Work with the Solid Waste Management department to provide them with Assignment

Work with the Solid Waste Management department to provide them with an analysis of their trash collection practice - Assignment Example The City is likely to collect 163138.7 tons of solid waste in the next six months. The mean, 8.6, means that every trip carries about 8.6 tons of solid waste and that a total of 163,138.7 tons of solid waste was disposed in the six months. The value can then be used as an estimate for the next six months’ quantity of disposed waste. Cost of waste disposal can be derived from quantity of waste disposed and unit cost of disposal. Based on the number tons for each truck and landfill used for the six months, the City spent $3,895,594 in the first six months and this value is predicted for the next six months. The City will therefore spend a total of $7,791,188 on solid waste disposal. Analysis of the total cost of waste disposal suggests that the City spends about $ 205.323 per day, $ 3,895,594 in six months, and $ 649,265.7 per month on solid waste disposal. The City however disposes about 27,189.8 tons per month and this can be used to compute possible cost under WMI’s proposal. The proposal will therefore lead to a monthly expense of about $492,244.5, which is lower than the current monthly expenditure of $649,265.7. Based on the data, WMI’s proposal is recommended. Before making a decision, however, factors such as reliability and quality of service that WMI delivers should be considered. The City should ensure that WMI can match quality of the other service providers. The City should verify ability of WMI to collect waste at the expected times and whether the service provider has required resources and potentials to offer the service. Terms of the company’s service delivery, its future stability, and its adherence to environmental regulations are other factors that the City should consider before deciding to work with WMI (Johansson, Lunberg, and Ryberk, 2012). This is because the factors are important to utility among involved stakeholders such as

The Doctrine of Risk Assumption Essay Example | Topics and Well Written Essays - 500 words

The Doctrine of Risk Assumption - Essay Example The case under research presents a classic example of assumption of risk set out in the tort of negligence. As such, it is significant to inspect the fundamentals that define the rationale for risk assumption and implications thereof. Typically, the ideals of this doctrine demand that the injured party must prove beyond any reasonable doubt that the defendant owed him the duty of care. Secondly, the plaintiff bears the onus of proof that the defendant breached such duty by failing to take all practicable measures and exercising necessary obligation to prevent potential injuries that may arise if such duty is breached. Thirdly, the injured party ought to demonstrate that the risk was not reasonably open and obvious for which the plaintiff sustained injuries. It is worth illustrating as well that the defendant was reckless as a result of which he caused the plaintiff actual injuries as reiterated by Wong. In examining these conundrums, the law purports that the doctrine of risk assumpt ion applies to the players as well as spectators and bystanders in the game in question. On the other hand, statutory logic suggests that any fans of a given game who decides to attend that game shall have assumed the risks associated with that game even if he is not actively engaged in the game. Notwithstanding actual attendance, the law shall not hold the owner of a playing ground liable for injuries suffered by persons who voluntarily assume the risk of taking part in a match thereon. Moreover, a claim for negligence can arise if the risk was not open and obvious whereby the injured parties could have opted to stay away if they had knowledge of such risks. For instance, it is not reasonable open and obvious that a stadium roof may collapse on football spectators if such the construction of such stadium had been supervised and certified by competent engineers.