Monopoly

External link: Salt and the evolution of monopoly (salt.org.il). Elevated ²⁰Ne abundances are also found in diamonds, further suggesting a solar neon reservoir in the Earth. Advocates of laissez-faire capitalism, such as the Austrian school, maintain that a salt monopoly would never develop without such government intervention. The ²⁰Ne-enriched components are attributed to exotic primordial rare gas components in the Earth, possibly representing solar neon. Anyone was allowed to purchase salt; however, strict legal controls were in place over who was allowed to sell and distribute salt. The neon isotopic content of these mantle-derived samples represent a non-atmospheric source of neon. The "Gabelle", a notoriously high tax levied upon salt, played a role in the start of the French Revolution and is possibly the most cruel example in recent history. Similar to xenon, neon content observed in samples of volcanic gases are enriched in ²⁰Ne, as well as nucleogenic ²¹Ne, relative to ²²Ne content.

Changing sea levels flooded many of these sources during certain periods and caused salt "famines" and communities were left to the mercy of those who monopolised these few inland sources. This suggests that neon will be a useful tool in determining cosmic exposure ages of surficial rocks and meteorites. Mines and inland salt springs being scarce and often located in hostile areas like the Dead Sea or the salt mines in the Sahara desert, they required well-organised security for transport, storage and highly monopolised distribution. By analyzing all three isotopes, the cosmogenic component can be resolved from magmatic neon and nucleogenic neon. A combination of strong sunshine and low humidity or an extension of peat marshes was necessary for winning salt from the sea - the most plentiful source - by solar evaporation or boiling. This isotope is generated by spallation reactions on magnesium, sodium, silicon, and aluminium. Until common salt (sodium chloride) was mined in quantity in comparatively recent times, its availability was subject to the vagaries of climate and environment. Isotopic analysis of exposed terrestrial rocks has demonstrated the cosmogenic production of ²¹Ne.

When AT&T was broken up into the "Baby Bell" components, MCI, Sprint, and other companies were able to compete effectively in the long-distance phone market and started to take phone traffic from the less efficient AT&T. The net result yields a trend towards lower ²⁰Ne/²²Ne and higher ²¹Ne/²²Ne ratios observed in uranium-rich rocks such as granites. AT&T and Standard Oil are debatable examples of the breakup of a private monopoly. The alpha particles are derived from uranium-series decay chains, while the neutrons are mostly produced by secondary reactions from alpha particles. Public utilities, often being natural monopolies and less susceptible to efficient breakup, are often strongly regulated or publicly-owned. The principal nuclear reactions which generate neon isotopes are neutron emission, alpha decay reactions on ²⁴Mg and ²⁵Mg, which produce ²¹Ne and ²²Ne, respectively. (This is a rather optimistic view of how effectively regulation can substitute for competition.) When monopolies are not broken through the open market, often a government will step in to either regulate the monopoly, turn it into a publicly-owned monopoly, or forcibly break it up (see Antitrust law). In contrast, ²⁰Ne is not known to be nucleogenic and the causes of its variation in the Earth have been hotly debated.

Some argue that it can be good to allow a firm to attempt to monopolize a market, since practices such as dumping can benefit consumers in the short term; and once the firm grows too big, it can then be dealt with via regulation. ²¹Ne and ²²Ne are nucleogenic and their variations are well understood. For example, a canal monopoly in the late eighteenth century United Kingdom was worth a lot more than in the late nineteenth century, because of the introduction of railways as a substitute. Neon has three stable isotopes: ²⁰Ne (90.48%), ²¹Ne (0.27%) and ²²Ne (9.25%). It might also be because of the availability in the longer-term of substitutes in other markets. In addition, neon forms an unstable hydrate. This is likely to happen where a market's barriers to entry are low. The ions, Ne⁺, (NeAr)⁺, (NeH)⁺, and (HeNe⁺), have been observed from optical and mass spectrometric research.

The theory of contestable markets argues that in some circumstances (private) monopolies are forced to behave as if there were competition, because of the risk of losing that monopoly to new entrants. Argon, in contrast, is heavier than air and so remains within Earth's atmosphere. Sometimes this very loss of efficiency can raise the potential value of a competitor enough to overcome market entry barriers, or provide incentive for research and investment into new alternatives. Neon, like water vapor, is lighter than air; unlike water vapor, which condenses into a liquid below the stratosphere and is thus trapped in Earth's atmosphere, neon may slowly leak out into space, which explains its scarcity on Earth. It is also often argued that monopolies tend to become less efficient and innovative over time, becoming "complacent giants", because they don't have to be efficient or innovative to compete in the marketplace. Neon is a rare gas that is found in the Earth's atmosphere at 1 part in 65,000 and is produced by supercooling air and fractionally distilling it from the resulting cryogenic liquid. However, total social welfare declines compared with perfect competition, because some consumers must choose second-best products. Neon is usually found in the form of a gas with molecules consisting of a single neon atom.

Assuming that costs stay the same, this does not lead to an outcome which is inefficient in the sense of Pareto efficiency; no-one could be made better off by shifting resources without making someone else worse off. Neon (Greek neos meaning "new") was discovered by Scottish chemist William Ramsay and English chemist Morris Travers in 1898. In this way the monopoly will secure monopoly profits by appropriating some or all of the consumer surplus, as although the higher price deters some consumers from purchasing, most are willing to pay the higher price. Other uses:. In standard economic theory (see analysis above), a monopoly will sell a lower quantity of goods at a higher price than firms would in a purely competitive market. The word "neon" is also used generically for these types of lights when in reality many other gases are used to produce different colors of light. For a discussion on a monopolist who does not know it, see http://www.economicswebinstitute.org/essays/monopolist.htm where a free software is available as well. The reddish-orange color that neon emits in neon lights is widely used to make advertising signs.

This procedure assumes that the monopolist knows exactly which is the demand function. Neon has the most intense discharge at normal voltages and currents of all the rare gases. (the rate of marginal revenue is less than the rate of marginal cost, for maximisation). In most applications it is a less expensive refrigerant than helium. marginal revenue = marginal cost, provided. Neon is the second-lightest noble gas, glows reddish-orange in a vacuum discharge tube and has over 40 times the refrigerating capacity of liquid helium and three times that of liquid hydrogen (on a per unit volume basis). i.e. .

Setting this equal to zero for maximisation:. A colorless nearly inert noble gas, neon gives a distinct reddish glow when used in vacuum discharge tubes and neon lamps and is found in air in trace amounts. Taking the first order derivative with respect to quantity yields:. Neon is the chemical element in the periodic table that has the symbol Ne and atomic number 10. Hence its profit is:. Los Alamos National Laboratory – Neon. The monopoly's revenue is the product of the price and the quantity it produces. Liquefied neon is commercially used as an economical cryogenic refrigerant.

Let the price it sets as a market response be a function of the quantity it produces (Q) P(Q) and let its cost function be as a function of quantity C(Q). Neon and helium are used to make a type of gas laser. The monopoly's profit is its total revenue less its total cost. television tubes. The single price monopoly profit maximisation problem is as follows:. wave meter tubes. This difference is known as a deadweight loss. lightning arrestors.

The economy as a whole loses out when monopoly power is used in this way, since the extra profit earned by the firm will be smaller than the loss in consumer surplus. high-voltage indicators. A formula gives the relation between price, marginal cost of production and demand elasticity which maximizes a monopoly profit: (known as Lerner Index). vacuum tubes. With an increase of the price the price elasticity tends to rise, and in the optimum mentioned above it will for most customers be above one. As long as the price elasticity of demand (in absolute value) for most customers is less than one, it is very advantageous to increase the price: the seller gets more money for less goods.

The profit the monopoly gains is the shaded in area labeled profit. This is above the competitive price of Pc and with a smaller quantity than the competitive quantity of Qc. This will be at the quantity Qm; and at the price Pm;. This can be seen on a supply and demand diagram for the firm.

If a monopoly can only set one price it will set it where marginal cost (MC) equals marginal revenue (MR) as seen on the diagram on the right. In a pure monopoly market, only the latter effect is at work, and so, particularly for inflexible commodities such as medical care, the drop in units sold as prices rise may be much less dramatic than one might expect. In most real markets, the drop in demand associated with a price increase is due partly to losing customers to other sellers and partly to customers who are no longer willing or able to buy the product. If they set it lower, they sell more.

If they set it higher, they sell less. In contrast, a business with monopoly power can choose the price they want to sell at. A price taker cannot choose the price that they sell at, since if they set it above the equilibrium price, they will sell none, and if they set it below the equilibrium price, they will have an infinite number of buyers (and be making less money than they could if they sold at the equilibrium price). This is in contrast to a price taker that faces a horizontal demand curve.

In economics a company is said to have monopoly power if it faces a downward sloping demand curve (see supply and demand). The term is typically used by those who favor laissez-faire capitalism. A coercive monopoly is one that arises and whose existence is maintained as the result of any sort of activity that violates the principle of a free market and is therefore insulated from competition which would otherwise be a potential threat to its superior status. Main article: coercive monopoly.

A common example is vertical integration of electricity distribution with electricity generation, which is common because it reduces or eliminates certain costly risks. A monopoly arrived at through vertical integration is called a vertical monopoly. A magazine publishing firm, for example, might publish many different magazines on many different subjects, but it would still be considered to engage in monopolistic practices if the intent of doing this was to control the entire magazine-reader market, and prevent the emergence of competitors. Such a monopoly is known as a horizontal monopoly.

Large corporations often attempt to monopolize markets through horizontal integration, in which a parent company consolidates control over several small, seemingly diverse companies (sometimes even using different branding to create the illusion of marketplace competition). Practices which these entities may be accused of include dumping products below cost to harm competitors, creating tying arrangements between their products, and other practices regulated under antitrust law. Common historical examples arguably include corporations such as Microsoft and Standard Oil (Standard's market share of refining was 64% in competition with over 100 other refiners at the time of the trial that resulted in the government-forced breakup). Industries which are dominated by a single firm may allow the firm to act as a near-monopoly or "de facto monopoly", a practice known in economics as monopolistic competition.

Main article: Monopolistic competition. This may include the ability to charge (to some extent) monopoly pricing, for example in the case of the only gas station on an expressway rest stop, which will serve a certain number of motorists who lack fuel to reach the next station and must pay whatever is charged. A local monopoly is a monopoly of a market in a particular area, usually a town or even a smaller locality: the term is used to differentiate a monopoly that is geographically limited within a country, as the default assumption is that a monopoly covers the entire industry in a given country. They say that the idea of "natural monopoly" is mere theoretical abstraction to justify expanding the scope of government, and that, in the case of nationalization or deprivatization, it is the government intervention itself that creates a monopoly where one did not actually exist.

Advocates of free markets, such as libertarians, assert that a natural monopoly is a practical impossibility, and, given that a monopoly is a persistent rather than a transient situation, that there is no historical precedent of one ever existing. A natural monopoly industry can also be artificially broken up by government, although (eg electricity liberalization, eg Railtrack) the results are at best mixed. Whether an industry is a natural monopoly may change over time through the introduction of new technologies. Counter-intuitively, the case of a monopolization of a key source of a natural resource is not considered a natural monopoly, because it is based on the running down of natural capital rather than the amortization of an investment in physical or human capital.

It should be distinguished from network effects, which operate on the demand side and do not affect costs. Natural monopoly arises when there are large capital costs relative to variable costs, which arises typically in network industries such as electricity and water. In these industries monopoly may be more economically efficient than competition, although because of potential dynamic efficiencies this is not necessarily clear-cut. In these industries competition will tend to be eliminated as the largest (often the first) firm develops a monopoly through its cost advantage.

A natural pool is a monopoly that arises in industry where economies of scale are so large that a single firm can supply the entire market without exhausting them. Main article: Natural monopoly. It is not the result of government granted privilege, subsidies, regulations, etc. An efficiency monopoly is one that exists because a firm is satisfying consumer demand so well that profitable competition is extremely challenging.

An example of a "de jure" monopoly is AT&T, which was granted monopoly power by the US government, only to be broken up in 1982 following a Sherman Antitrust suit. A government monopoly may exist at different levels of government (eg just for one region or locality); a state monopoly is specifically operated by a national government. When such a monopoly is granted to a private party, it is a government-granted monopoly; when it is operated by government itself, it is a government monopoly or state monopoly. A monopoly based on laws explicitly preventing competition is a legal monopoly or de jure monopoly.

sole access to a resource, economies of scale, or consistently outcompeting all other firms. Monopolies are often distinguished based on the circumstances under which they arise; the broadest distinction is between monopolies that are the result of government intervention and those that arise without it e.g. . In a monopoly a single firm is the sole provider of a product or service; in a cartel a centralized institution is set up to partially coordinate the actions of several independent providers (which is a form of oligopoly).

Monopoly should be distinguished from monopsony, in which there is only one buyer of the product or service; it should also, strictly, be distinguished from the (similar) phenomenon of a cartel. Monopolies are characterized by a lack of economic competition for the good or service that they provide and a lack of viable substitute goods. In economics, a monopoly (from the Greek monos, one + polein, to sell) is defined as a persistent market situation where there is only one provider of a kind of product or service. Blocked Entry.

Price Maker. No Close Substitutes. Single Seller.