Reference no: EM13227528
Task
Your task is to carry out a critical analysis and evaluation of strategy development in the global fast-food industry, using the information provided and other materials researched. You will be expected to select and apply appropriate theories, techniques and models studied during the module whilst having regard to the practical aspects of strategy development.
The report should include a title page and executive summary and be fully and consistently referenced, using the Harvard Referencing style. You must also submit a CD or DVD Rom containing an electronic version of the report. This should be clearly labelled with your name, your course and the name of the case study.
It is recommended that you research information additional to the case study to support your arguments. This may be obtained from a diverse range of sources and you are encouraged to research the issues in whichever way you deem appropriate.
Question One:
Using the case study as the basis for your thinking, answer the following questions using your knowledge and further research in the context of KFC today:
a) In the context of the process of strategic thinking and strategy formation, outline what SWOT and Porter's Value Chain techniques are, and explain their practical relevance to strategic planners at Kentucky Fried Chicken (KFC) Corporation.
b) Use Porter's Five Forces framework to critically evaluate the opportunities and threats that faced KFC Corporation in 2013.
c) Explain the ‘pressures for global integration of activities' and the ‘pressures for local responsiveness' facing KFC Corporation in the context of current developments in the global fast-food industry.
Question Two:
a) In the context of strategy development, explain your understanding of Whittington's ‘Evolutionary' and ‘Systemic' Schools of Thought.
b) Critically evaluate how you might apply these two Schools of Thought to KFC in 2013. Explain and explore which school of thought you prefer, and why?
Determine the theoretical minimum sampling rate
: A baseband signal has frequency components from 5 kHz to 15 kHz. Determine (a) the theoretical minimum sampling rate and (b) the maximum time interval between successive samples.
|
Compute the expansion work done in kj
: Calculate the expansion work done in kJ against a constant external pressure of 0.961 atm and at a constant temperature of 20°C. Assume that the initial volume of dry ice is negligible and that CO2 behaves like an ideal gas.
|
What is role of miller in high frequency amplifier design
: 1. What is Miller capacitance What is its role in High frequency amplifier design Label all the involved variables in the Figure below and derive an expression for the Miller effect capacitances (input and output).
|
Explain energy in milk is converted to mechanical work
: A 51 kg person drinks 400. g of milk, which has a "caloric" value of approximately 3.0 kJ/g. If only 15% of the energy in milk is converted to mechanical work, how high (in meters) can the person climb based on this energy intake?
|
Explain the pressures for global integration of activities
: Evaluate how you might apply these two Schools of Thought to KFC in 2013. Explain and explore which school of thought you prefer, and why?
|
Describe differences between mosfet and bjt
: Describe your understanding of the similarity and differences between MOSFET and BJT, in terms of 1) terminal behavior, 2) i-v characteristics, 3) amplifier configuration, 4) small-signal equivalent models and 5) biasing technique.
|
Compute the pka and pkb
: One student measure the pH of the following three solution (weak base, conjugate acid and buffer). Using this data, please calculate the pKa and pKb (show calculation). a. pH = 8.7 for 0.010 M RNH2 (weak base)
|
Calculate the power dissipated in the device
: An InP TED is 0.5 pm long with a cross sectional area of 10" cm2 and is operated in the transit-time mode.(a) Find the minimum electron density no required for transit-time mode.
|
Find the junction temperature rise above the room temp
: If the breakdown voltage increases with temperature at a rate of 40 mV/"C, find the break-down voltage of the diode at room temperature, assuming that the space-charge resistance is 10 C& independent of temperature.
|