Porter s 5 forces analysis and a life cycle analysis - why is the Assignment

Porter s 5 forces analysis and a life cycle analysis - why is the Australian Car Manufacturing Industry closing down - Assignment Example Although global and local economic conditions have played a major part in the death of the manufacturing industry, blame has also been placed on the many parties and factors involved. By studying the current state of the industry and using porter’s five forces analysis, we can better discern as to what the main drivers were that caused the ultimate death of the Australian automotive manufacturing industry. The Australian car manufacturing industry has become far too small to be sustainable for any particular manufacturer. Australia’s three car manufacturers Holden, Ford and GM all announced they would shut down their local manufacturing operations within nine months of each other. With the local economy facing harsh times it seems that with current size of the market and increased competition from imports has simply gotten too small to be profitable. As a matter of fact, the size of the market had gotten so small that all three companies began to rely on each other just to survive and stay afloat. It has been a long time coming, the death of the Australian auto manufacturing industry. Although, there have been many interrelated reasons that have caused the slow demise of the industry many individuals put the most of the blame on the federal government. It has been blamed for much of the troubles that have negatively affected local manufacturers from their low import tariffs. Many of the federal government initiatives such as their Free Trade Agreements with China and India, low import tariffs, and the controversial automotive financial bailouts have created an industry that cannot sustain itself. Others place the blame to the car manufacturer themselves that used the Australian government like their own piggybank to bail them out financially. Additionally, the federal government and their economic policy itself have created a nation with relatively high wages, strong currency coupled with the extremely low

Race and Minorities in the Jury Box Assignment Example | Topics and Well Written Essays - 1250 words

Race and Minorities in the Jury Box - Assignment Example The selection is most difficult when it is a high-profile case and everyone has heard of the defendant. Introduction In 2006, it was estimated through the United States Bureau of Justice statistics, that over 1.1 million adults were convicted of felonies and, of this amount, 38% were Black. Most of these cases were handled in state courts and, those who had been arrested and remained in jail, had their cases handled more quickly than others did. Mainly this was due to the fact that most could not hire a lawyer or post bail (Gabbidon & Greene, 2013). There are several processes in how cases move forward to a trial, but once it does, and the case requires a jury, then there will be a session where members of the public are requested to appear for potential selection to act as a juror in the case. This paper concerns the process of jury selection and how it can be biased by race and minority composition, or lack of it (Gabbidon & Greene, 2013). When it comes to jury selection, there has been considerable discourse about the makeup of jurors and whether jurors should be the same race as the defendant, or not the same race as the defendant, or a mixture (AP, 2008). 1.When determining suitable jurors for a trial, it is never made publicly clear why lawyers might choose one juror over another. However, some policymakers and legal scholars have now proposed reforms to ensure that there is sufficient variety of racial minorities on any given jury. While the Civil Rights Act of 1875 was created to eliminate racial discrimination in jury selection, yet it still does exist, and it happens more often in Southern states (EJI, 2010). Some counties have excluded almost 80% of qualified Blacks in selecting juries in counties that have a majority population of Blacks, citing obscure reasons such as being single, married, too old, too young, for having attended black colleges, or not having attended college, having an out-of-wedlock child, and even for how they walk (EJI, 2010). It can also be a case of religious views or tendencies to not want to send someone to jail (AP, 2008). How this detailed information was obtained is unclear unless it was through interviews or surveys with lawyers. In justifying reforms for the composition of a jury, the primary factor that should hold sway is that any prospective juror must demonstrate an understanding of the legal process, and a willingness to not be biased. 2. The jury composition should be made of all races, not just all White or all Black, or all Hispanic (EJI, 2010). Lawyers should make a reasonable attempt at including all races and minorities, when possible.

Oral Glucose Tolerance Test Report

Oral Glucose Tolerance Test Report Jason Taylor Introduction Glucose is a simple sugar that provides nearly half of the body’s energy, it can’t be eaten directly thus it is obtained from eating foods that contain carbohydrates. The liver stores about 1/3 of the body’s total glucose in the form of glycogen while muscle cells store 2/3 of glucose in the same form (Whitney Rolfe, p99). The amount of sugar present in the blood is known as the blood sugar, these levels need to be tightly regulated by the body (Jiang Zhang 2003). Eating food causes an increase in blood glucose levels, this stimulates insulin release from the pancreas into the blood stream, insulin stimulates glucose uptake into cells, stimulates liver and muscle cells to store it as glycogen and then the excess glucose is converted into fat (Whitney Rolfe, p99). Low blood glucose levels are stimulated by the glucagon release from the pancreas, this causes the stored glycogen to be converted to glucose which causes an increase in the blood glucose levels (Whit ney Rolfe, p99). Diabetes Mellitus is a group of disorders that have glucose intolerance in common, type I and type II diabetes are the most common. Type I diabetes mellitus is when the cells don’t produce enough insulin and its symptoms include excessive thirst and urination, lethargy, unexplained weight loss and wounds that heal slowly. Type I diabetes is due to the loss of beta cells in the pancreas which are responsible for the secretion of insulin (McCance Huether, pg745). There have been two types of type I diabetes identified, type 1A is an autoimmune disease in which environmental and genetic factors trigger the destruction of beta cells. Type 1B is non-immune and it’s when individuals having varying amounts of insulin deficiency (McCance Huether, pg746). Type II diabetes mellitus is less common and is when cells don’t respond to insulin, genetic factors such as a lack of insulin receptors combined with environmental influences like obesity can result in the pathophysio logic mechanisms for type II diabetes like decreased insulin secretion and insulin resistance. These are crucial for the development of type II diabetes mellitus (McCance Huether, pg750). There are numerous complications associated with diabetes such as hypoglycaemia, hyperglycaemia and diabetic ketoacidosis. Hypoglycaemia is when there’s low levels of glucose which is damaging as the brain and nervous system rely on glucose to function. Hypoglycaemia can be caused by too much insulin, strenuous physical exertion or inadequate food intake (Munter Spiegelman, 2007). Impaired glucose regulation can lead to hyperglycaemia which is abnormally high levels of glucose in the blood, for this to occur at least 80-90% of the beta cell function have to be compromised (McCance Huether, pg758). Carbohydrates need to be broken down into monosaccharaides before they can be absorbed. Their digestion begins in the mouth when salivary amylase hydrolyses them to shorter polysaccharides, they then progress to the stomach that doesn’t play a role in carbohydrate digestion however its low pH inactivates the salivary amylase (Whitney Rolfe, p101). The small intestine is where most of the digestion occurs, pancreatic amylase breaks down the polysaccharides to monosaccharide’s which are then absorbed (Whitney Rolfe, p103). A glucometer is used to calculate the concentration of glucose in the blood, a small drop of blood or a sample is placed on a disposable strip which is inserted into the glucometer which calculates the blood sugar levels (Whitney Rolfe, 2013). An oral glucose tolerance test (OGTT) is used to detect diabetes mellitus, there are accepted minimum and maximum values for glucose levels in blood (mmol/L) to be within, if they are beneath or exceed them it could indicate a diabetic profile. In this report we investigated the presence of glucose in urine samples as well as the BGL in prepared samples to determine if any of the patients showed a diabetic profile. Methods Most of the methods were followed as stated in: â€Å"RMB2530 Pathophysiology 1: Laboratory Manual, 2013† however due to safety and health issues real blood and urine samples were not taken. Results Table 3: Class Glucose Tolerance Test Results (Mary) Table 3: Class Glucose Tolerance Test Results (Alex) Graph 1: Blood Glucose Vs. Time for Mary and Alex Discussion Mary had a normal OGTT result as her blood glucose levels didn’t have a dramatic increase and they decreased efficiently as well. Mary’s blood glucose rose at 30 minutes (6.06 mmol/L) however the liver responded to the extra glucose by releasing insulin which promoted the uptake of glucose by cells and its storage as glycogen (Rubin Strayer, pg680). Alex had an impaired response to glucose as his glucose levels rose at 30 minutes and kept rising till 60 minutes, his highest glucose reading was 16 mmol/L while Mary’s highest was 6 mmol/L. From 60 minutes onwards Alex’s blood glucose exceeded the maximum range acceptable for blood glucose levels. At 60 minutes his blood glucose was 17.16 mmol/L while the maximum accepted range is 8.9 mmol/L. This indicates a diabetic profile as a normal response is insulin release by the pancreatic beta cells that regulate glucose uptake in liver and skeletal muscle. The delayed decline in glucose suggests that the beta cel ls aren’t producing glucose or that the cells aren’t responding to the insulin (Rubin Strayer, pg1090). The liver is the primary organ involved in glucose homeostasis responding rapidly to fluctuation in blood glucose levels. The reason that there is an increase in blood glucose is due to the consumption of food. Eating foods causes an increase in blood glucose, this stimulates the release of insulin by the pancreas which is responsible for stimulating glucose uptake. Excess blood glucose is utilised by the body and stored as glycogen in liver and skeletal muscle while excess glucose is converted to fat (Whitney Rolfe, p99). During periods of starvation or fasting, there is a lack of glucose. Low blood glucose levels are stimulated by the glucagon release from the pancreas, this causes the stored glycogen in the liver to be converted to glucose which causes an increase in the blood glucose levels. The conversion of glucose to glucose is known as glycogenolysis, gluconeogenesis is formation of glucose from non-carbohydrate sources such as amino acids and fatty acids and is utilised dur ing fasting periods. Symptoms of patients with diabetes mellitus include excessive urination and thirst, lethargy, headaches, dizziness, mood swings and leg cramps. Type I and II are the most commonly known diabetes forms however there are other types. Some people don’t have high enough blood glucose levels to be classified as diabetes, however since they are not normal it’s known as impaired glucose metabolism or pre-diabetes. There are two pre-diabetic conditions; impaired glucose tolerance (IGT) and impaired fasting glucose (IFG). IGT is when glucose levels are not high enough to be classified as diabetes, however they are still high while IFG are when blood fasting glucose levels escalated during fasting states but are yet again not high enough to be classified as diabetes. Gestational diabetes is a high blood glucose level during pregnancy as a result of the hormones, it usually goes away after the baby’s birth. Excessive thirst with large amounts of diluted urine is known as diabetes insipidus (DI), it occurs in two forms; central diabetes insipidus (CDI) and nephrogenic diabetes insipidus (NDI). CDI is due to an ADH d eficiency, ADH or anti-diuretic hormone is responsible for retaining water. NDI is when the kidneys or nephrons are insensitive to ADH. Glycosuria is the presence of glucose in the urine, glucose is usually filtered back into the bloodstream by the kidneys. Untreated diabetes mellitus is due to elevated glucose levels which leads to glycosuria. Filtrate pass through sieves in the kidney walls and get reabsorbed in to the blood. Damage to the filters results in filtrate excretion into urine. Urine sample A belonged to Alex and was positive for glucose as it changed from blue (negative) to dark green (+). Urine sample B belonged to Mary and it was negative for glycosuria. Alex’s positive urine sample could be due to his elevated glucose levels. Any differences between individual results could be attributed to a number of different reasons, there could have been errors during the glucometer readings such as contaminating the glucometer stick. There could have been errors made during the pipetting of the stock glucose and water resulting in a different concentration to what was required. The experiment should be repeated again to add validity to the results. Overall the experiment followed scientific expectations, the patient with diabetes mellitus was identified through measurement of the blood glucose levels as well as testing of a urine sample. The experiment should be repeated again to add validity to the results. References Tortora, GJ, Funke, BR, Case, CL (2010).Microbiology: An Introduction. 10th ed. San Francisco: Pearson Benjamin Cummings. 318, 586, 587, 710. McCance, KL, Huether, SE, Brashers, VL, Rote, NS (2010).Pathophysiology:The biological Basis for Disease in Adults and Children. 6th ed. Missouri: Mosby Inc . 296, 1684. Rubin, R, Strayer, DS (2012).Rubins Pathology: Clincopathologic Foundations of Medicine. 6th ed. Baltimore: Lippincott Williams Wilkins. 332, 346, 348. Jiang, G. Zhang, B.B. 2003, Glucagon and regulation of glucose metabolism,American journal of physiology. Endocrinology and metabolism,vol. 284, no. 4, pp. E671-678. Whitney, E Rolfes, S (2012).Understanding Nutrition. 13th ed. Australia New Zealand : Yolanda Cassio. Pg95-101.

An Athletes Secret of Success Essay -- Sports Athletes Fitness Essays

An Athletes Secret of Success Vince Lombardi says, â€Å"The price of success is hard work, dedication to the job at hand, and the determination that whether we win or lose, we have applied the best of ourselves to the task at hand.† A dedicated athlete puts forth their all by fully devoting themselves to their sport. They always try to give one hundred and ten percent before, during, and after practice. Athletes achieve their success knowing they worked hard to attain it and can truly say they accomplished something that makes them a better person.   Ã‚  Ã‚  Ã‚  Ã‚  A committed athlete devotes a great deal of time to practice. They arrive early in order to get in a better warm-up, give more than their best effort during practice, and stay after practice to repeat what they went over. Also, they p...

International risk management Essay

A Letter of Credit is a document issued by a bank at the request of its customer promising to pay the exporter for the goods and services provided that the exporter provides all the documents as stated in the terms and conditions. To the exporter a letter of credit guarantees payment and reduces production risk if the buyer has a change of his order. It ensures that buyers cannot refuse to pay due to complain raised over the goods. It also provides a chance to get financing incase of delayed payment. The importer can structure their payment plan, it helps confirm the shipment of the goods, helps them reduce pre-payment, it as well ensures that the exporter delivers exactly what the importer required it also creates confidence for bigger transactions in future. A bill of exchange is a document that acts as the evidence of a debt and informs the importer to pay the exporter a certain fixed sum of money at a certain specific time. They act as a guarantee that goods of certain stated specifications have been shipped and that and that that require payment. The Export-Import Bank of United States of America helps in financing sales of goods and services by proving guarantee of working capital loans, it helps crate jobs through export of goods, the bank guarantees the repayment of loans to foreign purchasers, it also provides credit insurance for U. S. exporters against. The disadvantage of the Export-Import Bank is that for it to support the products at least 50 percent of them must be from U. S and they should not have any negative effect to the economy. It also does not offer help to importers outside U. S. In conclusion, the letter of credit, the bill of exchange and the Export-Import Bank are very important for the import-Export business to prosper not only in U. S but also any where in the world.

Dubai Metro Case Study

Course Name: Fundamentals of Project Management Project Topic: Dubai Metro Analysis Submission Date: 19th April 2013 Submitted By: Ayaz Tariq (128403) / Syed Jamaluddin (105807) Table of Content 1)Summary of Project: Dubai Metro a)Why Dubai Metro was initiated b)Why we selected Dubai Metro 2)Preliminary Project Scope of Dubai Metro 3)Stakeholders of Dubai Metro 4)Dubai Metro Project Possible Constraints i)Resource Constraints ii)Delivery Constraints iii)Environmental Constraints iv)Budgetary Constraints v)Functionality Constraints )Dubai Metro Risk Analysis i)Political Risks ii)Environmental Risks iii)Security Risks iv)Social Risks v)Technology Risks vi)Legal Risks vii)Economical Risks 6)Dubai Metro Budget & Cost Analysis a)Different kind of costs variables involved b)How was budget estimated of Dubai Metro 7)Project Scheduling Analysis a)Sample Activity Network for Metro Station b)Different kind of activities with sample c)Different kind of Activities Lags in Dubai Metro d)How Gantt Chart / AON / AOA can be used for Dubai Metro 1)Summary of Project: – Dubai MetroThe Dubai Metro is fully automatic trains mean no drivers in City of Dubai, United Arab Emirates. There are two lines which are currently operational categorized as Red Line and Green Line, However extension of this project includes around 4 More Lines and extension of existing 2 lines as well which is currently under construction expecting to finish by 2030. Dubai Metro opens at September 9 2009, Dubai Ruler His Highness Sheikh Mohammad Bin Rashid Al Maktoum is the founder of Dubai Metro, the. Giving convenience to people of Dubai during rush hours, around 1. Million passengers uses Dubai metro in its first month of operations and everyone were pretty satisfied as the services was matching the level of their expectations, Today many people in Dubai use Dubai Metro as a means of transportation. a)Why Dubai Metro Was Initiated? The combination of rapidly growing population expected to reach 3 Mil lion by 2017 a severe traffic jam prompted the government to build public transit rail system, with 87 trains and nearly 50 miles of track the Dubai Metro is the world longest Automatic Trail System. b)Why We Selected Dubai Metro?We saw this project as a skunk work and Dubai metro is one of the largest emirate’s infrastructure project in more than a decade, world largest automated driverless train system mentioned by Guinness world record as well which we can study various project management aspects of it. 2)Preliminary Project Scope of Dubai Metro: – While looking into Preliminary Project Scope of Dubai metro we identify following major points which was base of Dubai Metro Project The Dubai Metro will be driverless, fully automated metro network. It will be the longest fully automated rail system in the world when it opens.It will be having four lines (Blue, Green, Red and Purple) after completion Dubai metro will be having 70 kilometers of lines and 47 stations inclu ding 9 underground stations. 3)Stakeholders of Dubai Metro:- Internal Stakeholders Top ManagementDubai Road & Transport Authority Project Management & EngineersSystra and Parsons Corporation External Stakeholders ClientsUAE Residential & Visitors CompetitorsOther countries who supports tourism SuppliersMitsubishi Heavy Industries, Mitsubishi Corporation, Obayashi Corporation, Kajima Corporation and Turkish firm Yap?Merkezi 4)Dubai Metro Project Possible Constraints:- Dubai metro is one of the unique projects of its kind which lead to many types of constraints which could have cause this project delay in time and has affected the cost of project as well. We have tried to find out possible constraints of Dubai Metro. i)Resource Constraints (1)Each metro station was following a same architecture design which should have been explained to all engineers and any change or fix in one should’ve updated in all, it was perfectly handle by Project managers. 2)Training of each worker to get quality and similarity between each metro station. ii)Delivery Constraints (1)Metro service being an automated service to public should be properly testing in all kind of safety measures which could’ve cause delay in delivery. (2)There is no time limit on approving cycle and reviewing of technical specification of metro. iii)Environmental Constraints (1)Approvals of higher management in case of their unavailability could’ve cause delays in delivery. (2)Launching of any metro station depends on successfully completion of its previous station. iv)Budgetary Constraints 1)Initial estimated cost never considers any changes in requirement which happened in Dubai Metro Project. Project was as per scheduled but over budgetary cost shot up by 80 per cent from the original AED 15. 5 billion to AED 28 billion. v)Functionality Constraints (1)Dubai metro also faced problem in unclear scope of its specification and design, Official said that they attributed the increase in expen diture to the major changes in the scope and design of the project. 5)Dubai Metro Risk Analysis:- We have analyze different kind of risk that could be involved in Dubai Metro a)Political Risks )Stability of Dubai Government, Change Government Policies, and Probability is Low on scale but can affect a lot on Project. ii)War & Terrorism b)Environmental Risks i)Ecology ii)International environmental issues iii)National environmental issues iv)Local environmental issues v)Environmental regulations vi)Organizational culture vii)Staff morale and attitudes c)Social Risks i)Population growth and demographics. ii)Health, education and social mobility of the population iii)Consumer attitudes iv)Advertising and media v)National and regional culture vi)Lifestyle choices and attitudes to these. ii)Levels of health and education viii)Major events ix)Socio-cultural changes. d)Technology Risks i)Impact of new technologies. ii)Inventions and innovations iii)The internet and how it affects working an d business iv)Licensing and patents v)Research funding and Development. e)Legal Risks i)Home legislation ii)International legislation iii)Employment law iv)New laws v)Regulatory bodies vi)Environmental regulation vii)Industry-specific regulations viii)Consumer protection f)Economical Risks i)Stage of business cycle. ii)Current and projected economic growth iii)International trends v)Job growth v)Inflation and interest rates. vi)Unemployment and labor supply. vii)Levels of disposable income across economy and income distribution. viii)Globalization. ix)Likely changes to the economic environment. 6)Dubai Metro Budget & Cost Analysis a)Different kind of costs variables involved b)How was budget estimated of Dubai Metro 7)Project Scheduling Analysis a)Sample Activity Network for Metro Station b)Different kind of activities with sample c)Different kind of Activities Lags in Dubai Metro d)How Gantt Chart / AON / AOA can be used for Dubai Metro