Maximizing Profits in Market Structures free essay sample

Profits in Market Structures Market Structures are described as a particular relationship between the buyers and the sellers of goods and services in a specific market (Mathias, 2000). Three different types of market structures are competitive markets, monopolies, and oligopolies. Each of these market structures has a particular set of characteristics that identify it and separate it from the others. These categories are also separated by the way they each use pricing and output to calculate and maximize their profits. We will write a custom essay sample on Maximizing Profits in Market Structures or any similar topic specifically for you Do Not WasteYour Time HIRE WRITER Only 13.90 / page Another difference between these three categories is the presence of barriers, which may be present to encourage current companies to exit, as well as new comers to enter that market. Also, each of these three structures has a different effect on the economy, some having more control on the market than others. With all these differences the specific market structures all have one thing in common, they all rely on supply and demand to determine how to maximize their profits. Competitive markets have two primary characteristics that separate it from other market structures. The first characteristic is that, within a competitive market, there are a large number of buyers and sellers. Second is that the product being sold is the same among all companies, making the products completely interchangeable. These factors make the market competitive by insuring that no single buyer or seller can control the market price. Therefore, in order for companies within a competitive market to maximize profits, they must maintain an equilibrium between the price charged for a product and quantity that they produce. This means that a company must take the price being charged for a product and subtract the cost of making the product to figure out where they are equal. As the price of a product in a competitive market is controlled by the market as a whole, the seller must adjust its output to maintain maximum profits. This is important because the company’s revenue is in direct correlation with the price, so if the price goes up $1. 00 per unit then the revenue also will go up the same amount. For example, if a product has a fixed cost of $1. 0, and the variable cost of $3. 00 and the product sells for $5. 00 then the company has to adjust its output to balance that amount, so that it does not cost over $5. 00 for each product sold. One factor that can affect the output of a product, is the lack of barriers that are present for anyone wanting to begin or exit a company. If the amount of sellers change but the demand does not then current companies will need to decrease the output or risk the price dropping below the profitable levels. The competitive markets can have a positive impact on the economy because the competition helps control the cost of products. If there was little or no competition, then companies would have the ability to raise prices as high as they wanted to, especially in the case of items that are necessities (Mankiw, 2007). The characteristics of a monopoly are first, that there is only one company selling a product and there are no substitutions. Second, there is no competition, the product is exclusive to one company. Third, in a monopoly the company completely controls the pricing of its products and can charge as much as they believe a customer will pay (Mathias, 2000). In contrast to a competitive market, a monopoly can chose what to charge for its product. However, the price must be set according to what consumers are willing to pay, while still maintaining a profitable level of production. It is important to control the output of product so, the price must be set to where the company will still be able to sell a large amount of product while maximizing its profits . There are substantial barriers to entering a market that has a monopoly. One barrier is the inability to compete in the market that is controlled by one company. A small business starting out in completion with a large monopoly would incur substantial costs to begin production and they would have to increase their prices to make a profit. This could also be a problem if the monopoly holds the rights to the raw materials that it takes to make a product. Therefore, entering a market that is controlled by a monopoly is very difficult. However, it is possible for a market to be controlled by a small number of companies, similar to the way that a monopoly controls a market. The economic impact that monopolies have can be outrageous prices or limited availability of goods and services to many people (Mankiw, 2007). An Oligopoly is when a limited number of companies control a specific market, with little competition (Mathias, 2000). Some characteristics of an oligopoly are that the companies all make the same or similar items, so they are substitutable, and there are only a few companies that produce this good. As there are a limited amount of producers these oligopolies are also able to set the price of their goods, using things like advertisements and warranties for competition between businesses. Because there are only a few companies making a product the members of an oligopoly have to control the production of their goods in order to control the pricing. If one of the companies decides to increase production then there will be an abundance of supply without the necessary increase in demand. This means that the cost of the product will have to go down to try to increase demand. These companies have to maintain a steady level of output in order to maintain price, giving them the best profits. The companies that are in this small circle of businesses, try very hard to erect barriers in front of anyone who may think about entering their market. By stopping the emergence of new companies the oligopolies can continue to control the market. The affect that oligopolies have on the economy is the ability to control pricing and supply of products, similar to the impact that a monopoly has (Mankiw, 2007). In conclusion, each market structure plays a role in the economy with the focus of these companies centering on profits. They monopoly can be beneficial if the lowest price for consumers comes from having only on producer but in many cases a monopoly means high prices and limited supply. An oligopoly does have less control over pricing only because they are sharing the demand and antitrust laws prevent them from gathering together as one monopoly, to maximize profit. The competitive market is the most economically friendly market because it has to compete to get customers and this helps keep prices affordable and does not limit the availability of goods to the public.

Artificial Intelligence Essays - Artificial Intelligence

Artificial Intelligence Essays - Artificial Intelligence Artificial Intelligence Recently, the media has spent an increasing amount of broadcast time on new technology. The focus of high-tech media has been aimed at the flurry of advances concerning artificial intelligence (AI). What is artificial intelligence and what is the media talking about? Are these technologies beneficial to our society or mere novelties among business and marketing professionals? Medical facilities, police departments, and manufacturing plants have all been changed by AI but how? These questions and many others are the concern of the general public brought about by the lack of education concerning rapidly advancing computer technology. Artificial intelligence is defined as the ability of a machine to think for itself. Scientists and theorists continue to debate if computers will actually be able to think for themselves at one point (Patterson 7). The generally accepted theory is that computers do and will think more in the future. AI has grown rapidly in the last ten years chiefly because of the advances in computer architecture. The term artificial intelligence was actually coined in 1956 by a group of scientists having their first meeting on the topic (Patterson 6). Early attempts at AI were neural networks modeled after the ones in the human brain. Success was minimal at best because of the lack of computer technology needed to calculate such large equations. AI is achieved using a number of different methods. The more popular implementations comprise neural networks, chaos engineering, fuzzy logic, knowledge based systems, and expert systems. Using any one of the aforementioned design structures requires a specialized computer system. For example, Anderson Consulting applies a knowledge based system to commercial loan officers using multimedia (Hedburg 121). Their system requires a fast IBM desktop computer. Other systems may require even more horsepower using exotic computers or workstations. Even more exotic is the software that is used. Since there are very few applications that are pre-written using AI, each company has to write it's own software for the solution to the problem. An easier way around this obstacle is to design an add-on. The company FuziWare makes several applications that act as an addition to a larger application. FuziCalc, FuziQuote, FuziCell, FuziChoice, and FuziCost are all products that are used as management decision support systems for other off-the shelf applications (Barron 111). In order to tell that AI is present we must be able to measure the intelligence being used. For a relative scale of reference, large supercomputers can only create a brain the size of a fly (Butler and Caudill 5). It is surprising what a computer can do with that intelligence once it has been put to work. Almost any scientific, business, or financial profession can benefit greatly from AI. The ability of the computer to analyze variables provides a great advantage to these fields. There are many ways that AI can be used to solve a problem. Virtually all of these methods require special hardware and software to use them. Unfortunately, that makes AI systems expensive. Consulting firms, companies that design computing solutions for their clients, have offset that cost with the quality of the system. Many new AI systems now give a special edge that is needed to beat the competition. Created by Lotfi Zadeh almost thirty years ago, fuzzy logic is a mathematical system that deals with imprecise descriptions, such as new, nice, or large (Schmuller 14). This concept was also inspired from biological roots. The inherent vagueness in everyday life motivates fuzzy logic systems (Schmuller 8). In contrast to the usual yes and no answers, this type of system can distinguish the shades in-between. In Los Angeles a fuzzy logic system is used to analyze input from several cameras located at different intersections (Barron 114). This system provides a smart light that can decide whether a traffic light should be changed more often or remain green longer. In order for these smart lights to work the system assigns a value to an input and analyzes all the inputs at once. Those inputs that have the highest value get the highest amount of attention. For example, here is how a fuzzy logic system might evaluate water temperature. If the water is cold, it assigns a value of zero. If it is hot the system will assign the value of one. But if the next sample is lukewarm it has the capability to decide upon a value of 0.6 (Schmuller 14). The varying degrees of warmness or coldness are shown through the values assigned to it.

Three Reasons Companies Move Jobs Either to or from the USA Assignment

Three Reasons Companies Move Jobs Either to or from the USA - Assignment Example The USA, being the world’s biggest economy, does not operate in isolation and effectively companies have moved jobs out and into the country. Conversely, there are different reasons for companies to move jobs out and into the country. While the key reasons for companies moving jobs out of the USA range from labor arbitrage and avoidance bureaucratic regulations, companies moving jobs into the country cite high inflation on wages as the main reason of moving their plants and operations back to the country. This expose therefore elucidates three reasons companies move jobs either from or to the USA. One of the reasons that companies move their jobs overseas, especially the manufacturing processes, is to take advantage of lower wages abroad especially in poor countries. Labor arbitrage is the process of taking advantage of lower wages in any type of business operation (â€Å"Moving back to America†). China is one of the countries that offer cheap labor and essentially companies from the USA move their manufacturing plants to the country in order to lower the cost of production and improve their profit margins. A study conducted in 2002 to determine the manufacturing industry’s compensation of workers in China, showed that factories in China labor compensated their employees 64 cents an hour. In comparison, the same study found out that a similar compensation in the USA job market stood at $21.11. In this case, companies with manufacturing plants in the USA would want to take advantage of the low labor wages in China and in other countries offering cheap labor. It is crucial to note that companies expect to have a high return on investment (ROI). In effect, one way to ensure that they achieved this objective is through a reduction in the cost of operation. Therefore, cheap labor ensured that the cost of operation remained low and therefore companies achieved the objective of having a high return on investment. However, the USA job market does not offer cheap labor, as most companies would like. While the study only covered the hourly-wages only, a further study with scanty data available in China indicated that this figure of 64 cents rose to $1.06 when considering other benefits and insurance (â€Å"Just How Cheap is Chinese Labor?†). This figure is still relatively low in comparison to the USA labor and explained company’s preference for the Chinese labor marke t. Labor arbitrage might be the main reason that American based companies cut their workforce in the country in order to expand abroad in the 2000s. In this regard, the Chinese job market witnessed 260% additional jobs by America based companies that translated into 943,900 jobs since 1999 to 2009 (Wessel). In this case, it is imperative to point out that cheap labor might be the key reason that attracted these multinationals to the Chinese job market. To prove this point, these US based multinationals decreased their job levels in Germany by 2% while jobs in the UK and France labor markets increased by 8% and 2% respectively (Wessel). It is crucial to note that, the same study that showed the average labor wages for china as $1.03 showed that he same wages paid to a factory worker in these three countries averaged $14.22 (â€Å"Just How Cheap Is Chinese Labor Market?†). The availability of cheap labor is not the only reason that makes USA based

A Review of Immidration Policy Research Paper Example | Topics and Well Written Essays - 1750 words

A Review of Immidration Policy - Research Paper Example America is affected by immigration and is the state with the largest number of immigrants. The government is working in outlining guiding principles that will control the immigration in the country. Immigration has both negatively and positively affected the country. America’s immigration policies are created to control the number of individuals coming in and out of the country. Immigration Preemption, Federal Plenary Power, Employer sanctions on Immigration and E-Verify are four subjects that highlight immigration policy in America. Immigration Preemption The problems regarding America’s immigration policy engage in criminalizing of immigration laws to dispirit the illegal passage of the boundary without the states permission. Immigrants in America that are unlawfully staying will face judgment for unlawfully existing in the country. The creation of the acts and laws are to discourage the individuals who are not documented and to stay in the country. It is predicted th at few states and local immigration policies will be preempted by INA. The state governments are allowed to determine whether a person is lawfully or unlawfully allowed in the country by the second provision of SB 1070. Exclusionary immigration laws were difficult to find the unlawful settler in America. Arizona laws use state and local officials such as local police administrator to search and hunt down the illegal immigrants. The state laws are using discriminatory way of making laws aim at the immigrants crossing the border. The conflict between the federal and state law is because of the effectiveness it has in regulating the undocumented settler. The state and localities are given the ability to suspend and arrest employers that employ the immigrant workers. The increasing problem that exists between the federal and state laws is because of nationalization clause and states. Laws that interfere and conflict with the federal immigration regulations and policies are under preempt ion doctrine. Hence, the challenges facing the two authoritative groups are caused on the effectiveness it has in controlling the illegal immigration. The constitution does not go into detail in distinguishing the federal and state laws in defining the laws. Immigration in America has raised many debates that concern the security and populace of the country (McKanders, 2011). State law that interferes with the constitution is not imposed in regulating illegal migration in the country. Federal law is capable to preempt the state law when it is necessary by the following steps; through obscuring clash preemption, articulating preemption, and obscuring turf preemption. Federal immigration and state laws find it difficult in defining the immigrant’s employment. The state of law has the responsibility in ruling the housing and service for the aliens. The government and the constitution explain and try to solve the conflicts between the federal and state laws. There are policies th at are formed to guide immigration of people across the border in America. The problems faced by the state, and the immigrants are watched out and solved by the federal. State laws are faced with the threat of being preempt. Immigration emphasizes also in overturning the state and federal laws. The congress was not allowed to replace and remove the state law from issuing out guidelines for immigrants in the city. Federal Plenary Power Federal law has matured from a foreign policy into

Case study on BMP DDB advertising company Essay

Case study on BMP DDB advertising company - Essay Example e consumers throughout the day, allows the researcher to identify why an individual's habits may vary according to unsystematic factors such as their mood, the time of day, and the weather. It critically shows the peculiarity in the customers’ behaviour that market researchers are desperately searching. For instance, a customer’s store purchase data may reveal that they buy foodstuffs, but cannot tell the combinations of the stuff the customer eats (Agbonifoh, 2002:97-116). The company’s first marketing research put ethnographic research into prospective. This approach was tested with a family group. The results obtained were then compared with more traditional approaches of profiling buyers. It was then established that the outcomes of the research revealed something about the buying behaviour of the family, using their lifestyle and buying patterns. The outstanding concern that the research needed to answer was whether this behaviour bore any authenticity (Bake r and Bass, 2003:90-210). The amount of data gathered by the researcher regarding the family’s behaviour, within the research period, depicted a lot about the family. However, the recorded information about the family, although exhaustive and often precise, did not completely capture the habits and information that comprise the personality of the family. The research identified that the family held high value of money than the average people. On the contrary, though the data on family properly suggested that they enjoy lavish goods like high-quality foods and foreign holidays, it could not reveal any presence of life factors that influenced their purchasing decisions. Moreover, the information about the family clearly showed that though the family liked quality foodstuffs, they diverse their purchases... This essay "Case study on BMP DDB advertising company" outlines the research of the consumers' behavior which was conducted by the BMP DDB advertising company. The amount of data gathered by the researcher regarding the family’s behaviour, within the research period, depicted a lot about the family. However, the recorded information about the family, although exhaustive and often precise, did not completely capture the habits and information that comprise the personality of the family. The research identified that the family held high value of money than the average people. On the contrary, though the data on family properly suggested that they enjoy lavish goods like high-quality foods and foreign holidays, it could not reveal any presence of life factors that influenced their purchasing decisions. Moreover, the information about the family clearly showed that though the family liked quality foodstuffs, they diverse their purchases between superstores and local discount shops (Baker and Bass, 2003:90-210). This suggested that the family also went shopping for products whose prices were discounted and cheaper. The family was able to show the researcher one of the products brought from the discount store. The family explained the reasons for such option, and the cost that could be incurred had they shopped from the supermarket. The family was able prided on their ability to hunt down bargains, and sometimes went shopping for luxurious goods when their financial muscle was adequate (Baker and Bass, 2003:90-210).

Digital Forensic Methodology and Strategy

Digital Forensic Methodology and Strategy Introduction Digital forensic can be described as the cyber security mostly used to secure to identify, preserve, analyze and present digital data evidence in the manner it will be legally accepted   in any legal process. Digital forensic is mostly applied in recovering that involves investigation of materials on a digital media platform and network. (Britz, 2013 ) This forensic uses the method of scientific research  Ã‚   where the evidence is mostly grounded on the fields of forensic science. The certification of the forensic science requires a code of conduct of neutral and decent approaches to examinations.   This digital forensic has a good history since it was discovered by the original people who saw the need to protect the data in any digital gadget. It is estimated to be over 40 years old with the first gadget making the first show up around 1970. This was due to a demand made by the community to the court of law. The first claim was about finance which was done using a computer. The hackers used the computer to steal money hence there was a need to come up with a strategy.   The hacking does not only involve stealing but also getting access of the information from a computer without the authority from the owner. In 1980s, training courses for digital forensic were developed aimed at equipping the learner with the knowledge of forensics. Organizations such as Certified Fraud Examiners, High Technology Crime Investigational Associations (HTCIA) among other digital forensic companies were formed to deal with those frauds. (Britz, Digital Forensics and Cyber Crime, 2010) Currently, there are so many courses in the universities to offer degrees in the fields such as computer forensics and also digital investigations. In those early days, forensic tools like MACE and Norton came up with the basic resurgence abilities such as unformat and undelete, the investigation was under individual stationed in a specific workstation. (Janczewski, 2010) Today some software have been formed to do the same and effectively. Government has come up with the standardization of the same as from 1984. On the same year, the FBI came up with a structured body, Computer Analysis Response Team (CART), assigned with the responsibility of examining the evidence as per the law. Digital forensic methodology Obtaining authorization for investigation. There first methods involve getting authority so as one can start the investigation. This is so because nobody can allow one to enter into another without permission, once the permission is granted, the investigations kick off. The person mandate to do the investigation must be experienced with the full knowledge of the forensic investigation and examining. The investigation will be carried out clearly and the fraud should be met and amended. The investigator also is expected to use the current methods of digital forensic due to rapid growth in the technology, meaning advanced methods should apply. Determining evidence locations After investigation, the investigator will provide the evidence locations. This means that the investigator will determine where the location at which the fraud has occurred, then go to those places and find out what might have happened. Different locations will contain different kinds of frauds; this will lead to different kinds of locations. (Dawson, 2015) Each evidence will also contain different measure of resolving it. Digital forensic differ from one country to another and the measure taken to deal with such frauds is still different. The evidence depending on the location   will also   entail different kind of data which will call for a specific way of investigating it. The location also will contain different kind of population which will mean that that population has a certain way of dealing with the forensic frauds. Determining and confirming techniques to find and interpret significant data In this method, the investigator is required to validate techniques to find and interpret significant data. There are so many techniques used to determine find data and consequently interpret the same data. Some techniques used are, histogram, random number generation, descriptive statistics and many others. When the data has been found, then it is interpreted using different methods. The forensic data will differ from one fraud to another and also from one location to the next.   The collected data which is well analyzed will give the best result. Summarize and provide explanation of conclusions After doing all what is required, the data summarized and the conclusion is provided. The investigator of the fraud makes the explanation and it should be correct without any mistake to avoid wrong conclusion. Depending on the nature of the fraud, the explanation given should provide a clear answer of what might have gone wrong. (Gladyshev, 2015) The data must be given correctly for the future reference if need be. As per the client, the explanation can be taken to the court of law alongside the sampled data as the evidence. The importance of using forensic tools to collect and analyze evidence. Many organizations have adopted forensic tools and have achieved many things. Forensic tools have collected protected and analyzed digital evidence and applied it where applicable. Can be in legal matters, disciplinary matters or even in employment tribunals. The forensic tools have been useful in the following circumstances; It has been useful in disputed transactions in an organization. Widely used in allegations pertaing to employee misconduct Used to show legal and regulatory compliance Widely used in a court of law to assist in law enforcement investigations Supporting insurance claims when a loss occurs in an organization. It is a tool to meet disclosure requirement in civil claims. Hashing in the context of digital forensics Hash values are used in cases of the electronic evidence.   Mostly used in the examination of process of computer forensics. The hash values are used to make sure that the original copy is not altered. During the process, an image is made of the original.   (Bossler, 2014) The original hard drive will be taken as a hash value also. The examination is done before the hash value is taken. In the case where the values are the same the copy is treated as the original while where the values are different, then the copy is put in a question. As the examination is concluded, a third value s commonly taken. The three hash values which include, original hard drive, imaged hard drive before the examination and imaged hard drive after the examination, must match. Again the hash values can be used in the court of law to validate evidences In another circumstances hash value can be used in discovery process. The discovery process where the hash value has been mostly applied is in court of law. How do you ensure that the evidence collected has not been tampered with (i.e., after collection)? Avoid contamination of the data- the specimen /data collected should be original and not contaminated with other materials. (DeFranco, 2014) Handle appropriately-make sure that the data collected is packed, stored and ferried correctly. Label accurately-the evidence collected should be labeled correctly to avoid confusion such that even if there can be any claim, it can be clearly produced. Ensure total security- the evidence which has been collected should be secure and tamper proof Maintain continuity-handling of the evidence should be recorded, also when the evidence pass from one person to another should also be recorded, this maintenance will ensure that the evidence is purely maintained. Why and how is this important to prove in a court of law? The collected data as per the explanation above is original. It can be proven in the court of law because there will be a full evidence that the evidence was well maintained. References Bossler, A. M. (2014). Cybercrime and digital forensics : an introduction. New York: Routledge. Britz, M. (2013 ). Computer forensics and cyber crime : an introduction . Boston: Pearson. Britz, M. (2010). Digital Forensics and Cyber Crime. Berlin: Springe. Dawson, M. (2015). New threats and countermeasures in digital crime and cyber terrorism . Hershey: An Imprint of IGI Globa. DeFranco, J. F. ( 2014). What every engineer should know about cyber security and digital forensics. Boca Raton: CRC Press. Gladyshev, P. (2015). Digital Forensics and Cyber Crime . Heidelberg: Springer. Janczewski, L. (2010). Cyber warfare and cyber terrorism. Hershey: Information Science Reference.

What is Special Education? Essay -- Education Educating Teaching Essay

Before covering the main idea behind how technology can enhance learning of special students, it is important to discuss what qualifies a student as ?special?. Special Education is identified as, ?the education of children who deviate socially, mentally, or physically from the average to such an extent that they require major modifications of usual school practices,? (Encyclopedia Britannica Online, 2005, p.1). According to the Individuals with Disabilities Education Act Amendments of 1997, ?students with disabilities include those with mental retardation, hearing impairments, speech or language impairments, visual impairments, serious emotional disturbance, orthopedic impairments, autism, other health impairments, or specific learning disabilities,? (Warger, 1999, p.1). Since there are so many different types of disabilities, each student needs to be assessed to determine the best type of learning environment for them (Ralabate, 2002, p. 13-14). This is a very important part of help ing special education students from the very beginning of their education. With the right leadership from teachers, and knowing what works best with teaching each unique student, they can reach their full potential in learning. Inclusion ?Children who learn together, learn to live together? (Renaissance Group, 1999, p.1). Resurfacing the issue of different teaching methods in Special Education, many schools educate students in an Inclusive environment. Inclusion refers to the placement and participation of students with special needs into a general education environment such as classrooms and extra curricular programs (Lewis & Doorlag, 1999, p.5). Many find the use of inclusion in schools very beneficial to both special and general education ... ....gov/ERICWebPortal/Home.portal?_nfpb=true&_pageLabel=Thesaurus&_nfls=false This an online ERIC thesaurus defining assistive technology. ?Special education.? Encyclopà ¦dia Britannica Online. 2005. This is an online encyclopedia definition of special education. Internet Resources Internet for Education. (2005). Retrieved on April 27, 2005 from http://www.vts.rdn.ac.uk/tutorial/education?sid=4740639&op=preview&manifestid=82&itemid=7126 This site contains information on the ways the internet can enhance education. Renaissance Group. (1999, October, 14). Inclusive Education. Retrieved April 20, 2005 from http://www.uni.edu/coe/inclusion/ . This site contains a lot of current information concerning the importance, philosophy, and future of education in an inclusive environment.

Foundation’s Edge CHAPTER SIX EARTH

EARTH Trevize was hot and annoyed. He and Pelorat were sitting in the small dining area, having just completed their midday meal. Pelorat said, â€Å"We've only been in space two days and I find myself quite comfortable, although I miss fresh air, nature, and all that. Strange! Never seemed to notice all that sort of thing when it was all round me. Still between my wafer and that remarkable computer of yours, I have my entire library with me – or all that matters, at any rate. And I don't feel the least bit frightened of being out in space now. Astonishing!† Trevize made a noncommittal sound. His eyes were inwardly focused. Pelorat said gently, â€Å"I don't mean to intrude, Golan, but I don't really think you're listening. Not that I'm a particularly interesting person always been a hit of a bore, you know. Still, you seem preoccupied in another way. – Are we in trouble? Needn't be afraid to tell me, you know. Not much I could do, I suppose, but I won't go into panic, dear fellow.† â€Å"In trouble?† Trevize seemed to come to his senses, frowning slightly. â€Å"I mean the ship. It's a new model, so I suppose there could be something wrong:† Pelorat allowed himself a small, uncertain smile. Trevize shook his head vigorously. â€Å"Stupid of me to leave you in such uncertainty, Janov. There's nothing wrong at all with the ship. It's working perfectly. It's just that I've been looking for a hyper-relay.† â€Å"Ah, I see. – Except that I don't. What is a hyper-relay?† â€Å"Well, let me explain, Janov. I am in communication with Terminus. At least, I can be anytime I wish and Terminus can, in reverse, be in communication with us. They know the ship's location, having observed its trajectory. Even if they had not, they could locate us by scanning near-space for mass, which would warn them of the presence of a ship or, possibly, a meteoroid. But they could further detect an energy pattern, which would not only distinguish a ship from a meteoroid but would identify a particular ship, for no two ships make use of energy in quite the same way. In some way, our pattern remains characteristic, no matter what appliances or instruments we turn on and off. The ship may be unknown, of course, but if it is a ship whose energy pattern is on record in Terminus – as ours is – it can be identified as soon as detected.† Pelorat said, â€Å"It seems to me, Golan, that the advance of civilization is nothing but an exercise in the limiting of privacy.† â€Å"You may be right. Sooner or later, however, we must move through hyperspace or we will be condemned to remain within a parsec or two of Terminus for the rest of our lives. We will then be unable to engage in interstellar travel to any but the slightest degree. In passing through hyperspace, on the other hand, we undergo a discontinuity in ordinary space. We pass from here to there – and I mean across a gap of hundreds of parsecs sometimes – in an instant of experienced time. We are suddenly enormously far away in a direction that is very difficult to predict and, in a practical sense, we can no longer be detected.† â€Å"I see that. Yes.† â€Å"Unless, of course, they have planted a hyper-relay on board. A hyperrelay sends out a signal through hyperspace – a signal characteristic of this ship – and the authorities on Terminus would know where we are at all times. That answers your question, you see. There would be nowhere in the Galaxy we could hide and no combination of jumps through hyperspace would make it possible for us to evade their instruments:† â€Å"But, Golan,† bald Pelorat softly, â€Å"don't we want Foundation protection?† â€Å"Yes, Janov, but only when we ask for it. You said the advance of civilization meant the continuing restriction of privacy. – Well. I don't want to be that advanced. I want freedom to move undetected as I wish – unless and until I want protection So I would feel better, a great deal better, if there weren't a hyper-relay on board.† â€Å"Have you found one, Golan?† â€Å"No, I have not. If I had, I might be able to render it inoperative somehow.† â€Å"Would you know one if you saw it?† â€Å"That's one of the difficulties. I might not be able to recognize it. I know what a hyper-relay looks like generally and I know ways of testing a suspicious object – but this is a late-model ship, designed for special tasks. A hyper-relay may have been incorporated into its design in such a way as to show no signs of its presence.† â€Å"On the other hand, maybe there is no hyper-relay present and that's why you haven't found it.† â€Å"I don't dare assume that and I don't like the thought of making a jump until I know.† Pelorat looked enlightened. â€Å"That's why we've just been drifting through space. I've been wondering why we haven't jumped. I've heard about jumps, you know. Been a little nervous about it, actually – been wandering when you'd order me to strap myself in or take a pill or something like that.† Trevize managed a smile. â€Å"No need for apprehension. These aren't ancient times. On a ship like this, you just leave it all to the computer. You give it your instructions and it does the rest. You won't know that anything has happened at all, except that the view of space will suddenly change. If you've ever seen a slide show, you'll know what happens when one slide is suddenly projected in place of another. Well, that's what the jump will seem like.† â€Å"Dear me. One won't feel anything? Odd! I find that somewhat disappointing.† â€Å"I've never felt anything and the ships I've been in haven't been as advanced as this baby of ours. – But it's not because of the hyperrelay that we haven't jumped. We have to get a bit further away from Terminus – and from the sun, too. The farther we are from any massive abject, the easier to control the jump, to make re-emergence into space at exactly desired co-ordinates. In an emergency, you might risk a jump when you're only two hundred kilometers off she surface of a planet and just trust to luck that you'll end up safely. Since there is much mete safe than unsafe volume in the Galaxy, you can reasonably count on safety. Still, there's always the possibility that random factors will cause you to re-emerge within a few million kilometers of a large star or in the Galactic core – and you will find yourself fried before you can blink. The further away you are from mass, the smaller those factors and the less likely it is that anything untoward will happ en.† â€Å"In that case, I commend your caution. We're not in a tearing hurry,† â€Å"Exactly. – Especially since I would dearly love to find the hyperrelay before I make a move. – Or find a way of convincing myself there is no hyper-relay.† Trevize seemed to drift off again into his private concentration and Pelorat said, raising his voice a little to surmount the preoccupation barrier, â€Å"How much longer do we have?† â€Å"What?† â€Å"I mean, when would you make the jump if you had no concerns over the hyper-relay, my dear chap?† â€Å"At our present speed and trajectory, I should say on our fourth day out. I'll work out the proper time on the computer.† â€Å"Well, then, you still have two days for your search. May I make a suggestion?† â€Å"Go ahead.† â€Å"I have always found in my own work – quite different from yours, of course, but possibly we may generalize – that zeroing in tightly on a particular problem is self-defeating. Why not relax and talk about something else, and your unconscious mind – not laboring under the weight of concentrated thought – may solve the problem for you.† Trevize looked momentarily annoyed and then laughed. â€Å"Well, why not? – Tell me, Professor, what got you interested in Earth? What brought up this odd notion of a particular planet from which we all started?† â€Å"Ah!† Pelorat nodded his head reminiscently. â€Å"That's going back a while. Over thirty years. I planned to be a biologist when I was going to college. I was particularly interested in the variation of species on different worlds. The variation, as you know – well, maybe you don't know, so you won't mind if I tell you – is very small. All forms of life throughout the Galaxy – at least all that we have yet encountered – share a water-based protein/nucleic acid chemistry.† Trevize said, â€Å"I went to military college, which emphasized nucleonics and gravities, but I'm not exactly a narrow specialist. I know a bit about the chemical basis of life. We were taught that water, proteins, and nucleic acids are the only possible basis for life.† â€Å"That, I think, is an unwarranted conclusion. It is safer to say that no other form of life has yet been found – or, at any rate, been recognized – and let it go at that. What is more surprising is that indigenous species – that is, species found on only a single planet and no other – are few in number. Most of the species that exist, including Homo sapiens in particular, are distributed through all or most of the inhabited worlds of the Galaxy and are closely related biochemically, physiologically, and morphologically. The indigenous species, on the other hand, are widely separated in characteristics from both the widespread forms and from each other.† â€Å"Well, what of that?† â€Å"The conclusion is that one world in the Galaxy – one world – is different from the rest. Tens of millions of worlds in the Galaxy – no one knows exactly how many – have developed life. It was simple life, sparse life, feeble life – not very variegated, not easily maintained, and not easily spread. One world, one world alone, developed life in millions of species – easily millions – some of it very specialized, highly developed, very prone to multiplication and to spreading, and including us. We were intelligent enough to form a civilization, to develop hyperspatial flight, and to colonize the Galaxy – and, in spreading through the Galaxy, we took many other forms of lifeforms related to each other and to ourselves – along with us.† â€Å"If you stop to think of it,† said Trevize rather indifferently, â€Å"I suppose that stands to reason. I mean, here we are in a human Galaxy. If we assume that it all started on some one world, then that one world would have to be different. But why not? The chances of life developing in that riotous fashion must be very slim indeed – perhaps one in a hundred million – so the chances are that it happened in one life-bearing world out of a hundred million. It had to be one.† â€Å"But what is it that made that particular one world so different from the others?† said Pelorat excitedly. â€Å"What were the conditions that made it unique?† â€Å"Merely chance, perhaps. After all, human beings and the lifeforms they brought with them now exist on tens of millions of planets, all of which can support life, so all those worlds must be good enough.† â€Å"No! Once the human species had evolved, once it had developed a technology, once it had toughened itself in the hard struggle for survival, it could then adapt to life on any world that is in the least hospitable – on Terminus, for instance. But can you imagine intelligent life having developed on Terminus? When Terminus was first occupied by human beings in the days of the EncycIopedists, the highest form of plant life it produced was a mosslike growth on rocks; the highest forms of animal life were small coral-like growths in the ocean and insectlike flying organisms on land. We just about wiped them out and stocked sea and land with fish and rabbits and goats and grass and grain and trees and so on. We have nothing left of the indigenous life, except for what exists in zoos and aquaria.† â€Å"Hmm,† said Trevize. Pelorat stared at him for a full minute, then sighed and said, â€Å"You don't really care, do you? Remarkable! I find no one who does, somehow. My fault, I think. I cannot make it interesting, even though it interests me so much.† Trevize said, â€Å"It's interesting. It is. But – but – so what?† â€Å"It doesn't strike you that it might be interesting scientifically to study a world that gave rise to the only really flourishing indigenous ecological balance the Galaxy has ever seen?† â€Å"Maybe, if you're a biologist. – I'm not, you see. You must forgive me.† â€Å"Of course, dear fellow. It's just that I never found any biologists who were interested, either. I told you I was a biology major. I took it up with my professor and he wasn't interested. He told me to turn to some practical problem. That so disgusted me I took up history instead – which had been rather a hobby of mine from my teenage years, in any case – and tackled the ‘Origin Question' from that angle.† Trevize said, â€Å"But at least it has given you a lifework, so you must be pleased that your professor was so unenlightened.† â€Å"Yes, I suppose one might look at it that way. And the lifework is an interesting one, of which I have never tired. – But I do wish it interested you. I hate this feeling of forever talking to myself.† Trevize leaned his bead back and laughed heartily. Pelorat's quiet face took or: a trace of hurt. â€Å"Why are you laughing at me?† â€Å"Not you, Janov,† said Trevize. â€Å"I was laughing at my own stupidity, Where you're concered, I am completely grateful. You were perfectly right, you know,† â€Å"To take up the importance of human origins?† â€Å"No, no. – Well, yes, that too. – But I meant you were right to tell me to stop consciously thinking of my problem and to turn my mind elsewhere. It worked. When you were talking about the manner in which life evolved, it finally occurred to me that I knew how to find that hyperrelay – if it existed.† â€Å"Oh, that!† â€Å"Yes, that! That's my monomania at the moment. I've been looking for that hyper-relay as though I were on my old scow of a training ship, studying every part of the ship by eye, looking for something that stood out from the rest. I had forgotten that this ship is a developed product of thousands of years of technological evolution. Don't you see?† â€Å"No, Golan.† â€Å"We have a computer aboard. How could I have forgotten?† He waved his hand and passed into his own room, urging Pelorat along with him. â€Å"I need only try to communicate,† he said, placing his hands onto the computer contact. It was a matter of trying to reach Terminus, which was now some thousands of kilometers behind. Reach! Speak! It was as though nerve endings sprouted and extended, reaching outward with bewildering speed – the speed of light, of course – to make contact. Trevize felt himself touching – well, not quite touching, but sensing – well, not quite sensing, but – it didn't matter, for there wasn't a word for it. He was aware of Terminus within reach and, although the distance between himself and it was lengthening by some twenty kilometers per second, contact persisted as though planet and ship were motionless and separated by a few meters. He said nothing. He clamped shut. He was merely testing the principle of communication; he was not actively communicating. Out beyond, eight parsecs away, was Anacreon, the nearest large planet in their backyard, by Galactic standards. To send a message by the same light-speed system that had just worked for Terminus – and to receive an answer as well – would take fifty-two years. Reach for Anacreon! Think Anacreon! Think it as clearly as you can. You know its position relative to Terminus and the Galactic core; you've studied its planetography and history; you've solved military problems where it was necessary to recapture Anacreon (in the impossible case – these days – that it was taken by an enemy). Space! You've been on Anacreon. Picture it! Picture it! You will sense being on it via hyper-relay. Nothing! His nerve endings quivered and came to rest nowhere. Trevize pulled loose. â€Å"There's no hyper-relay on board the Far Star, Janov. I'm positive. – And if I hadn't followed your suggestion, I wonder how long it would have taken me to reach this point.† Pelorat, without moving a facial muscle, positively glowed. â€Å"I'm so pleased to have been of help. Does this mean we jump?† â€Å"No, we still wait two more days, to be safe. We have to get away from mass, remember? – Ordinarily, considering that I have a new and untried ship with which I am thoroughly unacquainted, it would probably take me two days to calculate the exact procedure – the proper hyperthrust for the first jump, in particular. I have a feeling, though, the computer will do it all.† â€Å"Dear me! That leaves us facing a rather boring stretch of time, it seems to me.† â€Å"Boring?† Trevize smiled broadly. â€Å"Anything but! You and I, Janov, are going to talk about Earth.† Pelorat said, â€Å"Indeed? You are trying to please an old man? That is kind of you. Really it is.† â€Å"Nonsense! I'm trying to please myself. Janov, you have made a convert. As a result of what you have told me, I realize that Earth is the most important and the most devouringly interesting object in the Universe.† It must surely have struck Trevize at the moment that Pelorat had presented his view of Earth. It was only because his mind was reverberating with the problem of the hyper-relay that he hadn't responded at once. And the instant the problem had gone, he had responded. Perhaps the one statement of Hari Seldon's that was most often repeated was his remark concerning the Second Foundation being â€Å"at the other end of the Galaxy† from Terminus. Seldon had even named the spot. It was to be â€Å"at Star's End.† This had been included in Gaal Dornick's account of the day of the trial before the Imperial court. â€Å"The other end of the Galaxy† – those were the words Seldon had used to Dornick and ever since that day their significance had been debated. What was it that connected one end of the Galaxy with â€Å"the other end†? Was it a straight line, a spiral, a circle, or what? And now, luminously, it was suddenly clear to Trevize that it was no line and no curve that should – or could – be drawn on the map of the Galaxy. It was more subtle than that. It was perfectly clear that the one end of the Galaxy was Terminus. It was at the edge of the Galaxy, yes – our Foundation's edge – which gave the word â€Å"end† a literal meaning. It was, however, also the newest world of the Galaxy at the time Seldon was speaking, a world that was about to be founded, that had not as yet been in existence for a single moment. What would be the other end of the Galaxy, in that light? The other Foundation's edge? Why, the oldest world of the Galaxy? And according to the argument Pelorat had presented – without knowing what he was presenting – that could only be Earth. The Second Foundation might well be on Earth. Yet Seldon had said the other end of the Galaxy was â€Å"at Star's End.† Who could say he was not speaking metaphorically? Trace the history of humanity backward as Pelorat did and the line would stretch back from each planetary system, each star that shone down on an inhabited planet, to some other planetary system, some other star from which the first migrants had come, then back to a star before that – until finally, all the lines stretched back to the planet on which humanity had originated. It was the star that shone upon Earth that was â€Å"Star's End:† Trevize smiled and said almost lovingly, â€Å"Tell me more about Earth, Janov.† Pelorat shook his head. â€Å"I have told you all there is, really. We will find out more on Trantor.† Trevize said, â€Å"No, we won't, Janov. We'll find out nothing there. Why? Because we're not going to Trantor. I control this ship and I assure you we're not.† Pelorat's mouth fell open. He struggled for breath for a moment and then said, woebegone, â€Å"Oh, my dear fellow!† Trevize said, â€Å"Come an, Janov. Don't look like that. We're going to find Earth.† â€Å"But it's only on Trantor that – â€Å" â€Å"No, it's not. Trantor is just someplace you can study brittle films and dusty documents and turn brittle and dusty yourself.† â€Å"For decades, I've dreamed†¦Ã¢â‚¬  â€Å"You've dreamed of finding Earth.† â€Å"But it's only†¦Ã¢â‚¬  Trevize stood up, leaned over, caught the slack of Pelorat's tunic, and said, â€Å"Don't repeat that, Professor. Don't repeat it. When you first told me we were going to look for Earth, before ever we got onto this ship, you said we were sure to find it because, and I quote your own words, ‘I have an excellent possibility in mind' Now I don't ever want to hear you say ‘Trantor' again. I just want you to tell me about this excellent possibility.† â€Å"But it must be confirmed. So far, it's only a thought, a hope, a vague possibility.† â€Å"Good! Tell me about it!† â€Å"You don't understand. You simply don't understand. It is not a field in which anyone but myself has done research. There is nothing historical, nothing firm, nothing real. People talk about Earth as though it's a fact, and also as though it's a myth. There are a million contradictory tales†¦Ã¢â‚¬  â€Å"Well then, what has your research consisted of?† â€Å"I've been forced to collect every tale, every bit of supposed history, every legend, every misty myth. Even fiction. Anything that includes the name of Earth or the idea of a planet of origin. For over thirty years, I've been collecting everything I could find from every planet of the Galaxy. Now if I could only get something more reliable than all of these from the Galactic Library at†¦ – But you don't want me to say the word.† â€Å"That's right. Don't say it. Tell me instead that one of these items has caught your attention, and tell me your reasons for thinking why it, of them all, should be legitimate.† Pelorat shook his head. â€Å"There, Golan, if you will excuse my saying so, you talk like a soldier or a politician. That is not the way history works.† Trevize took a deep breath and kept his temper. â€Å"Tell me how it works, Janov. We've got two days. Educate me.† â€Å"You can't rely on any one myth or even on any one group. I've had to gather them all, analyze them, organize them, set up symbols to represent different aspects of their content – tales of impossible weather, astronomic details of planetary systems at variance with what actually exists, place of origin of culture heroes specifically stated not to be native, quite literally hundreds of other items. No use going through the entire list. Even two days wouldn't be enough. I spent over thirty years, I tell you. â€Å"I then worked up a computer program that searched through all these myths for common components and sought a transformation that would eliminate the true impossibilities. Gradually I worked up a model of what Earth must have been like. After all, if human beings all originated on a single planet, that single planet must represent the one fact that all origin myths, all culture – hero tales, have in common. – Well, do you want me to go into mathematical detail?† Trevize said, â€Å"Not at the moment, thank you, but how do you know you won't be misled by your mathematics? We know for a fact that Terminus was founded only five centuries ago and that the first human beings arrived as a colony from Trantor but had been assembled from dozens – if not hundreds – of other worlds. Yet someone who did not know this could assume that Hari Seldon and Salvor Hardin, neither of whom were born on Terminus, came from Earth and that Trantor was really a name that stood for Earth. Certainly, if the Trantor as described in Seldon's time were searched for – a world with all its land surface coated with metal – it would not be found and it might be considered an impossible myth.† Pelorat looked pleased. â€Å"I withdraw my earlier remark about soldiers and politicians, my dear fellow. You have a remarkable intuitive sense. Of course, I had to set up controls. I invented a hundred falsities based on distortions of actual history and imitating myths of the type I had collected. I then attempted to incorporate my inventions into the model. One of my inventions was even based on Terminus's early history. The computer rejected them all. Every one. To be sure, that might have meant I simply lacked the fictional talents to make up something reasonable, but I did my best† â€Å"I'm sure you did, Janov. And what did your model tell you about Earth?† â€Å"A number of things of varying degrees of likelihood. A kind of profile. For instance, about 90 percent of the inhabited planets in the Galaxy have rotation periods of between twenty-two and twenty-six Galactic Standard Hours. Well – † â€Å" Trevize cut in. â€Å"I hope you didn't pay any attention to that, Janov. There's no mystery there. For a planet to be habitable, you don't want it to rotate so quickly that air circulation patterns produce impossibly stormy conditions or so slowly that temperature variation patterns are extreme. It's a property that's self-selective. Human beings prefer to live on planets with suitable characteristics, and then when all habitable planets resemble each other in these characteristics, some say, ‘What an amazing coincidence,' when it's not amazing at all and not even a coincidence.† â€Å"As a matter of fact,† said Pelorat calmly, â€Å"that's a well-known phenomenon in social science. In physics, too, I believe – but I'm not a physicist and I'm not certain about that. In any case, it is called the ‘anthropic principle': The observer influences the events he observes by the mere act of observing them or by being there to observe them. But the question is: Where is the planet that served as a model? Which planet rotates in precisely one Galactic Standard Day of twenty-four Galactic Standard Hours?† Trevize looked thoughtful and thrust out his lower lip. â€Å"You think that might be Earth? Surely Galactic Standard could have been based on the local characteristics of any world, might it not?† â€Å"Not likely. It's not the human way. Trantor was the capital world of the Galaxy for twelve thousand years – the most populous world for twenty thousand years – yet it did not impose its rotation period of 1.08 Galactic Standard Days on all the Galaxy. And Terminus's rotation period is 0.91 GSD and we don't enforce ours on the planets dominated by us. Every planet makes use of its own private calculations in its own Local Planetary Day system, and for matters of interplanetary importance converts – with the help of computers – back and forth between LPD and GSD. The Galactic Standard Day must come from Earth]† â€Å"Why is it a must?† â€Å"For one thing, Earth was once the only inhabited world, so naturally its day and year would be standard and would very likely remain standard out of social inertia as other worlds were populated. Then, too, the model I produced was that of an Earth that rotated on its axis in just twenty-four Galactic Standard Hours and that revolved about its sun in just one Galactic Standard Year.† â€Å"Might that not be coincidence?† Pelorat laughed. â€Å"Now it is you who are talking coincidence. Would you care to lay a wager on such a thing happening by coincidence?† â€Å"Well well,† muttered Trevize. â€Å"In fact, there's more to it. There's an archaic measure of time that's called the month†¦Ã¢â‚¬  â€Å"I've heard of it.† â€Å"It, apparently, about fits the period of revolution of Earth's satellite about Earth. However – â€Å" â€Å"Yes?† â€Å"Well, one rather astonishing factor of the model is that the satellite I just mentioned is huge – over one quarter the diameter of the Earth itself.† â€Å"Never heard of such a thing, Janov. There isn't a populated planet in the Galaxy with a satellite like that.† â€Å"But that's good,† said Pelorat with animation. â€Å"If Earth is a unique world in its production of variegated species and the evolution of intelligence, then we want some physical uniqueness.† â€Å"But what could a large satellite have to do with variegated species, intelligence, and all that?† â€Å"Well now, there you hit a difficulty. I don't really know. But it's worth examination, don't you think?† Trevize rose to his feet and folded his arms across his chest. â€Å"But what's the problem, then? Look up the statistics on inhabited planets and find one that has a period of rotation and of revolution that are exactly one Galactic Standard Day and one Galactic Standard Year in length, respectively. And if it also has a gigantic satellite, you'd have what you want. I presume, from your statement that you ‘have an excellent possibility in mind,' that you've done just this, and that you have your world.† Pelorat looked disconcerted. â€Å"Well, now, that's not exactly what happened. I did look through the statistics, or at least I had it done by the astronomy department and – well, to put it bluntly, there's no such world.† Trevize sat down again abruptly. â€Å"But that means your whole argument falls to the ground.† â€Å"Not quite, it seems to me.† â€Å"What do you mean, not quite? You produce a model with all sorts of detailed descriptions and you can't find anything that fits. Your model is useless, then. You must start from the beginning.† â€Å"No. It just means that the statistics on populated planets are incomplete. After all, there are tens of millions of them and some are very obscure worlds. For instance, there is no good data on the population of nearly half. And concerning six hundred and forty thousand populated worlds there is almost no information other than their names and sometimes the location. Some galactographers have estimated that there may be up to ten thousand inhabited planets that aren't listed at all. The worlds prefer it that way, presumably. During the Imperial Era, it might have helped them avoid taxation.† â€Å"And in the centuries that followed,† said Trevize cynically. â€Å"It might have helped them serve as home bases for pirates, and that might have, on occasion, proved more enriching than ordinary trade.† â€Å"I ‘wouldn't know about that,† said Pelorat doubtfully. Trevize said, â€Å"Just the same, it seems to me that Earth would have to be on the list of inhabited planets, whatever its own desires. It would be the oldest of them all, by definition, and it could not have been overlooked in the early centuries of Galactic civilization. And once on the list, it would stay on. Surely we could count on social inertia there.† Pelorat hesitated and looked anguished. â€Å"Actually, there – there is a planet named Earth on the list of inhabited planets.† Trevize stared. â€Å"I'm under the impression that you told me a while ago that Earth was not on the list?† â€Å"As Earth, it is not. There is, however, a planet named Gaia.† â€Å"What has that got to do with it? Gahyah?† â€Å"It's spelled G-A-I-A. It means ‘Earth.'† â€Å"Why should it mean Earth, Janov, any more than anything else? The name is meaningless to me.† Pelorat's ordinarily expressionless face came close to a grimace. â€Å"I'm not sure you'll believe this. – If I go by my analysis of the myths, there were several different, mutually unintelligible, languages on Earth.† â€Å"What?† â€Å"Yes. After all, we have a thousand different ways of speaking across the Galaxy†¦Ã¢â‚¬  â€Å"Across the Galaxy, there are certainly dialectical variations, but these are not mutually unintelligible. And even if understanding some of them is a matter of difficulty, we all share Galactic Standard.† â€Å"Certainly, but there is constant interstellar travel. What if some world was in isolation for a prolonged period?† â€Å"But you're talking of Earth. A single planet. Where's the isolation?† â€Å"Earth is the planet of origin, don't forget, where humanity must at one time have been primitive beyond imagining. Without interstellar travel, without computers, without technology at all, struggling up from nonhuman ancestors.† â€Å"This is so ridiculous.† Pelorat hung his head in embarrassment at that. â€Å"There is perhaps no use discussing this, old chap. I never have managed to make it convincing to anyone. My own fault, I'm sure.† Trevize was at once contrite. â€Å"Janov, I apologize. I spoke without thinking. These are views, after all, to which I am not accustomed. You have been developing your theories for over thirty years, while I've been introduced to them all at once. You must make allowances. – Look, I'll imagine that we have primitive people on Earth who speak two completely different, mutually unintelligible, languages. â€Å"‘ â€Å"Half a dozen, perhaps,† said Pelorat diffidently. â€Å"Earth may have been divided into several large land masses and it may be that there were, at first, no communications among them. The inhabitants of each land mass might have developed an individual language.† Trevize said with careful gravity, â€Å"And on each of these land masses, once they grew cognizant of one another, they might have argued an ‘origin Question' and wondered on which one human beings had first arisen from other animals.† â€Å"They might very well, Golan. It would be a very natural attitude for them to have.† â€Å"And in one of those languages, Gaia means Earth. And the word ‘Earth' itself is derived from another one of those languages.† â€Å"Yes, yes: ‘ â€Å"And while Galactic Standard is the language that descended from the particular language in which ‘Earth' means ‘Earth,' the people of Earth for some reason call their planet ‘Gala' from another of their languages.† â€Å"Exactly! You are indeed quick, Golan.† â€Å"But it seems to me that there's no need to make a mystery of this. If Gaia is really Earth, despite the difference in names, then Gala, by your previous argument, ought to have a period of rotation of just one Galactic Day, a period of revolution of just one Galactic Year, and a giant satellite that revolves about it in just one month.† â€Å"Yes, it would have to be so.† â€Å"Well then, does it or doesn't it fulfill these requirements?† â€Å"Actually I can't say. The information isn't given in the tables.† â€Å"Indeed? Well, then, Janov, shall we go to Gaia and time its periods and stare at its satellite?† â€Å"I would like to, Golan,† Pelorat hesitated. â€Å"The trouble is that the location isn't given exactly, either.† â€Å"You mean, all you have is the name and nothing more, and that is your excellent possibility?† â€Å"But that is just why I want to visit the Galactic Library!† â€Å"Well, wait. You say the table doesn't give the location exactly. Does it give any information at all?† â€Å"It lists it in the Sayshell Sector – and adds a question mark.† â€Å"Well, then – Janov, don't be downcast. We will go to the Sayshell Sector and somehow we will find Gaia!†

The Pros and Cons of Allowing Cell Phones in School

The Pros and Cons of Allowing Cell Phones in School One of the more controversial and most discussed issues that school administrators face on a daily basis is where they stand with students and cell phones. It seems that virtually every school takes a different stance on the issue of cell phones  in school. No matter what your school’s policy is, there is no way to completely keep all students from bringing their phones unless you do student searches every day, which is simply not feasible. Administrators must evaluate the pros and cons of allowing cell phones in schools and make a decision based on their own student population. The fact is that almost every household owns multiple cell phones.   The age of students who own a cell phone has progressively been trending downward.   It has become increasingly common for students as young as five to possess a cell phone. This generation of students are digital natives and thus experts when it comes to technology. Most of them can text with their eyes closed. They are often far more adept than most adults at using their cell phones for many purposes. Should Cell Phones Be Banned or Embraced in Schools? There are essentially three core stances most school districts have taken with their cell phone policies. One such policy basically bans their students from having their cell phones at all. If students are caught with their cell phones, then they can be confiscated or fined. In some cases, the student may be suspended. Another common cell phone policy allows students to bring their cell phones to school. Students are allowed to use them during non-instructional times such as time in between classes and lunch. If students are caught with them in class, then they are confiscated from the student. Another cell phone policy is leaning towards a shift in administrators thinking. Students are not only allowed to possess and use their cell phones, but theyre also encouraged to use them in class as learning tools.   Teachers incorporate the use of cell phones regularly into their lessons for purposes such as research. Districts that ban their students from having their cell phones or limit their usage do this for a variety of reasons. Those include not wanting it to make it easy for students to cheat, being afraid that students are sending inappropriate content, playing games, or even setting up drug deals. Teachers also feel like they are distracting and disrespectful. All of these are valid concerns and are why this is such a hot issue among school administrators. The movement towards embracing the use of cell phones by students begins with educating students on proper use of phones at school. Administrators who are shifting towards this policy often say that they are fighting an uphill battle with a policy that has a complete or partial ban on cell phone possession and use. Administrators who have transitioned to this type of policy say that their job has become much easier and that they have far fewer issues of cell phone abuse than they did under other policies. This type of policy also clears the way for teachers to embrace cell phones as an instructional tool. Teachers who have elected to use cell phones in their daily lessons say that their students are actively engaged and more attentive than they typically are. A cell phone can be a powerful educational tool. Smartphones have the ability to provide students with so much information in an instant that teachers cannot deny that they can be powerful tools that enhance learning in the classroom. Many teachers are using them for a variety of purposes such as small group projects with research races or text competitions for correct answers. The website polleverywhere.com allows teachers to pose a question to their students.   The students then text their answers to a particular number that the teacher provides them. The website collects the data and puts it into a graph, where teachers can project their answers on a smart board and discuss the answer choices with the class. The results of these activities have been very positive. Teachers, administrators, and students have all provided positive feedback. Many teachers and students would argue that it is time to move into the 21st century and begin using the resources we have available to engage our students in the learning process more readily.

Free Essays on Religious Tolerance Vs. No Tolerance In The Thriteen Colonies

Religious Tolerance vs. No Tolerance â€Å"Belief in religious freedom was central to the development of some colonies, while in other colonies such freedom was denied† is the basic quote that was followed within the early colonies of America. Many colonies believed in religious freedom while others believe in quiet the opposite theory. William Penn founded Pennsylvania he based the basis of the theory of Pennsylvania on the beliefs on Quaker beliefs. The Quakers believed in equality of all men and women , nonviolence and also resistance to military service. This is what William Penn based the philosophy of Pennsylvania on. He wanted the new colony to provide religious refuge for Quakers and other persecuted people. Pennsylvania made up a Charter of Liberties which guaranteed freedom worship for all religions. This state was one of the most liberal states in the colonies. Roger Williams founded the next religious tolerant state- Rhode Island. He believed that individual’s conscience was beyond the control of any civil or church authority. With this theory it led him to conflict with the other Puritan leaders , which of course resulted in banishment. Rhode Island realized Native American’s were also people and gave them their rights and actually paid them to use their land. Also, the government was totally religious tolerant, allowing any religion come in without any persecution. With Rhode Island there were many Catholics, Protestants, Quakers, and Jews. In opposition to religious tolerance there was Maryland. Maryland was mainly composed of Protestants, which meant the Catholics were mainly oppressed against them. Maryland chartered the Act of Toleration. It was the first colonial statue granting religion freedom- but ONLY Christians. With this charter it led to deaths of non-Christians. Later, the Protestants revolted against the Catholics and the Act was repealed and was no longer in affect. With this the Catholics lo... Free Essays on Religious Tolerance Vs. No Tolerance In The Thriteen Colonies Free Essays on Religious Tolerance Vs. No Tolerance In The Thriteen Colonies Religious Tolerance vs. No Tolerance â€Å"Belief in religious freedom was central to the development of some colonies, while in other colonies such freedom was denied† is the basic quote that was followed within the early colonies of America. Many colonies believed in religious freedom while others believe in quiet the opposite theory. William Penn founded Pennsylvania he based the basis of the theory of Pennsylvania on the beliefs on Quaker beliefs. The Quakers believed in equality of all men and women , nonviolence and also resistance to military service. This is what William Penn based the philosophy of Pennsylvania on. He wanted the new colony to provide religious refuge for Quakers and other persecuted people. Pennsylvania made up a Charter of Liberties which guaranteed freedom worship for all religions. This state was one of the most liberal states in the colonies. Roger Williams founded the next religious tolerant state- Rhode Island. He believed that individual’s conscience was beyond the control of any civil or church authority. With this theory it led him to conflict with the other Puritan leaders , which of course resulted in banishment. Rhode Island realized Native American’s were also people and gave them their rights and actually paid them to use their land. Also, the government was totally religious tolerant, allowing any religion come in without any persecution. With Rhode Island there were many Catholics, Protestants, Quakers, and Jews. In opposition to religious tolerance there was Maryland. Maryland was mainly composed of Protestants, which meant the Catholics were mainly oppressed against them. Maryland chartered the Act of Toleration. It was the first colonial statue granting religion freedom- but ONLY Christians. With this charter it led to deaths of non-Christians. Later, the Protestants revolted against the Catholics and the Act was repealed and was no longer in affect. With this the Catholics lo...

Marketing Coursework Example | Topics and Well Written Essays - 500 words - 1

Marketing - Coursework Example In addition, it involves high initial cost since it needs the support of skilled faculties and well designed marketing charts. The application of scientifically developed questionnaires would assist the marketing team to reduce the errors to some extent. It is also discovered that an efficient market planning program would help the marketers to bring the associated costs within the framed budget. Ford Edsel, New Coke, and Beta Max Video are the three products whose adoption rates have been affected by factors like compatibility, relative advantage, and trialability. Economists have opined that the failure of Ford Edsel can be attributed to issues associated with adoption rates which arose from the factors of relative advantage and compatibility. It had not any attractive features more than other models of the ford. Similarly, the adoption rate of New Coke, a product of Coca-Cola has been affected by compatibility and trialability. It failed to assess customers’ interests. The feature of relative advantage negatively affected Beta Max Video, a subsidiary product of Sony. It had possessed almost similar features as that of the previous model U-matic.

DAWN Term Paper Example | Topics and Well Written Essays - 250 words

DAWN - Term Paper Example As seen through the author’s eyes, the Oankali, a nomadic alien species are seen as genetic manipulators and traders who besides restoring humankind to their reconstructed Earth, were badly in need of trading their genes which was vital to the survival of their species. Lilith is chosen by the Oankali to be their mediator and is given the duty of convincing the humans that the actions of the Oankali are going to benefit all the humans. Fearing the inevitable on awaking the first human she states â€Å"You seemed least likely to try to kill me, least likely to fall apart, and most likely to be able to help with the others as they awaken† (Butler 129) Through this sentence we come to understand Butler’s message that humans are always fearful of the future and that which cannot be seen. Butler’s message comes out to her audience loud and clear that humans have to take care of their Earth and stop its destruction or it might be overtaken by a power more greater than themselves. Butler’s story invokes a sort of fear and dread of visualizing human beings dominated by an alien species. It makes her audience reflect on the truth that someday could turn into a possibility. ‘Dawn’ may be fictional in presentation but it is more humane in its