Case Study A Global Investment Marketing Essay

Case Study A Global Investment Marketing Essay A global investment is a difficult mission that requires the assessment of different aspects of potential opportunities in different countries. Moreover, needs serious examination and analysis of success and failure probability. The purpose of this paper is to study the strategy of Etisalat, the United Arab Emirates (UAE) telecommunication company in the Saudi Arabia market as Mobily. Moreover, description, cause and effect of that strategy will be discussed at understand Saudis economy and to identify the total investment in the mobile sector. In addition, an attempt to examine the performance of Mobliy and the obstacles it faced was made. A specially, the difficulty it faced when it started the business in the Saudi market while trying to catch a part of mobile phone market share, managing its business and communicating with its mother company in the UAE. To overcome these obstacles, Mobily created new services for personal and companies to add value for its subscribers to achieve its strategy target. To explain its success in Saudis market, some business information will be discussed evaluating its strategy. Table of Contents: 2- Etisalats globalstrategy 3-SAY GOODBYE TO THE MONOPOLY 4-Mobily Ownership Structure 5-Mobily Objectives 6-STRATEGY 7-HAJJ EFFECT ON PROFITABILITY 8-INFRASTRUCTURE 9-Effect of macro-environmental and micro-environmental on Mobilys marketing mix 2- Etisalats globalstrategy Etisalat is the largest Arab telecommunications firm in the Middle East, with 63 million customers and has launched the most advanced services to the area.( http://www.etisalat.ae) Etisalats strategy is anchored in expanding in international markets and being able to be one of the top-10 telecoms service suppliers in the world. To execute this strategy, Etisalat attempts actually to create the retail of mobile devices around some states in Africa, Asia and the Middle East as Saudi Arabia and Egypt because these countries have shown an increase in GDP, great increase in population and unemployment and Etisalat try to present telecom services and solutions which add value to consumers and facilitates perfect deal with technology. 3-SAY GOODBYE TO THE MONOPOLY In 2004, the only mobile operator was Saudi Telecom Company (STC). At the same time, the mobile penetration rate just was 40%,and there were only 9.2 million customers. When Mobily entered Saudi market in 2005, broke the monopoly. The liberalization of the Saudi Arabian telecommunication sector caused the penetration rate to rise to 109% in 2007, to  assure  of 50% for customers growth. Mobily paid 3.46 billion USD to have the second mobile license in KSA in 2005. Mobily was successful in covering most of Saudi Arabias land with the GSM coverage 97% of populated areas. It was also the first mobile Saudi operator to  initiate  value-added services such as location-based services (LBS) and MMS. 5-Mobily Objectives To be the best work environment in the KSA by caring for their employees. To be Number One at enjoyment their subscribers. To sustain leadership in data applications and services 6-STRATEGY Mobily is successful attainment its long term vision: to change from a pure mobile operator to a multi-functional telecom operator in KSA. Mobily was granted approval by CITC (Communication and Information Technology Commission) to attained 96% of Zajil International Telecom and 99.9% of Bayanat Al Oula which has a WIMAX license, two data service suppliers in KSA in 2008. Mobily is managing the cost of existing operations when its purchase of a 66.6% stake from the Saudi National Fiber Network (SNFN) which substitutes the use of STCs international gateway network. The incomes of the SAR2 billion capital increases are used for funding or upgrading. (http://www.mobily.com.sa) Mobily has built a strong connection with Etisalat of UAE for procurement of resource. This connection might be significant for presenting one of the best plan networks in the world. The revenue of Mobily Company Q2 2010 recorded as 3,972 million showing an increase of 24% over the same quarter last year. Mobilys chairman, ENG. Abdulaziz Alsaghyir mention that the increase of our Q2 revenue is due to the growth in broadband revenues and creating a centre of attention more post-paid consumer, in addition, Mobily has approved its strategy for five year time know as GED planning for expansion, differentiation to supply combined telecom services constructed about fixed and mobile broadband technologies. 7-HAJJ EFFECT ON PROFITABILITY It is expected that around 3 million person visit Saudi Arabia during the Hajj pilgrimage season, which is reflected in Mobilys fourth quarter earnings. Mobily achieved highest quarterly earnings during the fourth quarter. Mobily Quarterly Earnings 8-INFRASTRUCTURE Mobily has finished building its own capacity infrastructure to support itself. On the other hand, when Zain started their business, has rented transmission capacity from both Mobily and STC. This produced an additional flow of income for Mobily and STC depending on Zains usage capacity. (http://www.gulfbase.com) 9-Effect of macro-environmental and micro-environmental on Mobilys marketing mix There are many reasons to the macro-environment that will influence the choices of the managers of any establishment. New laws, tax changes, trade barriers, demographic change and government policy changes are all instances of macro change. To help analyse these reasons or factors managers can categorise them using the PESTEL model. (http://www.oup.com) Kotler (1998) claims that PEST analysis is a helpful strategic tool for distinguishing market growth or reduction, business position, potential and direction for operations. In analyzing the macro-environment, it is essential to understand the factors that might in turn affect a number of critical variables that are likely to affect the companys demand and supply levels (Kotter and Schlesinger, 1991; Johnson and Scholes, 1993). 9.1 Why Saudi Arabia There are few states to be able to propose secure supplies of inexpensive energy, a geographical starting point to a huge market and a customers requirement to achieve a suitable solution for new adventure enterprise or investment. The research has indicated that Saudi Arabia is one of the best 20 destinations for overseas direct investment in the globe. Moreover, Saudi Arabia known as one of the most enterprising nations in the Middle East, Saudis huge natural energy integration with the long-term image and strategic planning to make todays stable, robust economy. Saudi Arabia is hoping and arranging for different areas of future which is more comprehensive, expansive, sustainable and combined on both social and economic sector. All of these examples will be improved via Saudis experience financing, assessing to establish a nation of constant development. A massive amount of money has been spent by kingdom of Saudi Arabia to add value proposition to global business. The government of Saudi has planned goals of varies faceted reform strategy that lead Saudi Arabia to be one of the suitable position in the global to operate business. (http://www.sagia.gov.sa) At  the  same  time, Saudi Arabia is spending tens of billions of dollars to start four economic towns in diverse place of the nation to support economic improvement. 9.3The supplier environment Mobily attempts often to depend on several suppliers. Mobliy and its suppliers, both parties depend on the other for their successful commercial. Even though, both parties are looking for security and stability from their relationship, still they are some reasons to the supplier environment are subject to change, such as some disputes on a sudden raise in material or maintenance agreements prices which controls by suppliers to increase their prices and this will effect seriously on the company commercial operations. 9.4 The distributive environment Mobilys management is placed on marketing intermediaries as agents and distributors to make sure that their products arrive at the final consumer. To Mobilys management, it may seem that the conservative method of distribution in telecommunication is relatively static. For the reason that changes in the distributive environment happen quietly, and there is a risk of marketing companies failing to aware about the commercial change. 9.5 The competitive environment. The company must be aware about the potential risk of other players marketing similar and substitute services whether they are of domestic or foreign origin. . In the telecommunication sector in KSA have just three players a potential competitive threat. Whatever the type, size and composition of the telecommunication sector, Mobilys marketing management has a full understanding of competitive forces. However, Mobily Known with this knowledge, which will have a greater opportunity to compete effectively. http://www.da-group.co.uk/index.php?option=com_contentview=articleid=31:micro-and-macro-environmentscatid=2:marketing-lecturesItemid=3 The marketing mix Price Mobily used some approaches to price a product as the price charged for products and services is set unnaturally down in consideration of gain market share. Once this is attained, the price is increased. In addition, charge a reasonable price when has a strong competitive advantage. On the same time, Mobily attentive about competitors. However, most of their prices it is fair and satisfied for most of the customers. Place Channel Distribution Mobilys distribution strategy is driven by three main channels which: Direct sales: The direct sale channel includes Mobilys 24 flagship stores and 155 fully branded stores. The flagship stores are completely owned and employed entirely with Mobily personnel, while the fully branded outlets manage as franchises. Indirect sales: The Firm depend deeply on its distribution partners to attain wide range distribution at a rapid pace. Mobily has a sign primary distribution contract with seven major distributors, each of which special effects sales through 149 fully branded, 288 co-branded and 4,000 secondary distributor outlets. Co-branded: The Company has channelled sales through ATM and the Internet for top-up of prepaid cards. So as to focus VIP sector successfully, the Company has begun a separate section of Corporate and VIP Sales. Product Mobily has been achieving the three levels of product which are the Core product, the Actual product, and finally the augmented product. In addition, another marketing tool for evaluating products as The Product Life Cycle (PLC) which based upon the biological life cycle, and The Customer Life Cycle (CLC) which focuses upon the production of and delivery of lifetime value to the consumers.( http://marketingteacher.com) Three Levels of a Product Mobily Connect: Connect Al Zaeem, Connect Turbo Router, Connect Turbo, Connect Mini WIFI, Ferrari Connect, Connect Foot Ball, Connect Long Tail, Mini Wi-Fi. Postpaid : Mobily Minute buntes , Blue Wave Mada, Najma,Deeraty, Raqi, Fallah Mobily Khatty and Khatty Plus. Prepaid: 7ala, Anees, 7ala Plus, Wafeer, Mabuhay Kababayan, Blue Wave, Visitors Line Rihal, fallah, I phone line. Smart phones :I phone 3Gs, Iphone 4 , BlackBerry,Nokia N8,Samaung Galaxy Tab, Liquid E Ferrari . Broadband at home, Mobile internet, Internet Roaming(can only be used outside the kingdom of Saudi Arabia). (http://www.mobily.com.sa) Promotion Mobily is using the promotions mix to deliver a unique campaign as : Personal Selling. (Mobily tend to be well trainee for their sales workers in the approaches and techniques of personal selling to meet high margin in sales). Sales Promotion. Public Relations. Direct Mail. Trade Fairs and Exhibitions. Advertising.( Mobily paid for communication to develop attitudes and create awareness for people. Furthermore, Mobily use the advertising in media such as newspapers (local, free, trade), magazines and journals, television (local, national, satellite), outdoor advertising (such as posters). Sponsorship (Mobily bought for SR 200 million over the five years to associate their brand with Al-Hilal which   is one the leading and well-known football clubs, not only in Saudi Arabia but in the Middle East and Asia).( http://saudijeans.org) SWOT Analysis Strengths The improvement and concentrate on innovative products and value-added services. The experiences shift and indirectly supported from the mother company Etisalat UAE. Mobily have been using an aggressive marketing strategy that enabled it to obtain a 30% market share in less than two years of operation. To decline the cost of operation and improve data revenues flow, Mobily is improving a new Saudi fibre optic network. Mobily has been improving the company brand and reputation, to attract the corporate sector in KSA. Saudi government avoids currency risks. quickly responded to a new competitor Zain by creating roaming agreements with about 100 operators in 56 countries. Well improved mobile network coverage with 3G services. Weaknesses low in the increasing postpaid customers in Mobilys subscribers Continuing need for high spending for improve the network servers. High focus of prepaid subscribers, about 90% of customers signalling lower average revenue for parson. STC is ranked first in broadband overall Opportunities Due to rising oil prices in the world lead to build a strong economy and high GDP per person in a region. A strong population growth, 69% of the population is under the age of 30. Partnership with parent operator for entering new telecom markets. Increase market share in mobile broadband. Saudi government attempts to capture foreign direct investment in the telecommunications business through improvements in information technology sectors. Purchase of companies in the value chain. Threats Intense competition due to the entrance of MTC lately, as the third mobile player, is leading to decreases in average revenue. Due to easier for customers to transfer from one operator to another that lead to increased competition between operators. Low demand response to new services. Decline in margins as a result of price wars. Failure of public to adapt to changing technology.

Thermochemistry Laboratory Report Essay

Abstract The purposes of these three experiments are to determine the heat capacity of a calorimeter and with that data, confirm Hess’s Law and observe enthalpy changes within reactions. By measuring the change in temperature that occurs with the interaction of two different reactants, we were able to determine both the calorimeter constant and the change in enthalpy of a given reaction. The results were rather mixed, as some numbers more closely resembled the theoretical values than others did. Introduction The first experiment is devoted to finding the calorimeter constant for a polystyrene cup. Whenever a reaction takes place inside a calorimeter, some heat is lost to the calorimeter and its surroundings. In order to achieve maximum accuracy, we must know exactly how much heat will be lost, so that the results of the next two experiments will be as correct as possible. The equation used to determine it is a simple manipulation of the overall heat of the reaction equation, which is: Overall Heat = – [(Sp.Ht. hotwater * Mass of water * Change in temperature) + (Sp.Ht. coolwater * Mass of water * Change in temperature) + (Cp calorimeter * Change in temperature)] Since an error is bound to happen during the experimental process, three calculations were done to find an average. This experiment is vital to the success of the following two thermochemistry experiments. The second experiment, entitled Hess’s Law, is a simple confirmation of said law. To do so, we take three reactions, where one of them is the same as the other two, and measure the heats of reaction for each of them. Hess’s Law states that the heat of reaction of the one reaction should equal to the sum of the heats of reaction for the other two. The three reactions used in this experiment are: (1) NaOH(s) ïÆ'   Na+(aq) + OH-(aq) (2) NaOH(s) + H+(aq) + Cl-(aq) ïÆ'   H2O(l) + Na+(aq) + Cl-(aq) (3) Na+(aq) + OH-(aq) + H+(aq) + Cl-(aq) ïÆ'   H2O(l) + Na+(aq) + Cl-(aq) In order to find the heat released by each reaction, we used a variant of the overall heat of a reaction equation, which was q = – [Sp.Ht. * m * Change in temp.]. In  addition to finding the change in enthalpy, change in entropy was also calculated using theoretical values in given reference tables. Finally, the overall free energy released was calculated using the equation: Change in free energy = Change in enthalpy – (Temperature * Change in entropy). All of this is then used to verify Hess’s Law by calculating the percent error involved in the experiment. The third experiment, called Thermochemistry: Acid + Base, combines the concepts of the previous two experiments. The main concept is to observe the change in enthalpy that results from the various reactions between strong and weak acids and bases. There were four reactions used in this experiment, and they are: (1) HCl(aq) + NaOH(aq) ïÆ'   NaCl(aq) + H2O(l) (2) HCl(aq) +NH3(aq) ïÆ'   NH4Cl(aq) (3) HC2H3O2(aq) + NaOH(aq) ïÆ'   NaC2H3O2(aq) + H2O(l) (4) HC2H3O2(aq) + NH3(aq) ïÆ'   NH4C2H3O2(aq) By monitoring the change in temperature that results from the reaction of an acid and a base, it is possible to calculate the overall energy for each reaction, also known as ∆H rxn/mole of limiting reactant. This experimental value can be compared with the theoretical to determine how accurate the experiment was. The lower the percent error, the more accurate we were at calculating the energy involved in each reaction. Experimental In order to do any calculation for energy, we first had to find the calorimeter constant. In order to do that, we first took and weighed a polystyrene cup (our calorimeter) and added approximately 100 g of warm water to it. The actual measurements are recorded in Table 1-1. The mass of the cup with the water in it were recorded to find the exact mass of the water added. Next, a cylinder was weighed, like the cup, and about 48 mL of cool water was added. The total was weighed and recorded in the same table. Afterwards, temperature sensors connected through a LabPro device were suspended in the two containers and the calculator’s DataMate program was used to record temperature over a 90 second time interval. After a few seconds of data collection from the separate liquids, they were mixed  together and stirred with the sensors until there was no time left. By using Graphical Analysis, a graph of the data was printed, displaying temperature vs. time. Tangent lines were drawn on the graph in order to determine the initial and final temperatures of the two liquids. The above procedure was repeated two more times for the sake of precision. Finally, we calculated the calorimeter constant using the formula listed in the Introduction section. Even though we conducted an experiment to find the heat capacity of a calorimeter, we were given a new value for the constant for experiment 2, due to inaccuracy in our results. For the lab called Hess’s Law, we first started by setting up the calculator to collect temperature data again. The procedure is the same as the one used in the last experiment, except that the time interval is set to 4 minutes. Next, we obtain a polystyrene cup to use as our calorimeter and fill it with 100 g of water. The cup is placed within a 250-mL beaker to keep it in a sustained environment. A temperature sensor is placed in the water and is stabilized. Then, we obtained solid NaOH and weighed about 2 grams to the nearest thousandth decimal point. This value is recorded, along with all other data in Table 2-1. Afterwards, data collection begins and after about 15 seconds, the NaOH is added to the water. The resulting solution is stirred for the duration of the time interval and by using Graphica l Analysis a graph is produced. This procedure is repeated twice more for 0.5 M HCl in place of water for one trial, and then 1.0 M HCl and 1.0 M NaOH solution for the third trial. All of the measurements are recorded in the table mentioned above. For the final experiment, the procedure is very similar to its predecessors. We began by initializing the LabPro and DataMate to collect temperature data over time (this time it is a 180 second interval). First, we measure as close as we can to 50 g of a base of our choice in a 100-mL graduated cylinder. A temperature sensor is placed in the cylinder. Next, we weighed 100 g of a chosen acid in the calorimeter. The calorimeter is placed in a 1000-mL beaker for stability and a temperature sensor is submerged in the acid. After the sensors have a chance to equilibrate, we started to collect data. When about 15 seconds have passed, we poured the base into the  calorimeter with the acid and stirred for the duration of the time with both sensors. Then, when time was up, we used Graphical Analysis to print the resulting temperature vs. time graph. This processed is repeated three more times until every combination of strong and weak acids and bases is used. Analysis The data we recorded for the first experiment appears to be accurate, though drawing tangent lines to find final and initial points has its inherent inaccuracy. Using the formula discussed in the introduction, our equation turned out like the following: 0 = – [(47.166 g * 4.184 J/g °C * 16.561  °C) + (98.874 g * 4.184 J/g °C * -9.4139  °C) + (Cp calorimeter * -9.4139  °C)] Cp calorimeter = -66.522 J/ °C The average of the three obtained values is as simple as adding them all together and dividing by three, the number of values, which looked like this: (-66.522 + 348.619 + 225.669)/3 = 169.255 J/ °C. This number is much higher than the default value we were given for the next lab, which was only 15.0 J/ °C. For the Hess’s Law experiment, the numbers looked much better. The first thing we did with the data was solve for the change in temperature, which was just final temperature minus initial temperature. The result gave us something like this: 23.9  °C – 19  °C = 4.9  °C. Second, we calculated the heat released by each equation, which is shown as this: q = – [Sp.Ht. * m * ∆t] q = – [4.18 J/g °C * 99.524 g * 4.9  °C] q = -2.038 kJ Then, the heat lost to the calorimeter was calculated using the formula q = – [Cp * ∆t]. From that, we found that q = – [15.0 J/ °C * 4.9  °C] = -0.0735 kJ. Next, the total ∆H was found by adding both values of q above, which just equals -2.1115 kJ. In order to find ∆H/mol NaOH, we had to find how many moles were used in each reaction based on the mass of NaOH weighed and recorded in Table 2-1. The format for finding the number of moles looked  like the following: 2.0810 g NaOH * (1 mol NaOH / 40 g NaOH) = 0.052 mol NaOH. This value is used to divide the ∆H to find the ∆H/mol NaOH value, which equaled -40.606 kJ/mol. Using the ∆H of Reaction 2 as the theoretical value, and the combined ∆H values of Reactions 1 and 3, we can find out our percent error, which is shown below as: % error = abs ((theoretical – experimental) / theoretical) * 100 % error = abs ((79.56 – 94.87) / 79.56) * 100 % error = 19.24 % The above values can all be found on Table 2-1. The above process was repeated with data collected from the whole class, which yielded a 14.47 % error. Finally, using theoretical numbers, we calculated ∆H, ∆S, and ∆G for reaction 2. For the first two, a similar equation of sum of products minus sum of reactants equals ∆H and ∆S respectively. ∆G is calculated using the formula in the introduction, which looked like ∆G = -98.8 – 298(0.0580) = -116.062 kJ/mol. With the data collected in the third experiment a multitude of calculations were carried out. All of the following data can be found in Table 3-1. First, we solved for ∆H rxn, which is the same as the overall heat equation described in the introduction. The calculation looked liked the following: ∆H rxn = – [(4.184 J/g °C * 98.781 g * 4.35  °C) + (4.184 J/g °C * 48.5133 g * 4.0  °C) + (15.0 J/ °C * 4.35  °C) ∆H rxn = -2.68 kJ Next, we needed to calculate the limiting reactant for each reaction, which was just the reactant that yielded the least product. The method for determining it is like so: 98.781 g HCl * (1 mol HCl / 36 g HCl) * (1 mol NaCl / 1 mol HCl) * (1 g NaCl / 1 mol NaCl) = 2.744 g NaCl 48.5153 g NaOH * (1 mol NaOH / 40 g NaOH) * (1mol NaCl / 1 mol NaOH) * (1 g NaCl / 1 mol NaCl) = 1.213 g NaCl Then, we take the ∆H rxn above and divide it by the moles of limiting reactant, which we discovered above (since each solution is 1.0 M, the moles used is the number of grams divided by 1000). This new ∆H rxn / moles of limiting reactant is the experimental value to be compared to the theoretical value obtained with given numbers. Comparing these two values using the % error equation above, the % error of one of the reactions comes out to be just 1.25%. The rest of the numbers can be observed in Table 3-2. This concludes all of the calculations that were involved in all of the experiments. Conclusion The results of this experiment were a mix of both very accurate and nowhere close. For the first experiment, the values for the calorimeter constant were very imprecise, ranging from negative values to ten times greater than the theoretical 15.0 J/ °C. This is most likely due to a series of miscalculations and human error. In experiment two, the numbers were far more favorable, with a 19.24 % error for our data and a 14.47 % error for the entire class. This number still seems too high to justify the verification of Hess’s Law and should probably be redone with more care in consistently measuring reactants, but other than that, the experiment was completed well enough. The results for the final experiment are also quite mixed. While some experimental values had only a 1.25 % error, others were grossly erroneous with about 65.1 % error. The most inaccurate data was the ones collected for the reaction of a weak acid and a strong base, which yielded an obviously flawed 300 % err or. For the results that were inaccurate, the source of error was most likely to due a miscalculation on my part, possibly in the calculation of the theoretical values, or the experimental for that matter. Much more care must be taken when repeating this lab, for the possible errors are numerous. The purpose of these three labs were to observe the nature of heat and reactions, which the experiments do rather nicely. The procedures described do an excellent job describing the purpose of each step, though they are easy to do incorrectly. In the end, the experiments yielded mediocre results, a mixed bag of incredibly accurate to just very wrong. Thermochemistry is indeed a rather elusive topic, but these experiments make it much more tangible.

Government Spending On Economic Performance Essay

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Those theories are Keynesian and Classical. Each theory has a different approach to the economic stud y of monetary

Global Warming is Happening - Free Essay Example

Sample details Pages: 2 Words: 717 Downloads: 10 Date added: 2019/03/14 Category Ecology Essay Level High school Tags: Global Warming Essay Did you like this example? Global warming is happening but is it an immediate emergency. Not necessarily because yes we may be feeling effects of it now but we cant be sure whether the change in climate is because of natural reasons or because of our greenhouse gas emissions. The reason that we cant tell is because we started to take not of temperatures and get into meteorology at the coldest non ice age point in our planets history. We can tell that this was the coldest point because of the data that we have gotten from the ice cores from greenland. Having this data we can see the temperature of the times when the different layers of ice were formed to see the fluxuations in the temperature over the years. Now dont get me wrong it is an issue but until that we can prove its man made warming there is nothing we can do sure we can cut down on factory emissions and fossil fuels but if this warming period is not man made we will see zero changes and people will freak out more. So in my scientific opinion we should make a plan in case it is man made but we should not activate this plan until we no for one hundred percent sure that it is man made warming because if it not man made it could make a lot of people mad at the government more than they already are. Don’t waste time! Our writers will create an original "Global Warming is Happening" essay for you Create order Plus even if global warming was happening to a dangerous rate its probably too late to change it enough to save us because if it is warming up that hot that fast we just simply dont have enough time at that point. Needless to say that it isnt happening and this can be proved by ice cores and the rings in the trees trunks that climate temperature fluctuations are normal and have happened before we even invented the wheel so we will have to see if the warming stops and goes down again which it most likely will because this is all normal and it is a consequence of use ing out of the little ice age in europe the planet is heating back up. Now again if it really is happening and this is man made we may be done for already because we are constantly putting huge amounts of carbon dioxide in the air every day which in the IPCCs eyes and opinions is the cause of this warming period that we are in is not just simply going to stop just because a few government officials say that we need to people will need a new fuel for their cars we will need new ways to make products that does not release carbon dioxide as a product as well as figure out a way to use up the oxygen that is in the atmosphere in the air already which will be difficult to do mainly because no one is going to make an air filter the size of a space station. Which means that we are screwed when that time come people may as well kiss their loved ones good bye buy a bunker horde food and ac units and hope for the best because there will be no way that you can get an entire planet to cooperate with you to do one thing even if it will save their live people are way too stubborn. Now thats not to say that if the government makes carbon dioxide producing things illegal may help a lot but i can guarantee you that it wont help enough to make a difference and change the fate that we have been helping to make since before the industrial revolution. Not even starting with the fact that the science that the IPPC are giving us to prove their theory about global warming is incomplete. We started looking at climate changes at the coldest point in the last one thousand years which means yeah there will be a warming period because after its cold it gets warm after it gets warm it will get cold again that is just how life works that is how it has always worked why we are making a huge deal about it now is beyond me but it is really uncalled for.