Saturday, March 21, 2020

Directional Policy (GE

Directional Policy (GE Introduction The GE/McKinsey is a portfolio analysis model that was developed by the General Electric Company in (GE) in the 1960s (Afuah 2011). The model is used to draw a comparison between businesses in terms of their market attractiveness and competitive strengths.Advertising We will write a custom essay sample on Directional Policy (GE-McKinsey) Matrix specifically for you for only $16.05 $11/page Learn More This paper seeks to conduct a directional policy GE matrix analysis for Nintendo and Sony, the two biggest companies in the video gaming industry. The video gaming industry is mainly controlled by three competing firms (Sony, Nintendo and Microsoft) which are constantly trying to combine their talents and strong points, to mix and match their offerings and achieve higher profit margins. Analysis of market attractiveness using the porter’s five forces model The Porter’s five forces tool can be regarded to be a simple but nevertheless po werful tool that helps one to understand where power lies in any business situation (Nag, Hambrick, Chen 2007). It basically provides a framework of five forces that determine how profitable an industry is. The supplier power The video gaming industry utilizes hardware, software and other accessories to run. Some of these components such as game consoles and software are developed by the companies but many others are also provided by third party companies. More than 80% of the products marketed by Nintendo are sourced from third party providers (Mulcaster 2009). The companies also get hardware components from other suppliers. The graphics components for Nintendo are sourced from ATI, processors from IBM and batteries from Panasonic among others. Sony, being an established electronic company, makes many of the hardware components for itself. It however acquires some accessories such as processors and graphic components from third party providers (Jonson Scholes 2008). All these sup pliers have some power but as of now, the power is in the hands of Nintendo, Sony and other leaders in the video gaming industry that can source these products from a variety of providers eager to ride on their success (Gamble Thompson 2010). Buyer Power The video gaming industry is very competitive. The major three companies are fighting for a bigger market share. Many strategies have been advanced but it’s apparent that the buyer has the power to drive prices down. The affordability of Nintendo’s Wii saw other market players cutting their prices to compete (Afuah 2011).Advertising Looking for essay on business economics? Let's see if we can help you! Get your first paper with 15% OFF Learn More The buyer power has also seen an innovation and technology race by the top three companies in the Video game industry. The company’s are constantly enhancing the capabilities of their products in order to attract more sales. Video gaming belong s to the larger entertainment industry. These companies must also fight to keep their share in the entertainment industry. The industry produces non essential products which have to appeal to the consumer for consideration. Thus as far as the video gaming industry is concerned the customer has more power than the company. Competitive rivalry As described above, there is no one company in the video gaming industry that has absolute power. The industry has a very healthy competition that benefits the consumer. Market performance by any of the three companies depends on how their gaming devices appeal to the consumer (Jonson Scholes 2008). Competition has shifted away from scrambling for the video game market dominated by adolescents, hardcore gamers to expanding the age bracket and getting more casual gamers on board. In the last decade the competition is very strong among the top three companies whose products are more similar. However, Nintendo is currently leading through its inno vative and pricing strategies. Threat of substitution In the Video gaming industry, the threat of substitution is always present. Video gaming is a form of entertainment which can easily be substituted by other forms of entertainment. The threat of substitution also exists within the industry due to the various ranges of products provided. If the customers can get the same satisfaction with a different product they will go for it (Gamble Thompson 2010). There are different segments designed for different gaming experiences which can attract a significant amount of substitution within the industry. The three dominant companies have been outdoing each other with newer innovative strategies and adoption of newer technologies (Afuah 2011). Threat of new entry The threat of new entry is always present in the Video gaming industry. Nintendo had been a market leader for a long time since the 1980’s but its fortunes declined with the entry of Sony’s playStation. Therefore the threat of new entry is significant as long as newer technologies are still being developed. However the top three companies have now held tightly on the industry and this may pose a considerable challenge to any new entrants (Markides 1999).Advertising We will write a custom essay sample on Directional Policy (GE-McKinsey) Matrix specifically for you for only $16.05 $11/page Learn More Summary The video game industry is mostly affected by the technological changes which shape the needs of the consumers. The industry is also affected by the various forces within and outside the industry but the strongest forces are competitive and consumer powers. The video gaming industry can be described as being moderately attractive. Table1: Strategic business units’ (SBUs) strength analysis Product Market share Technology advancement/ Relative product quality Price Market segments Seventh generation consoles Nintendo’s Wii 50% (Console segment) Does not support HDTV Simple, less intimidating Innovative controller Standard CD drive Motion sensors $250 Hard core gamers Casual gamers First time gamers All age groups Sony’s PS 3 23% (Console segment) HD blue ray drive 3.2 GHz microprocessor 60 GB hard drive High definition graphics Between $499 and $599 Hard core gamers Eighth generation handhelds Playstation Vita 20% (In the handheld segment) Blue tooth 3G Touch screen 512 RAM Up to 32 GB memory card 2 cameras $300 Hardcore gamers Casual gamers Nintendo 3DS 70% (in handheld devices segment) Innovative user interface Dual screen LCD touch screen Microphone Wifi capability Autostereopscopic 3D 2 cameras $249 Hardcore gamers Teenage gamers Table2: The GE/McKinsey Matrix for Nintendo and Sony Competitive Strength Market Attractiveness High Medium Low High Nintendo Wii Nintendo 3DS Medium Playstation vita Playstation3 Low Conclusions and recommendations This paper sought to conduct a directiona l policy GE matrix analysis for Nintendo and Sony, the two biggest companies in the video gaming industry. The directional policy matrix has helped establish that the video game products (both handheld and console segments) manufactured and marketed by Nintendo have a larger market share compared to those produced by and marketed Sony (Moncrief 2004). Nintendo video game devices are simpler, less sophisticated but innovative. For instance, the Wii was a success due to its redesigned and unique controllers that seem to naturalize the gaming experience (Gamble Thompson 2010). The addition of motion sensitivity sensors and ports to facilitate more add-ons was a winning strategy for Nintendo (Liebeskind 2003). The company should however ensure that the quality of their products is not compromised. For instance, the poor graphics and lack of a standard DVD rom on the Wii cost significant jitters from the industry analysts. This implies that a significant number of consumers who preferre d better displays were left out. The company should therefore come up with ways of ensuring that up to date technologies are adopted without inflating the costs. On the other hand the video gaming devices produced by Sony have high capabilities as they use advanced technology. This means that Sony has to sell its products at higher costs in order to make profits compared to Nintendo. The sophisticated nature of its video game products also limits their use to hardcore gamers only (Mulcaster 2009).Advertising Looking for essay on business economics? Let's see if we can help you! Get your first paper with 15% OFF Learn More The company should therefore follow in Nintendo’s footsteps and produce innovative video game devices that will appeal to casual and first time gamers. The company should also rethink on its quality strategy as it is resulting into marginally higher prices that are not going down well with the consumers. As a corrective measure, Sony should adopt a cost cutting strategy. Such a strategy can implemented through spreading of the fixed costs on a variety of units to lower the cost of production (Jonson Scholes 2008). References Afuah, A 2011. Strategic innovation: New Game Strategies for Competitive Advantage,  University of Michigan, Michigan. Gamble, J Thompson, A 2010. Essentials of Strategic Management,  University of Alabama Alabama. Jonson, G Scholes, K 2008. Explorig Corporate Strategy, Prentice Hall, Essex. Liebeskind, J. 2003. Knowledge Strategy and the theory of the firm, Strategic  Management Journal, vol.11, pp. 345-356. Markides, C 1999. A dyamic view of st rategy Slan Management Review , vol.40, pp. 55-63. Moncrief, J 2004. Is strategy making a difference, Long Range Planning reveiw , Vol.32 no.2, pp. 273- 276. Mulcaster, W 2009. Three Strategic Frameworks, Business Strategy Series , vol.10 no.1, pp. 68-78. Nag, R, Hambrick, D, Chen M. 2007. What is strategic management, really? Inductive derivation of the Consensus definition field, Strategic Management  Journal , vol.28 no. 9, pp. 935- 955.

Wednesday, March 4, 2020

The Anatomy Of Corn

The Anatomy Of Corn If you are reading this, corn has touched your life in some way. We eat corn, animals eat corn, cars eat corn (well, it can be used as a biofuel), and we even can eat corn out of a container made from corn (think: bioplastics). It is projected that the U.S. corn yield will reach over 14 billion bushels. However, what do you know about the corn plant itself? Did you, for example, know that corn is a grass and not a vegetable? The Seed: The Beginnings Of The Corn Plant Look at a corn cob - you will see the seeds! The kernels that you eat can also be used as the seed source to start new plants. Dont worry; the corn kernels that you eat wont grow in your stomach. Specific corn plants are set aside to provide seed. Corn Growth Stages The corn plants growth stages are broken down into vegetative and reproductive stages. The vegetative growth stages are VE (emergence of the plant), V1 (first fully expanded leaf), V2 (second fully expanded leaf), etc. up to however many leaves appear. The last stage is called VT, referring to when the tassel fully emerges.The reproductive stages are noted as R1 through R6. R1 refers to when the corn silks are first visible outside the husks and pollination occurs. (This process will be explained more fully later in the article.) During the other stages, the kernels are developing. At the final (R6) stage, the kernels have reached their maximum dry weight. Seedlings are dependent on kernel reserves up until about the V3 leaf stage when they become dependent on the roots to take up nutrients. Corn Roots Corn plants are unusual in that they have two distinct sets of roots: regular roots, called seminal roots; and nodal roots, which are above the seminal roots and develop from the plant nodes. The seminal root system includes the plants radicle (the first root emerging from the seed). These roots are responsible for taking up water and nutrients, and for anchoring the plant.The second root system, the nodal roots, is formed about an inch or so below the soil surface, but above the seminal roots. The nodal roots are formed at the base of the coleoptile, which is the primary stem that emerges from the ground. The nodal roots are visible by the V2 stage of development. The seminal roots are important to the survival of the seedling, and damage can delay emergence and stunt development. This is because the corn plant depends on the nutrients present in the seed until the nodal roots are developed. As soon as the coleoptile emerges from the soil, the seminal roots cease to grow. Nodal roots that form above the ground are called brace roots, but they function similarly to the nodal roots below the ground. Sometimes brace roots actually penetrate the soil and take up water and nutrients. These roots may be needed for water uptake in some cases, as the crown of a young corn plant is only about 3/4 below the soil surface! Therefore, corn can be vulnerable to dry soil conditions as they dont have a deep root system. Corn Stalk And Leaves Corn grows on a single stem called a stalk. Stalks can grow up to ten feet tall. The plants leaves emerge from the stalk. A single corn stalk can hold between 16 and 22 leaves. The leaves wrap around the stalk, rather than having a stem. The part of the leaf that wraps around the stem is called the node. Corn Reproductive Structures: The Tassel, Flowers, and Ears The tassel and the corn ears are responsible for reproduction and formation of the corn kernels. The tassel is the male part of the plant, which emerges from the top of the plant after all of the leaves have developed. Many male flowers are on the tassel. The male flowers release pollen grains which contain the male reproductive cells. The female flowers develop into the corns ears, which contain the kernels. The ears contain the female eggs, which sit on the corn cob. Silks - long strands of silky material - grow from each egg and emerge from the top of the ear. Pollination occurs when pollen is carried from the tassels to the exposed silks on the ear of corn, which is the female flower on the plant. The male reproductive cell goes down to the female egg contained within the ear and fertilizes it. Each strand of fertilized silk develops into a kernel. The kernels are arranged on the cob in 16 rows. Each ear of corn averages about 800 kernels. And, as you learned in the first section of this article, each kernel can potentially become a new plant!