Simple Proofreading Process with a Big Name Ratiocination - The Writers For Hire

SIMPLE PROOFREADING PROCESS WITH A BIG NAME: RATIOCINATION Thanks to Alise Isbell for contributing this wonderful post on a very interesting proofreading method. Youre bound to catch more errors if you do this! Ratiocination is a miracle that changed the way I write and edit. While not a professional writer, my company trains people how to write more effectively, and ratiocination helps. Webster’s Dictionary defines ratiocination as â€Å"the process of exact thinking† or â€Å"a reasoned train of thought.† Language is a vehicle, like a car. It has parts like suffixes, prefixes, words, phrases, sentences, paragraphs etc†¦ People can rearrange the parts to function differently. For example, we slow down the reader with longer words or more complicated verb tenses. We can also speed up the reader by doing the opposite. The key to effective writing is tinkering with the right parts of language to get the desired results. Why does ratiocination get results? When proofreading, the process isolates grammar concepts and allows the writer to assess the parts instead of the whole piece. Writers use basic grammar concepts with this process to improve the effectiveness and impact of their message. How it works: The simple version†¦ 1. Select any piece of writing. 2. Choose a set of grammar concepts and a symbol or color for each concept to highlight these in the writing. Ideally, the grammar concepts should be common errors. (Examples include: their, there and they’re or it’s and its). 3. Code the writing for each grammar concept. For example, mark all the â€Å"that† words with red. The word â€Å"that† is used as a pronoun, but often overused as a conjunction (which lengthens sentences unnecessarily.) Analysis: 1. Too many prepositions 2. Unnecessary â€Å"that† 3. Sentence too long 4. Passive voice 5. Too many big words Revision: Because of the client’s proposal instructions, we will start documenting when engineers examine problems. This documentation will help us establish if new employees need more training. Change the grammar concepts to fit the purpose, weaknesses or bad habits you want to fix. Your writing will look like a paint-by-numbers, but the dissection leads to clear, concise and streamlined prose. Once you have highlighted each of the grammar concepts, it sets them apart from the writing, making language easier to evaluate. Alise Isbell, Owner Write Wise Communications, LLC We drive achievement with effective communication! 488 W. 19th St., #359 Houston, TX 77008 www.writewisecommunications.com (713) 863-9140 direct/fax (713) 557-6112 cellular Follow me on Twitter: amisbell

Free Essays on Minimal Spanning Tree Uses

Minimal Spanning Tree Paper Minimal spanning trees are extremely useful in today’s workplace. Having multiple uses makes a minimal spanning tree an optimal choice in many situations where objects need to be connected with electricity, or a power source. One situation which comes to mind first in which a minimal spanning tree would be optimal would be if an old building was only wired for dial-up internet and the president of the company, who owned the building, wanted his employees to be current in new technology. The president decides to install DSL lines and networking lines in order to connect all his employees, so that they can share files. The engineer in charge of the project would need to use a minimal spanning tree to save the maximum amount of money in connecting computers in one building together with wires for networking and DSL lines. One would want to use a minimal spanning tree in order to find the most inexpensive way to wire all computers to one network. The vertices in the problem would be the computers because that is what we would want to wire to the network and DSL lines. The edges would be the wires connecting each of the computers inside the building. The graph would be weighted by the price of cables and the amount of money the man-power costs to install the cables into the wall and to cosmetically fix the wall after installation. By using the afore mentioned vertices, edges, and weights the engineer in charge of the project would use the least monetary funds possible, thus completing his task.... Free Essays on Minimal Spanning Tree Uses Free Essays on Minimal Spanning Tree Uses Minimal Spanning Tree Paper Minimal spanning trees are extremely useful in today’s workplace. Having multiple uses makes a minimal spanning tree an optimal choice in many situations where objects need to be connected with electricity, or a power source. One situation which comes to mind first in which a minimal spanning tree would be optimal would be if an old building was only wired for dial-up internet and the president of the company, who owned the building, wanted his employees to be current in new technology. The president decides to install DSL lines and networking lines in order to connect all his employees, so that they can share files. The engineer in charge of the project would need to use a minimal spanning tree to save the maximum amount of money in connecting computers in one building together with wires for networking and DSL lines. One would want to use a minimal spanning tree in order to find the most inexpensive way to wire all computers to one network. The vertices in the problem would be the computers because that is what we would want to wire to the network and DSL lines. The edges would be the wires connecting each of the computers inside the building. The graph would be weighted by the price of cables and the amount of money the man-power costs to install the cables into the wall and to cosmetically fix the wall after installation. By using the afore mentioned vertices, edges, and weights the engineer in charge of the project would use the least monetary funds possible, thus completing his task....

Data Warehousing and data mining Research Paper

Data Warehousing and data mining - Research Paper Example Moreover, the increased data redundancy is further exacerbating the situation and the conversion of data into information, information into knowledge and knowledge in to power is very slow. This redundant and dubious information resource is of no good for managers who have to take quick decisions. Managers require precise information that represents and accounts for every aspect of a business. It is the responsibility of a decision support system to answer any query related to information stored in the system and to generate some nontrivial information patterns. These patterns can impart the required business intelligence and can leverage certain decisions. Data Warehouse There is no consensus on the definition of a data warehouse. In simplest terms, a data warehouse is a set of multiple applications, concepts, methodologies, tool and techniques to gain some knowledge based on historical data that may come from multiple systems and sources to assist managers in decision-making proces s. Vercellis (2009) defines â€Å"A data warehouse is the foremost repository for the data available for developing business intelligence architectures and decision support systems.† However, it is not a comprehensive definition and Vercellis (2009) himself admits, â€Å"The term data warehousing indicates the whole set of interrelated activities involved in designing, implementing and using a data warehouse.† Characteristics of a Data Warehouse There are few important characteristics of a data warehouse. These characteristics define the efficiency and effectiveness of the system and determine its qualification being a data warehouse. Most important characteristic of a data warehouse is the strength of its repository, which depends on the availability of sufficient historical and current data. The exact amount of historical and current data is determined by the domain where the data warehouse is being deployed. Secondly, a data warehouse has to provide ad-hoc access to information sources. This means there are only fewer fixed SQL queries and most of the inferences and intelligence is gathered through dynamic, on-the-fly queries. A data warehouse employs several tools like data modeling, star schema, data mining etc. to ensure ad-hoc access to its resources. Thirdly, a data warehouse is designed for decision makers and knowledge workers. However, these people are not bond to be information technology experts. Because strategic decisions are more concerned with customer trends, behaviors and market forces knowledge workers are not interested in individual records of a customer, product or service rather these users require an all inclusive big picture that may help to make long term strategic decisions and short term operational decisions. How it is different? A data warehouse is essentially different from Online Transaction Process (OLTP) and Enterprise Resource Planning (ERP), Customer Resource Management (CRM) systems. Because these systems are not designed and engineered for decision-making and knowledge discovery, they do not have huge historical data. Secondly, they record live transactions of the business and keep records of customers, products and services updated. On the contrary, a data warehouse does not record live trans

INITIAL PUBLIC OFFERINGS Research Paper Example | Topics and Well Written Essays - 1250 words

INITIAL PUBLIC OFFERINGS - Research Paper Example AVG is a world leader in software development, threat detection, threat detection and risk analysis. The company also invests in research and development and collaborates with leading universities in order to maintain its technology edge (Company Profile, 2012). The company is currently contemplating to issue an IPO (initial public offering) so that it can expand its global market. The company has two options as to which type of IPO the company should use. The company may decide to either use the traditional IPO or use the online auction. In this research essay, I will discuss the two types of IPO issues and look into lessons learned from the module one case. The traditional approach to getting capital has usually been the way to go for most companies seeking equity. However, with the advent of the internet and technology some start-ups are choosing to do online auction in an effort to seek capital. Both types of IPO have have their pro and cons. I will start by analyzing the traditi onal IPO method before embarking on online auction analysis. As I had earlier mentioned that, the traditional IPO method is the most common way of getting capital. The traditional method has some advantages and disadvantages. Regardless of the type of IPO used, the company issuing an IPO usually has several benefits. First, the company increases it capitalization, net worth, liquidity and prestige. However, the company has to abide by the rules and regulations of the SEC (Security and Exchange Commission) which is the body that oversees the registration of public companies in the U.S. Companies going public are required to disclose their financial statements to the public. This may negatively affect the company’s perception especially during the bear market and this may decrease a company’s stock price, lower its liquidity and capitalization. In order to have a successful IPO, a company needs to attract investors. Enough investors who will create large levels of capita lization that exceeds the amount that had been privately invested. In the traditional approach, companies conducting the IPO pitch to investors on investing in to their companies on road shows. These road shows usually target institutional investors. Institutional investors play a huge role in influencing small investor participation. Therefore, underwriting firms usually offer institutional investors discounted stock prices as what is termed as pre-IPO rates. The courtship of large institutions is crucial to the success of IPO offerings because it facilitates the participation of other investors in the market. In addition, it guarantees that the underwriting company gets a good stock price, which will determine the future value of the company as well as determine the capital collected. As far as the cost of going public are concerned, the traditional approach may at times prove to be costly. First, the company has to disclose financial and business information to potential investor s. The disclosure might be costly to the company considering that there is always competition in business. Therefore, the disclosure of such information may provide valuable information to the competitors. Second, the traditional method of issuing IPO may take anywhere from six months to two years. A lot of time and effort is put towards gathering the relevant information and putting things together. This distraction slows down the day-to-day operations of the company and engages the senior management in focusing

The Conflict Between the Client and the Building Contractor Research Paper

The Conflict Between the Client and the Building Contractor - Research Paper Example The completion date may be adjusted at the request of the client. In making such a request, however, the client has to give the contractor a twelve-week period to respond to the request. This condition may present either a challenge or advantage for the client, depending on the response obtained from the contractor. The pitfall that is evident in this scenario is; there is no assurance of the contractor being able to make such adjustments. In this particular project, the client desires to take ownership of the third and fifth floors before the indicated completion date. If the floors required were the initial ones, this proposition would seem likely. The client, however, seeks to occupy the middle and top-most floors. The challenge is as to how the building process will proceed once the client occupies these floors. To make it easier, the floors that would increase the feasibility of the proposition would be the bottom floors of the building. On the day scheduled for the building pro ject to commence, the contractors encounter a problem. The client has some materials blocking the main entrance to the site. According to the empowerment clause, the contractor can only issue instructions under his mandate. Going against this is an act indicating a breach of contract. The only way that it is possible for the contractor to order for these materials blocking the main entrance to the site is by consulting the Architect/ Contract Administrator (A/CA). The A/CA then issues instructions in writing allowing for the contractor to execute the instructions.

Structure, Physical Properties and Uses of Metals

Structure, Physical Properties and Uses of Metals Jason Thien FS Introduction Metals account for about two thirds of all the elements and about 24% of the mass of the planet. Metals have useful properties including strength, ductility, high melting points, thermal and electrical conductivity, and toughness. From the periodic table, it can be seen that a large number of the elements are classified as being a metal. Iron (Fe) The symbol for iron, Fe, comes from the Latin word Ferrum, and is one of the most useful elements in the world. Iron has: An atomic mass of 55.845 amu Melting point of 1535.0 degree Celsius Boiling point of 2750.0 degree celsius Electric configuration of [Ar] 3d6 4s2 Density of 7.86g/cm3 at 20 degree Celsius 26 number of electrons and protons and 30 neutrons Atomic structure of Iron Iron has a cubic crystal structure which is cubic body centered normally and it becomes cubic faced centered when heated up to between 1185K – 1667K. Uses of Iron Iron is the most used metal in the world due to being the fourth most abundant element in the Earth’s crust in addition to having high strength. It is also due to this which makes Iron having a lower cost than most metals in proportion to usefulness. Iron is ductile, relatively soft and a moderately good conductor of heat and electricity. It is used to make many things from screwdrivers to machine parts and automobiles to hulls of large ships. Iron can also be made into many useful compounds such as Iron Chloride, Iron Sulfate, Iron Hydroxide and steel. Iron can also be easily magnetized and lose it’s magnetism easily, making it suitable for making the core of an electromagnet. Copper (Cu) Copper comes from the Latin word cyprium. Copper has: An atomic mass of 63.546 amu Melting point of 1083.0 degree Celsius Boiling point of 2567.0 degree Celsius Electric configuration [Ar] 3d10 4s1 Density of 8.96g/cm3 at 20 degree Celsius 29 number of electrons and neutrons and 35 neutrons Copper has a cubic-faced centered structure in it’s crystal form. Uses of copper Copper is malleable, ductile and an excellent conductor of heat and electricity with only Silver having a higher electrical conductivity than copper. As a result of it’s excellent electrical conductivity properties, it is commonly used in electrical equipments such as wirings and motors. Copper is also used in roofing, guttering and rainspouts on buildings due to it’s slow corrosion rate. Many commercially important alloys such as brass and bronze contains copper. Furthermore, it can be used for many useful compounds such as copper sulfate and copper oxide. Copper is also an essential element in our body to help enzymes produce energy in cells. Aluminium (Al) Aluminium comes from the latin word alumen. Aluminium has: An atomic mass of 26.981 amu Melting point of 660.37 degree Celsius Boiling point of 2467.0 degree Celsius Electric configuration [Ne] 3s2 3p1 Density of 2.702g/cm3 at 20 degree Celsius 13 number of electrons and neutrons and 14 neutrons Aluminium has a face-centered cubic structure in it’s crystal form. Uses of aluminium Aluminium is a silvery-white metal. It is non-magnetic and an excellent conductor. As a result of it’s low density, low cost, thermal conductivity and corrosion resistance, aluminium is widely used around the world. It can also be easily cast, machined and formed. It is the second most malleable and sixth most ductile metal. Due to these properties, it is extensively used to make airplanes, outside building decoration and in any area where a strong and light material is needed. It also has no aroma compared to many metals therefore it is used for food packaging and cooking utensils. Although not as good as copper, Aluminium is still a good conductor of electricity. Because of this and also that it is heaper and lighter it is commonly used to make overhead power cables. Gold (Au) The symbol for gold, Au, comes from the Latin word aurum. Gold has: An atomic mass of 196.96 amu Melting point of 1064.43 degree Celsius Boiling point of 2807.0 degree Celsius Electric configuration [Xe] 4f14 5d10 6s1 Density of 19.32g/cm3 at 20 degree Celsius 79 number of electrons and neutrons and 118 neutrons Gold has a lattice faced centered structure in it’s crystal form. Uses of gold It is a soft, yellow metal with a beautiful lustrous sheen. It is the most malleable and ductile of all the elements and a single gram can be beaten into a one square meter sheet of gold leaf. Gold is widely used in jewelry and coinage. It is also used in dental work as crowns, as gold platings for decoration and as gold thread in embroidery work. Nearly 80% of all recycled or mined gold is intended for ornamental use. Many satellites carry gold-covered mylar sheets as a solar heat shield because gold is an excellent reflector of radiation and is unreactive. Gold is also widely used in microelectric circuits to ensure reliable, corrosion-resistant and static-free performance. Mercury (Hg) The symbol for mercury, Hg, comes from the Latin word Hydrargyrum. Mercury exists in the liquid state at room temperature. Mercury has: An atomic mass of 200.59 amu Melting point of -38.87 degree Celsius Boiling point of 356.58 degree Celsius Electric configuration [Xe] 4f14 5d10 6s2 Density of 13.456g/cm3 at 20 degree Celsius 80 number of electrons and neutrons and 121 neutrons Mercury has a rhombohedral structure in it’s crystal form. Uses of Mercury Mercury is a dense, silvery-white, poisonous metal with a mirror like appearance. It is the only common metal to be in liquid state and evaporates slowly at room temperature. Mercury can readily form alloys (called amalgams) with other metals such as silver and gold. Since it does not react in iron, mercury is often stored in iron containers. Due to it’s high density, mercury is used in barometers and manometers. It is extensively used in thermometers thanks to it’s high rate of thermal expansion that is fairly constant over a wide temperature range. It’s ease with almagating with metals is made use of in extracting them from their ores. Mercury is widely used in advertising signs, mercury switches and other electrical apparatus. Various compounds of mercury are used in medicine, dentistry, cosmetics and also in agriculture to make fungicide. Platinum (Pt) The name Platinum comes from the Latin word Platina. Platinum has: An atomic mass of 195.078 amu Melting point of 1772.0 degree Celsius Boiling point of 3827 degree Celsius Electric configuration [Xe] 4f14 5d9 6s1 Density of 21.45g/cm3 at 20 degree Celsius 78 number of electrons and neutrons and 117 neutrons Platinum has a face centered cubic structure in it’s crystal form. Uses of Platinum Platinum is a precious metal; soft, silvery-white, and dense with a beautiful lustrous sheen. It is malleable and ductile and has a high melting point. Platinum does not oxidize in air even in high temperatures and is unaffected by common acids. Platinum is widely used as a catalyst for chemical reactions with the most important use in vehicles as a catalytic converter. Platinum is also used in jewelry, decoration and dental work. The metal and it’s alloys are also used for electrical contacts, fine resistance wires and medical/laboratory instruments. It can also be used to make electrodes sealed in glass. Bibliography http://www.usesof.net/ http://www.chemicalelements.com/index.html http://www.lookchem.com/ http://www.rsc.org/ http://www.lenntech.com/index.htm 1 | Page

Censorship Essay -- essays research papers fc

Censorship The freedom to read is essential to the democratic way of life. But today, that freedom is under attack. Private groups and public authorities everywhere are working to remove both books and periodicals from sale, to exclude certain books from public schools, to censor and silence magazines and newspapers, and to limit "controversial" books and periodicals to the general public. The suppression of reading materials is suppression of creative thought. Books and periodicals are not the only ones being suppressed by pressures to the political and social systems. They are also being brought against the educational system, films, radio, television, and against the graphic and theatre arts. However or whenever these attacks occur, they usually fall at least one of the following categories: Religion War & Peace (Violence) Sociology & Race Language Drugs Sex Inappropriate Adolescent Behaviour What is Obscenity? Clearly something hard to talk about constructively. "Obscenity" is difficult to discuss honestly. After all, what makes a thing obscene? It is Something too vague perhaps to be defined. It's an elusive term we use, but can't explain. Different people often see things differently. Some see obscenity in nude pictures, statues, paintings, etc. While others find less obscenity in these things. All the same, "obscene" isn't the same as "wrong" or "bad". Clearly obscenity is not identical with evil. It only covers a single segment of it. But what is that segment? A look at the words "obscenity" and "pornography" suggests that it is a segment that didn't worry people very much till relatively recently. Though censorship was known in english law quite early on, it wasn't for obscenity but for heresy and sedition."Undue" exploitation of sex" is what criminal law in Canada prohibits. This is how criminal law defines obscenity. But it is rather vague. It doesn't differentiate between "ordinary obscenity" and "hard-core pornography." The first denoting the ordinary run of "girlie magazines and the second denoting pictures , literature and so on that deal with rape, sadism, masochism, bestiality, necrophilia and other perversions. People tend to object far more to "hard-core pornography." Another distinction unfortunately overlo... ...m that mainly frowns upon the violence against women. There should indeed be access to most types of literature, but in varying degrees of freedom, determined not by censorship, but by controlled access. Parents are trying to protect their children from the harsh realities of life, but are they really helping, or hindering? Bibliography The Censorship Iceberg: The results of a survey of challenges in school and public libraries. By Dr. David Jenkins. School Libraries in Canada. Fall, 1985. v.6 n.1 p19-22 Sanitized textbooks reflect a pious paradise that never was. By June Callwood. The Globe and Mail. March 18, 1987. pA2-A3 Suffer the little children. By Janet Collins. Books in Canada. October 1991. v.20 n.7 p25-27 Court bans 'humanist' books from Alabama public schools. By Robin Toner. The Globe and Mail. March 5, 1987. pA10 Censorship in the children's library. By Rupert Colley. The Junior Bookshelf. June 1990. v.54 n.3 p121-123 Censorship News. Spring 1985. n20 Limits of criminal law - obscenity: a test case. By The Law Reform Commission: working paper no. 10. p7-9 Censorship: stopping the book banners. By the book and periodical development council. August 1988. p1-17