images and symbols to get across morals and values to the reader. The underlining theme of the poem is how one should treat their surroundings and what the consequences to their actions will be. From the immediate start of the poem, a creepy and eery atmosphere is created by casting a dark image in the reader's mind. ' A dead tree. On a rotten branch sit two wingless birds.' The words 'dead' and 'rotten' show the sincerity of the issue. The mentioning of two wingless birds is very significant as they portray the poet's first message to the reader. The wingless birds basically defy their objective in life. Birds need wings to fly and without wings not only do they not have their freedom, but they have no means of survival; they cannot avoid predators or catch prey. Therefore death is inevitable. After only reading the first two lines the reader may feel confused to why the birds are wingless and why their habit is in such an unusual state. The ending to the first stanza clarify the confusion. ' Among leaves on the ground a man is searching for his hands. It is fall. By this, the poet is explaining the cause of the dead tree and the wingless birds. When saying that the man is ' searching for his hands', it is made clear that the search is a pointless exercise as the reader is told that it is fall and therefore the pile of leaves would be extremely deep. Although the man still has his site, he does not have his hands which are essentially needed to search through the leaves. The poet uses this description as it is symbolizes man searching ... ...re successfully receiving compensation for man's behaviour is secured by the last line of the poem. ' The ants gather on the shore. ' It is as though the ants represent nature and are the audience that witness the death of the man. After reading " Under the Ramshackle Rainbow" the reader understands perfectly, the aim of the poem. The aim of the poem is to get across a message that one should respect their surroundings and instead of neglect or abuse them, giving back to them what you take. If one should act in greed and only take from nature, they will have to suffer the consequences. The aim of the poem is put forward effectively by using methods such as patheticfallacy, irony and dramatic twists. The poet also uses enjambement to give the poem a more distorted rhyme and structural appearance that emphasises the destruction and ruin of the poem.

Preparing to Conduct Business Research

On September 12, 2012 the New York City Health Department voted eight-zero with one vote abstaining, to enact a city wide ban on sugar-sweetened beverages in containers over 16ounce in size (Susman, 2012). At the urging of New York City Mayor Michael Bloomberg the health department is hoping that this ban will have an impact on the growing obesity problem among New York citizens (Susman, 2012). Opposition to the ban was evident before the final vote by citizens believing violations of his or her freedom are occurring and vendors who see the choices in what he or she serve the customers under dictation from city hall.Perhaps the group with the most to lose is the beverage industry; the ban limits servings of sugar sweetened drinks to 16 ounces or less in the city’s 24,000 restaurants, delis, movie theaters, sports venues, and street carts (Petrecca, 2012). This means no 20-ounce bottles, no super-sized drinks, no monster drinks at the movie theater, the fact is most of these es tablishments consider a 16-ounce beverage a small or medium drink (Petrecca, 2012). So smaller drinks mean smaller profits; however, it may be possible that this is not the case.The ban does not limit the number of 16-ounce drinks a person may purchase; the possibility for additional sales does exist (Petrecca, 2012). Because only restaurants offer free refills, it is possible that the smaller size drinks will result in greater quantities of sales at the other locations. Business Research The CEO of the Coca Cola Company is communicating with Learning Team A, hiring Learning Team A to research potential issues and opportunities resulting from the ban on containers over the limit of 16 ounces of sugar sweetened beverages in the city of New York.Coca Cola is showing interest in learning what the consumer thinks of the ban; how the customers believe it will affect his or her recreational and dining experiences. Coca Cola is not only showing interest in this information as it pertains t o New York City but also because the interest this ban is attracting from other large cities and what it would mean to the company if this became common practice in other locations (Koebler, 2012). HypothesesTeam A offers several hypotheses to the ban and the effects it will have on the citizens, vendors, and distributors of sugar sweetened beverages: ? Team A hypothesizes that the ban on sugar sweetened beverages will cause a decrease in beverage sales that contain sugar, costing the Coca Cola company millions of dollars in sales. ? Team A hypothesizes that the ban on sugar sweetened beverages larger than 16 ounces will cause consumers to purchase multiple quantities of beverages in replacement of what they use to purchase.Also the sale of sugar free beverages will rise; this will cause an increase in revenue for the Coca Cola Company. Team A hypothesizes that the public will be unreceptive to the ban and believes that the government body responsible for it has overstepped their bo unds. The public will think that the removal of this choice goes against the constitutional rights every person has and that he or she will attempt to find a way around the ban. ? Team A hypothesizes that although there will be citizens upset in regard to the ban, the citizens will embrace the law proving a measurable difference on the obesity problem in New York City. Variables to Consider and Questions to AskIn an effort to offer to the Coca Cola Company the most complete information, the best recommendations, and a reliable foundation on which to base future changes it is necessary to research as many variables as possible. Variable questions to include in the research include: 1) â€Å"The various age groups of the consumers, and their drink preferences. † 2) â€Å"How the vendors plan on handling this new rule and will the vendor adjust the prices, add free-refills, implement buy one get one programs, and add additional drink dispensers to accommodate customers. ) †Å"How these bans encourage customers to leave the city limits and visit establishments in the suburbs? † 4) â€Å"How the consumer understands the reasoning behind the ban and the obesity issue with the removal of beverage choice? †5) â€Å"Coca Cola currently holding a 70% market share in New York; this is a significant margin over the competition (Petrecca, 2012). It is important to research if the customer loyalty level will hold up to â€Å"deals† by the competition and how aggressive Coca Cola is going have to be with marketing and pricing. 6) â€Å"Is Coca Cola willing to embrace this ban, explore ways to market their diet products and fruit juices as an alternate to the sugar sweetened beverages? † Ethical Considerations Ethics play a critical role in conducting research projects (Donald R. Cooper, 2011). It is critical to examine how the results of the research issue breach the rights of the citizens. In the case of the New York City law that limi ts the sales of sugar sweetened drinks there are several ethical questions that arise.The strongest being, â€Å"how will this state law infringe on an individual’s rights to choose the size of their desired beverage? † The motivation behind the law is the unhealthy factors of sugary drinks, targeting one unhealthy option. Supporters of the law believe that this law will help prevent obesity; however, opposition believes it is unfair to place the weight of this issue on one product. Also at question â€Å"Is it ethical to restrict a consumer’s right to choose what he or she wants to drink?Along with sugar sweetened beverages there are other unhealthy products available that have proven effects on weight with no restrictions. Vendors and beverage makes can argue that the law shows bias and is discriminatory. This leads to another ethical issue; does the law give preference or competitive vendor advantage over consumer’s advantage. A consumer, who may wish to purchase a larger drink, may find the need to purchase multiple drinks, thereby increasing the sales of the company but yet not eliminating the risk of obesity.Also under consideration is the ethical question, â€Å"does the beverage company have a responsibility to their customers to reduce the chance of obesity, knowing that these beverages offer empty calories with no nutritional value? † Conclusion Moving into the future it is important to understand what difficulties a company will be facing. Knowledge from research projects provide companies the possibility to develop contingency plans and reduce the chance that the unknown will alter the course of a successful business plan.Earlier this month the New York City Health Department passed a law that has altered the way beverage makers and vendors conduct their business and altering the freedom consumers have in choosing something as simple as the beverage he or she drinks. The Coca Cola Company is looking to go forward armed with the knowledge they will need to maintain their superiority in the New York Market. This task has fallen on Learning Team A, as they will research and discover what the market and consumers will demand to remain customers of Coca Cola.

The Best of Tsunami-Resistant Building

Architects and engineers can design buildings that will stand tall during even the most violent earthquakes. However, a tsunami (pronounced soo-NAH-mee), a series of undulations in a body of water which is often caused by an earthquake, has the power to wash away entire villages. While no building is tsunami-proof, some buildings can be designed to resist forceful waves. The challenge of the architect is to design for the event AND design for beauty — the same challenge faced in safe room design. Understanding Tsunamis Tsunamis are usually generated by powerful earthquakes underneath large bodies of water. The seismic event creates a subsurface wave that is more complex than when the wind simply blows the waters surface. The wave can travel hundreds of miles an hour until it reaches shallow water and a shoreline. The Japanese word for harbor is tsu and nami means wave. Because Japan is heavily populated, surrounded by water, and in an area of great seismic activity, tsunamis are often associated with this Asian country. They occur, however, all over the world. Historically tsunamis in the United States are most prevalent on the West coast, including California, Oregon, Washington, Alaska and, of course, Hawaii. A tsunami wave will behave differently depending on the underwater terrain surrounding the shoreline (i.e., how deep or shallow the water is from the shoreline). Sometimes the wave will be like a tidal bore or surge, and some tsunamis dont crash onto the shoreline at all like a more familiar, wind-driven wave. Instead, the water level may rise very, very quickly in what is called a wave runup, as if the tide has come in all at once—like a 100 foot high tide surge. Tsunami flooding may travel inland more than 1000 feet, and the rundown creates continued damage as the water quickly retreats back out to sea.   What Causes the Damage? Structures tend to be destroyed by tsunamis because of five general causes. First is the force of the water and high-velocity water flow. Stationary objects (like houses) in the path of the wave will resist the force, and, depending how the structure is constructed, the water will go through or around it. Second, the tidal wave will be dirty, and the impact of debris carried by the forceful water may be what destroys a wall, roof, or piling. Third, this floating debris can be on fire, which is then spread among combustible materials. Fourth, the tsunami rushing onto land and then retreating back to the sea creates unexpected erosion and scour of foundations. Whereas erosion is the general wearing away of the ground surface, scour is more localized—the type of wearing away you see around piers and piles as water flows around stationary objects. Both erosion and scour compromise a structures foundation. The fifth cause of damage is from the waves wind forces. Guidelines for Design In general, flood loads can be calculated like for any other building, but the scale of a tsunamis intensity make building more complicated. Tsunami flood velocities are said to be highly complex and site-specific. Because of the unique nature of building a tsunami-resistant structure, the U.S. Federal Emergency Management Agency (FEMA) has a special publication called Guidelines for Design of Structures for Vertical Evacuation from Tsunamis. Early warning systems and horizontal evacuation have been the main strategy for many years. The current thinking, however, is to design buildings with vertical evacuation areas: instead of attempting to flee an area, the residents climb upwards to safe levels. ...a building or earthen mound that has sufficient height to elevate evacuees above the level of tsunami inundation, and is designed and constructed with the strength and resiliency needed to resist the effects of tsunami waves.... Individual homeowners as well as communities may take this approach. Vertical evacuation areas can be part of the design of a multi-story building, or it can be a more modest, stand-alone structure for a single purpose. Existing structures such as well-constructed parking garages could be designated vertical evacuation areas. 8 Strategies for Tsunami-Resistant Construction Shrewd engineering combined with a swift, efficient warning system can save thousands of lives. Engineers and other experts suggest these strategies for tsunami-resistant construction: Build structures with reinforced concrete instead of wood, even though wood construction is more resilient to earthquakes. Reinforced concrete or steel-frame structures are recommended for vertical evacuation structures.Mitigate resistance. Design structures to let the water flow through. Build multi-story structures, with the first floor being open (or on stilts) or breakaway so the major force of water can move through. Rising water will do less damage if it can flow underneath the structure. Architect Daniel A. Nelson and Designs Northwest Architects often use this approach in the residences they build on the Washington Coast. Again, this design is contrary to seismic practices, which makes this recommendation complicated and site specific.Construct deep foundations, braced at the footings. A tsunamis force can turn an otherwise solid, concrete building completely on its side, substantive deep foundations can overcome that.Design with redundancy, so that the structure can experien ce partial failure (e.g., a destroyed post) without progressive collapse.As much as possible, leave vegetation and reefs intact. They wont stop tsunami waves, but they can act as a natural buffer and slow them down.Orient the building at an angle to the shoreline. Walls that directly face the ocean will suffer more damage.Use continuous steel framing strong enough to resist hurricane-force winds.Design structural connectors that can absorb stress. Whats the Cost? FEMA estimates that a tsunami-resistant structure, including seismic-resistant and progressive collapse-resistant design features, would experience about a 10 to 20% order-of-magnitude increase in total construction costs over that required for normal-use buildings. This article briefly describes design tactics used for buildings in tsunami-prone coastlines. For details about these and other construction techniques, explore the primary sources. Sources United States Tsunami Warning System, NOAA / National weather Service, http://www.tsunami.gov/Erosion, Scour, and Foundation Design, FEMA, January 2009, PDF at https://www.fema.gov/media-library-data/20130726-1644-20490-8177/757_apd_5_erosionscour.pdfCoastal Construction Manual, Volume II FEMA, 4th edition, August  2011, pp. 8-15, 8-47, PDF at https://www.fema.gov/media-library-data/20130726-1510-20490-1986/fema55_volii_combined_rev.pdfGuidelines for Design of Structures for Vertical Evacuation from Tsunami, 2nd edition, FEMA P646, April 1, 2012, pp. 1, 16, 35, 55, 111, PDF at https://www.fema.gov/media-library-data/1426211456953-f02dffee4679d659f62f414639afa806/FEMAP-646_508.pdf  Tsunami-Proof Building by Danbee Kim, http://web.mit.edu/12.000/www/m2009/teams/2/danbee.htm, 2009 [accessed August 13, 2016]The Tech To Make Buildings Earthquake — and Tsunami — Resistant by Andrew Moseman, Popular Mechanics, March 11, 2011How to Make Buildings Safer in Tsunamis by Rollo Reid, Reid Steel