حل واجبات - شرح كورسات الجامعة العربية المفتوحة WhatsApp: 00966541597560 2016-2017

14 أكتوبر 2014
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Being Cheap is our specialty

Hon Hai Precision Industry is sometimes called the biggest company you have never hear of. Yet it is one of the world’s largest contract electronics manufacturers who produce many of the world’s computer, consumer electronics and communications products for customers such as Apple, Dell, Nokia and Sony. Since it was founded in 1974, the company’s growth has been phenomenal. It is now the world’s biggest contract manufacturer for the electronics industry. Why? Because it can make these products cheaper than its rivals. In fact, the company is known for having an obsession with cutting its costs. Unlike some of its rivals, it has no imposing headquarters. The company is run from a five-storey concrete factory in a grimy suburb of Taipei and its annual meeting is held in the staff canteen.
‘Doing anything else would be spending your money. Cheap is our specialty’, says chairman Terry Gow, and he is regarded as having made Hon Hai the most effective company in his industry at controlling costs.
The extra business this has brought has enabled the company to achieve economies of scale above those of its competitors. It has also expanded into making more of the components that go into its products than its competitors. Perhaps most significantly, Hon Hai has moved much of its manufacturing into China and other low-cost areas with plants in South-East Asia, Eastern Europe and Latin America. In China alone, it employs 100,000 people, and with wages rates as low as one-fifth of those in Taiwan many of Hon Hai’s competitors have also shifted their production into China.
Slack. N., Stuart, C., and Robert, J. (2010) Operations Management. Harlow, England: Financial Times Prentice Hall.


Discussion Questions

Question 1 (300 words, 30 marks)
Identify the various ways in which Hon Hai has kept its costs low.
Question 2 (200 words, 30 marks)
How easy will it be for Hon Hai’s competitors to copy the way it has kept its low costs.
Question 3 (400 words, 40 marks)
Explain the five performance objectives of operation. Discuss the effect of the four objectives on the cost objective. Support your answer with relevant examples.


شعارنا هو التميز والاستمرارية و بحمد الله فنحن مستمرون من 12 عام في تقديم النموذج الباهر والنجاحات المتعدده ولا يأتي هذا النجاح من فراغ بل من تفوق طلابنا بأعلى الدرجات ولله الحمد
نضمن لكم عدم التكرار ولا التشابه بين الواجبات المختلفة فنحن على يقين بأن نجاح الطالب هو الضمان الوحيد لنجاحنا و استمراريتنا
whatsApp: 0 0 9 6 6 5 4 1 5 9 7 5 6 0
تواصل معنا عن طريق
whatsApp: 00966541597560
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Professor.tma@gmail.com
الانستجرام:
AOU.Doctor

نقدم لكم عروضنا المميزه لجميع طلبة الجامعات 00966541597560
ونواصل العمل المتميز منذ سنوات لتحقيق أهداف وطموحات الطلبه والطالبات بالتخرج بنجاح والتفوق فى جميع المواد الدراسيه

معنا يحصل الطلبه والطالبات على أعلى الدرجات وبشهادة الطلبه انفسهم .
وهذا مثال من رأى طالبه وهناك مئات الطلاب ونشكر أرائهم ولا يتسع المجال لوضع كلمات الشكر المرسله منهم

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There are as many ways to use information technology in business as there are business activities to be pursued. Human Resource management has many activities that are designed to support the strategic goals of the organization. Write an essay to explain in some details, any three of these HRM activities and the role of using information systems within these activities. Support your answers with relevant examples


مع نخبة من أفضل الاساتذه والمهندسين المتخصصين

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نقدم لكم عروضنا المميزه لجميع طلبة الجامعات 00966541597560
ونواصل العمل المتميز منذ سنوات لتحقيق أهداف وطموحات الطلبه والطالبات بالتخرج بنجاح والتفوق فى جميع المواد الدراسيه

معنا يحصل الطلبه والطالبات على أعلى الدرجات وبشهادة الطلبه انفسهم .
وهذا مثال من رأى طالبه وهناك مئات الطلاب ونشكر أرائهم ولا يتسع المجال لوضع كلمات الشكر المرسله منهم

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14 أكتوبر 2014
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The 10 biggest R&D spenders worldwide
Michael Casey,Robert Hackett
Nov 17, 2014
“Innovative” has become, it seems, a trite descriptor, since marketing departments plaster the word everywhere. So who is actually investing the most in research and development? As it turns out, companies are spending more on R&D than ever before. The Global Innovation 1000, a list of public companies that spend the most on innovation, last year invested a record $647 billion, an increase of $9 billion over the previous year. That total represents two-fifths of all innovation spending by organizations worldwide, according to a report from Strategy&, the consultancy formerly known as Booz & Co.
Where does all that money go? Over the past decade, two industries have accounted for half of all R&D spending: healthcare and computers. Other resource-intensive industries include healthcare, autos, and software. Fortunecombed through the annual reports of Strategy&'s top 10 to learn more about how big companies spend their R&D budgets. Here's what we found.


1. Volkswagen

  • R&D spending in 2013: $13.5 billion
  • As a percentage of revenue: 5.2%
For the third year in a row, the German carmaker tops the Strategy& list of research and development spenders. Volkswagen says its spending results from being a “highly competitive and innovative car manufacturer which must fulfill a whole host of environmental and safety standards.” Much of that spending has gone into hybrid vehicles and adding new technology, including semi-autonomous features to some of its 12 brands. It also is looking to reduce CO2 emissions across its fleet and invest in ways to electrify vehicles.





2. Samsung

  • R&D spending in 2013: $13.4 billion
  • As a percentage of revenue: 6.4%
The South Korean conglomerate claims second place once again. Its many R&D centers range from Silicon Valley to Bangalore to Beijing. The company says it is developing a smart TV monitor and a smart TV service as part of its research program. Domestically, Samsung breaks R&D into three organizations: business unit development teams that have a one-to-two year development outlook; research institutes that have a three-to-five year development outlook; and the Samsung Advanced Institute of Technology, which works on projects with a further line of sight.




3. Intel

  • R&D spending in 2013: $10.6 billion
  • As a percentage of revenue: 20.1%
The Santa Clara, Calif.-based chip manufacturer invests in R&D to keep pace with Moore’s Law, an observation by company co-founder Gordon Moore in 1965 that computing power doubles every two years. As the company works to cram more transistors onto its circuits, development eats most of the company’s R&D spending. “It’s getting more expensive to do the development piece of it because wafers get more expensive over time as more steps get added to the process,” says Michael Mayberry, vice president and director of components research at Intel. “Complexity drives cost.” One recent example of the company’s R&D efforts includes the 14nm Intel Core M processor, which is half the size of the previous generation of chips with 20% longer battery life and 60% less energy expenditure.




4. Microsoft

  • R&D spending in 2013: $10.4 billion
  • As a percentage of revenue: 13.4%
Microsoft, the biggest spender among software and Internet companies, likes to refer to the “small r” and the “big D.” The company prides itself on developing products for the current market while searching for the next big thing. With more than 1,000 doctorate-holding researchers, its research program contributes to nearly everything the company ships today—one of the latest examples being Microsoft Band, a wearable device that aims to help people live a healthy and more productive life. Over the years, other technologies emerging from the company’s R&D program have included Xbox 360 and Xbox One, Kinect and Skype Translator.




5. Roche

  • R&D spending in 2013: $10 billion
  • As a percentage of revenue: 19%
Leading the healthcare industry in R&D spending, the Swiss biopharmaceutical company spends more today than it did when it topped the Strategy& list three years ago. The company invests an overwhelming majority of its R&D budget —almost 90%—on pharmaceuticals, while the rest goes into diagnostics. Oncology, the largest part of Roche’s business, eats about half of its pharma R&D spending. One of the company’s latest drugs, a targeted medicine for advanced breast cancer called Kadcyla, was approved in the U.S. and E.U. last year. Roche says it is looking to leverage parts of the Kadcyla platform (for instance, the innovative way it links chemotherapeutic agents and antibodies) for future drugs.




6. Novartis

  • R&D spending in 2013: $9.9 billion
  • As a percentage of revenue: 16.8%
As the second-biggest health care spender, Novartis invested nearly 17% of its revenues into R&D in 2013 and has more than 200 projects in clinical development, including 138 in pharmaceuticals. Among the big discoveries from its R&D program was the drug Zykadia, which treats patients with a certain form of lung cancer and, in August, the company presented data on its drug LCZ696, an investigational heart failure medicine, showing it was superior to the current best treatments. And in October, an advisory committee to the FDA approved unanimously to support the approval AIN457 (secukinumab) for the treatment of moderate-to-severe plaque psoriasis.


7. Toyota

  • R&D spending in 2013: $9.1 billion
  • As a percentage of revenue: 3.5%


The Japanese automaker's biggest R&D investment areas include environmental and hybrid systems like electric and fuel cell vehicles as well as safety technologies, like vehicle dynamic control and crash safety performance. In its Q2 financial results, the company reported that these technologies are “a foundation for future growth. We will focus our investment in these areas.”
8. Johnson & Johnson

  • R&D spending in 2013: $8.2 billion
  • As a percentage of revenue: 11.5%

The American health care company has long prided itself on investing in R&D and for the past five years has consistently been among the top spenders in the pharma industry. That investment has paid off big, with the pharmaceutical business launching 14 new compounds since 2009. J&J says it plans to file more than 10 new drugs and 25 line extensions between 2013 and 2017.


9. Google

  • R&D spending in 2013: $8 billion
  • As a percentage of revenue: 13.2%
Known for pursuing moonshot R&D projects, the Mountain View, Calif.-based Internet company has invested in seemingly outlandish technologies such as self-driving cars, computer eyewear and balloon-distributed Wi-Fi. The company employs about 18,600 people in research and development according to its latest annual report, and most of its R&D costs go into staffing and personnel support. According to Google's annual report, "our product development philosophy is to launch innovative products early and often, and then iterate rapidly to make those products even better."




10. Merck

  • R&D spending in 2013: $7.5 billion
  • As a percentage of revenue: 17%
The N.J.-based pharmaceutical company lists its top R&D investment priorities as oncology, infectious diseases, vaccines, and diabetes. This year Merck received approval from the FDA for an immuno-oncology drug called Keytruda that treats a dangerous form of skin cancer known as advanced melanoma. “We see Keytruda and immuno-oncology drugs as a fundamental change in how we treat cancer patients,” says Dr. Roy Baynes, senior vice president of global clinical development. Merck is also extending studies of the drug to more than 30 other tumor types, he says.


Casey, M., Hackett, R. (November 17, 2014). The 10 biggest R&D spenders worldwide.
Retrieved from http://fortune.com/2014/11/17/top-10-research-development/


I- QUESTIONS:
Answers to these questions should be based on: the case study, material learned from the textbook related to different TM concepts (acquisition, external acquisition, types of external collaboration…) and online sources (i.e. companies’ webpages, AOU e-library databases…)
1- The role of R&D in all companies of all sectors is crucial, especially in technological industries. Elaborate on this importance, for all sectors in general and for technological companies in particular and explain how it is linked to innovation. Give examples to support your answer. (300 words – 30 marks)


2- Choose one of the companies listed above, visit its website and other web pages you find interesting for your search, and elaborate on its R&D department and activities (number of employees in the department, budget allocated, spending on R&D, areas of research, latest innovations…) – (350 words – 35 marks)

3- Choose a recent technology or product introduced by one of the companies listed in the text above and discuss its characteristics reflecting on the innovative side of it comparing to similar of competitive products. (350 words – 35 marks)


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14 أكتوبر 2014
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1. Critically analyze and discuss the strategy adopted by APPLE to penetrate and survive in the highly competitive market of consumer electronics. (1000words)- 60 marks

2. Based on the B301A course material and your understanding of strategy, critically discuss what Nokia could have done differently to sustain its initial dominance in the technology industry. (500 words)-40 marks


CASE STUDY
FOR B301A TMA
APPLE
Apple’s profitable but risky strategy
When Apple’s Chief Executive – Steven Jobs – launched the Apple iPod in 2001 and the iPhone in 2007, he made a significant shift in the company’s strategy from the relatively safe market of innovative, premium-priced computers into the highly competitive markets of consumer electronics. This case explores this profitable but risky strategy.
Early beginnings
To understand any company’s strategy, it is helpful to begin by looking back at its roots. Founded in 1976, Apple built its early reputation on innovative personal computers that were par-ticularly easy for customers to use and as a result were priced higher than those of competitors. The inspiration for this strategy came from a visit by the founders of the company – Steven Jobs and Steven Wozniack – to the Palo Alto research laboratories of the Xerox company in 1979. They observed that Xerox had developed an early version of a computer interface screen with the drop-down menus that are widely used today on all personal computers. Most computers in the late 1970s still used complicated technical interfaces for even simple tasks like typing – still called ‘word-processing’ at the time.
Jobs and Wozniack took the concept back to Apple and developed their own computer – the Apple Macintosh (Mac) – that used this consumer-friendly interface. The Macintosh was launched in 1984. However, Apple did not sell to, or share the software with, rival companies. Over the next few years, this non-co-operation strategy turned out to be a major weakness for Apple.
Battle with Microsoft
Although the Mac had some initial success, its software was threatened by the introduction of Windows 1.0 from the rival company Microsoft, whose chief executive was the well-known Bill Gates. Microsoft’s strategy was to make this software widely available to other computer manufacturers for a licence fee – quite unlike Apple. A legal dispute arose between Apple and Microsoft because Windows had many on-screen similarities to the Apple product. Eventually, Microsoft signed an agreement with Apple saying that it would not use Mac technology in Windows 1.0. Microsoft retained the right to develop its own interface software similar to the original Xerox concept.
Coupled with Microsoft’s willingness to distribute Windows freely to computer manufacturers, the legal agreement allowed Microsoft to develop alternative technology that had the same on-screen result. The result is history. By 1990, Microsoft had developed and distributed a version of Windows that would run on virtually all IBM-compatible personal computers – see Case 1.2. Apple’s strategy of keeping its software exclusive was a major strategic mistake. The company was determined to avoid the same error when it came to the launch of the iPod and, in a more subtle way, with the later introduction of the iPhone.
Apple’s innovative products
Unlike Microsoft with its focus on a software-only strategy, Apple remained a full-line computer manufacturer from that time, supplying both the hardware and the software. Apple continued to develop various innovative computers and related products. Early successes included the Mac2 and PowerBooks along with the world’s first desktop publishing programme – PageMaker. This latter remains today the leading programme of its kind. It is widely used around the world in publishing and fashion houses. It remains exclusive to Apple and means that the company has a specialist market where it has real competitive advantage and can charge higher prices.
Not all Apple’s new products were successful – the Newton personal digital assistant did not sell well. Apple’s high price policy for its products and difficulties in manufacturing also meant that innovative products like the iBook had trouble competing in the personal computer market place.
Apple’s move into consumer electronics
Around the year 2000, Apple identified a new strategic management opportunity to exploit the growing worldwide market in personal electronic devices – CD players, MP3 music players, digital cameras, etc. It would launch its own Apple versions of these products to add high-value, user-friendly software. Resulting products included iMovie for digital cameras and iDVD for DVD-players. But the product that really took off was the iPod – the personal music player that stored hundreds of CDs. And unlike the launch of its first personal computer, Apple sought industry co-operation rather than keeping the product to itself.
Launched in late 2001, the iPod was followed by the iTunes Music Store in 2003 in the USA and 2004 in Europe – the Music Store being a most important and innovatory development. iTunes was essentially an agreement with the world’s five leading record companies to allow legal downloading of music tracks using the internet for 99 cents each. This was a major coup for Apple – it had persuaded the record companies to adopt a different approach to the problem of music piracy. At the time, this revolutionary agreement was unique to Apple and was due to the negotiating skills of Steve Jobs, the Apple chief executive, and his network of contacts in the industry. Figure 1.9 shows that Apple’s new strategy was beginning to pay off. The iPod was the biggest single sales contributor in the Apple portfolio of products.
In 2007, Apple followed up the launch of the iPod with the iPhone, a mobile telephone that had the same user-friendly design characteristics as its music machine. To make the iPhone widely available and, at the same time, to keep control, Apple entered into an exclusive contract with only one national mobile telephone carrier in each major country – for example, AT&T in the USA and O[SUB]2[/SUB] in the UK. Its mobile phone was premium priced – for example, US$599 in North America. However, in order to hit its volume targets, Apple later reduced its phone prices, though they still remained at the high end of the market. This was consistent with Apple’s long-term, high-price, high-quality strategy. But the company was moving into the massive and still-expanding global mobile telephone market where competition had been fierce for many years. (Note that with regard to Figure 1.9, the new iPhone was too new to have made any impact on sales or profitability in 2007.)
And the leader in mobile telephones – Finland’s Nokia – was about to hit back at Apple, though with mixed results. But other companies, notably the Korean company Samsung and the Taiwanese company, HTC, were to have more success later.
So, why was the Apple strategy risky?
By 2007, Apple’s music player – the iPod – was the premium-priced, stylish market leader with around 60 per cent of world sales and the largest single contributor to Apple’s turnover – see Figure 1.9. Its iTunes download software had been re-developed to allow it to work with all Windows-compatible computers (about 90 per cent of all PCs) and it had around 75 per cent of the world music download market, the market being worth around US$1000 million per annum. Although this was only some 6 per cent of the total recorded music market, it was growing fast. The rest of the market consisted of sales of CDs and DVDs direct from the leading recording companies.
In 2007, Apple’s mobile telephone – the iPhone – had only just been launched. The sales objective was to sell 10 million phones in the first year: this needed to be compared with the annual mobile sales of the global market leader, Nokia, of around 350 million handsets. However, Apple had achieved what some commentators regarded as a significant technical breakthrough: the touch screen. This made the iPhone different in that its screen was no longer limited by the fixed buttons and small screens that applied to competitive handsets. As readers will be aware, the iPhone went on to beat these earlier sales estimates and was followed by a new design, the iPhone 4, in 2010.
The world market leader responded by launching its own phones with touch screens. In addition, Nokia also launched a complete download music service. Referring to the new download service, Rob Wells, senior Vice President for digital music at Universal commented: ‘This is a giant leap towards where we believe the industry will end up in three or four years’ time, where the consumer will have access to the celestial jukebox through any number of devices.’ Equally, an industry commentator explained: ‘[For Nokia] it could be short-term pain for long-term gain. It will steal some of the thunder from the iPhone and tie users into the Nokia service.’
‘Nokia is going to be an internet company. It is definitely a mobile company and it is making good progress to becoming an internet company as well,’ explained Olli Pekka Kollasvuo, Chief Executive of Nokia. There also were hints from commentators that Nokia was likely to make a loss on its new download music service. But the company was determined to ensure that Apple was given real competition in this new and unpredictable market.
Here lay the strategic risk for Apple. Apart from the classy, iconic styles of the iPod and the iPhone, there is nothing that rivals cannot match over time. By 2007, all the major consumer electronics companies – like Sony, Philips and Panasonic – and the mobile phone manufacturers – like Nokia, Samsung and Motorola – were catching up fast with new launches that were just as stylish, cheaper and with more capacity. In addition, Apple’s competitors were reaching agreements with the record companies to provide legal downloads of music from websites –described in more depth in Case 12 at the end of this book.
Apple’s competitive reaction
As a short term measure, Apple hit back by negotiating supply contracts for flash memory for its iPod that were cheaper than its rivals. Moreover, it launched a new model, the iPhone 4 that made further technology advances. Apple was still the market leader and was able to demonstrate major increases in sales and profits from the development of the iPod and iTunes. To follow up this development, Apple launched the Apple Tablet in 2010 – again an element of risk because no one really new how well such a product would be received or what its function really was. The second generation Apple tablet was then launched in 2011 after the success of the initial model. But there was no denying that the first Apple tablet carried some initial risks for the company.
All during this period, Apple’s strategic difficulty was that other powerful companies had also recognized the importance of innovation and flexibility in the response to the new markets that Apple itself had developed. For example, Nokia itself was arguing that the markets for mobile telephones and recorded music would converge over the next five years. Nokia’s Chief Executive explained that much greater strategic flexibility was needed as a result: ‘Five or ten years ago, you would set your strategy and then start following it. That does not work any more. Now you have to be alert every day, week and month to renew your strategy.’
If the Nokia view was correct, then the problem for Apple was that it could find its market-leading position in recorded music being overtaken by a more flexible rival – perhaps leading to a repeat of the Apple failure 20 years earlier to win against Microsoft. But at the time of updating this case, that looked unlikely. Apple had at last found the best, if risky, strategy.
© copyright Richard Lynch , 2012.


مع نخبة من أفضل الاساتذه والمهندسين المتخصصين

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نقدم لكم عروضنا المميزه لجميع طلبة الجامعات 00966541597560
ونواصل العمل المتميز منذ سنوات لتحقيق أهداف وطموحات الطلبه والطالبات بالتخرج بنجاح والتفوق فى جميع المواد الدراسيه

معنا يحصل الطلبه والطالبات على أعلى الدرجات وبشهادة الطلبه انفسهم .
وهذا مثال من رأى طالبه وهناك مئات الطلاب ونشكر أرائهم ولا يتسع المجال لوضع كلمات الشكر المرسله منهم

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نقدم لكم :
حل واجبات TMA -كورسات - ملخصات - مراجعات قبل الامتحان -
لجميع فروع الجامعة ولجميع التخصصات ولجميع المواد
حلول نموذجية مضمونة وغير مكررة
KSA-Kuwait - Bahrain -Oman - Jordon -Lebanon -Egypt-
 
14 أكتوبر 2014
294
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Based on the above statement:
You are required to-
1. Apply Diamond of National Advantage to critically analyze and discuss how each point on the diamond and the diamond as a system impacts the global competitiveness of your country (Bahrain, Jordan, Lebanon, Kuwait, Oman, Saudi Arabia, Egypt or Sudan) (.1000 words-60 marks)

2. Critically discuss 4 sets of policy of competiveness that your government should adopt to attract and retain Foreign Direct Investments (FDIs) in the country. (500 words -40 marks)


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شعارنا هو التميز والاستمرارية و بحمد الله فنحن مستمرون من 12 عام في تقديم النموذج الباهر والنجاحات المتعدده ولا يأتي هذا النجاح من فراغ بل من تفوق طلابنا بأعلى الدرجات ولله الحمد
نضمن لكم عدم التكرار ولا التشابه بين الواجبات المختلفة فنحن على يقين بأن نجاح الطالب هو الضمان الوحيد لنجاحنا و استمراريتنا
whatsApp: 0 0 9 6 6 5 4 1 5 9 7 5 6 0
تواصل معنا عن طريق
whatsApp: 00966541597560
اوعن طريق الايميل عبر:
Professor.tma@gmail.com
الانستجرام:
AOU.Doctor

يسعدنا تلقي استفساراتكم وطلباتكم على مدار 24 ساعه يوميا
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Part 1: Theoretical Questions [20 Marks]

1. What is .NET frame work? Explain. [5 Marks]


2. What is Common ******** Runtime? Explain. [5 Marks]

3. State the different ways of passing parameters to a method in C#. [5 Marks]

4. Which of the following are invalid variable names? State the reason for each one.
a) AOU
b) first Name
c) 20th
d) double
e) AgvDegree [5 Marks]





Part II

Output and Debugging Questions (Equal Marks) [20 Marks]

Remember: Provide a copy of the code and screen shot for the output in the solutions document.

1. What does the following C# code snippet will print?

int i=1,x=0;
do
{
x = x + i;
i++;
Console.WriteLine(x);
} while (i < 5);


2. Consider the following code:

class Exam
{ static void Main(string[] args)
{
int [] M = new int[]{5, 8, 11, 2};
for (int i = 0; i < M.Length; i++)
{
M = M + 10;
Console.Write((M[ i ]/3) + " ");
}
}
}

What will be the output of the above code?
3. In the following program, convert “while loop” to “for loop” and “switch statement” to “if statement”.

class Program
{
public static void Main()
{
string y;
int x=1;
Console.WriteLine(" Enter any 5 characters: ");
while(x <= 5)
{
y = Console.ReadLine();

switch (y)
{
case "a":
case "e":
case "i":
case "o":
case "u":
Console.WriteLine("It’s a Vowel");
break;

default:
Console.WriteLine("It’s not a Vowel");
break;
}
x++;
}
}
}


4. Trace the following program and write the exact output for the following inputs.
a. Input of an array { 20, 80 , 63, 89 }
b. Input of an array { 1, 2 ,3, 4}
c. Input of an array { 100, 200 ,300, 400}
d. Input of an array { -8, -9, -10, -11} ( Negative numbers)



class Program
{
static void Main(string[] args)
{
int[] M = new int[4] ;
for (int i = 0; i <4; i++)
{

M = Int32.Parse(Console.ReadLine());

}

for (int i = 0; i < M.Length; i++)
{
M = M + 10;
Console.Write((M / 3) + " ");
}

Console.ReadKey();
}
}
}


Part III

Problem Solving Question [40 Marks]

Remember: Provide a copy of the code and screen shot for the output in the solutions’ document.


1. Write a C# program to display a rectangle of asterisks (*). Take as input the number of rows and columns from the user.
E.g. for rows = 4, columns = 5, following should be displayed:
*****
*****
*****
*****
[10 Marks]


[h=1]2. Write a C# program to check whether a number input by the user is a prime number. Use a method called public bool isPrime() in a class called prime, to check the prime number.[/h][h=1][/h][h=1]Prime Number: A prime number is a natural number greater than 1 that has no positive divisors other than 1 and itself[/h][h=1][15 Marks][/h][h=1]Sample Output Screen [/h]
clip_image001.png



[h=1]3. Write a program to create two multidimensional arrays of same size. Accept value from user and store them in first array. Now copy all the elements of first array to the second array and print the values of the second array. [15 Marks][/h]
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