Mr James Corney Essay

Mr James Corney Essay Mr James Corney Essay Regular and consistent communication with customers is absolutely necessary, for any organisation wishing to function in ways that will deliver products or services to customer specification within the organisations business plan. There are various methods and procedures that might be used by organisations to communicate with customers, to identify and agree on product or service specifications. One of these methods is questionnaire surveys. Questionnaire surveys can be grouped to face to face surveys, written surveys, electronic surveys and telephone surveys. These surveys consist of questions that will identify customer expectations, needs and wants. Another method an organisation can use to communicate with customers is through advertising; this includes billboards, flyers and banners, pamphlets, television, radio, internet and bus shelters. Advertising will inform customers and potential customers about the different products and services, their utilities, cost and other requirements. Advertising helps customers in making better purchases. Advertising can also lead to direct feedback from customers, it has been seen that a lot of opinions are received by advertisers on their products and services; this helps the organisation to identify and agree on product and service requirements to meet customer expectations. Another way of advertising is through is by public relations. This is when an organisation hires people to get the message out to people, news outlets for example. Another way a business can communicate with customers is through customer service efforts. Front-line employees, such as cashiers and receptionists, represent the business. These employees will speak with customers face-to-face, over the telephone, or they may use email or written communications to respond to customer concerns. Activity 4 Sales, customer service and marketing activities might be provided by teams depending on the type of product offered and the structure of the organisation. Teams are groups of people who come together to achieve explicit goals. To identify quality and delivery standards the teams should adhere certain steps and planning processes have to be put in place. The following steps can put in place Break larger goals down into small achievable, measurable steps Enable team members to clarify the actions they need to take Define and clarify customer service goals, objectives and standards Define sales targets Identify the time frames, milestones and deadlines for completion of various objectives Identify the personnel to be involved in achieving the goals Specify the various roles of team members Identify the resources needed to achieve the objectives Identify reporting procedures and expected outcomes Let each team member know

Horny Toad Lizard Facts (Phrynosoma)

Horny Toad Lizard Facts (Phrynosoma) The horny toad is actually a lizard (a reptile) and not a toad (an amphibian). The genus name Phrynosoma means toad bodied and refers to the animals flattened, round body. There are 22 species of horned lizard and several subspecies. Fast Facts: Horny Toad Lizard Scientific Name: PhrynosomaCommon Names: Horny toad, horned lizard, short-horned lizard, horntoadBasic Animal Group: ReptileSize: 2.5-8.0 inchesLifespan: 5-8 yearsDiet: CarnivoreHabitat: Deserts and semi-arid parts of North AmericaPopulation: Decreasing to stableConservation Status: Least Concern to Near Threatened Description The horny toad has a squat, flattened body and a blunt nose like a toad, but its life cycle and physiology are that of a lizard. Each species is distinguished by the number, size, and arrangement of the crown of horns on its head. The lizard has spines on its back and tail that are modified reptile scales, while the horns on its head are true bony horns. Horny toads come in shades of red, brown, yellow, and gray and can change their color to a certain extent to camouflage themselves against their surroundings. Most horny toads are less than 5 inches long, but some species reach 8 inches in length. Habitat and Distribution Horny toads live in arid to semi-arid regions of North America, from southwestern Canada through Mexico. In the United States, they occur from Arkansas west to California. They live in deserts, mountains, forests, and grasslands. Diet The lizards are insectivores that prey primarily on ants. They also eat other slow-moving ground-dwelling insects (sow bugs, caterpillars, beetles, grasshoppers) and arachnids (ticks and spiders). The toad either slowly forages or else waits for prey and then catches it with its sticky, long tongue. Horny toads use their sticky tongues to catch prey. Â  ebettini / Getty Images Behavior Horny toads feed early in the day. When ground temperature becomes too hot, they seek shade or dig themselves into the ground to rest (aestivation). In the winter and when temperatures drop in the evening, the lizards brumate by digging into the ground and entering a period of torpor. They may cover themselves completely or leave only their nostrils and eyes exposed. Horny toads have interesting and distinctive methods of self-defense. In addition to camouflage, they use their spines to make their shadows blurry and to deter predators. When threatened, they puff up their bodies so their large size and spines make them harder to swallow. At least eight species can squirt a directed stream of blood from the corners of their eyes up to 5 feet. The blood contains compounds, presumably from the ants in the lizards diet, that are distasteful to canines and felines. Reproduction and Offspring Mating occurs in late spring. Some species bury eggs in the sand, which incubate for several weeks before hatching. In other species, eggs are retained in the females body and the young hatch shortly before, during, or after egg-laying. The number of eggs varies by species. Between 10 and 30 eggs may be laid, with an average clutch size of 15. The eggs are about a half inch in diameter, white, and flexible. Hatchlings are 7/8 to 1-1/8 inches long. They have horns like their parents, but their spines develop later. The hatchlings receive no parental care. Horny toads reach sexual maturity when they are two years old and live between 5 and 8 years. Juvenile horny toads resemble their parents, but are smaller in size. Â  Design Pics / Getty Images Conservation Status Most horny toad species are classified as least concern by the IUCN. Phrynosoma mcallii has a conservation status of near threatened. There is insufficient data to evaluate Phrynosoma ditmarsi or the Sonoran horned lizard, Phrynosoma goodei. Some species populations are stable, but many are decreasing. Threats Humans pose the greatest threat to horny toad survival. The lizards are collected for the pet trade. In areas near human habitation, pest control threatens the lizards food supply. Horny toads are also affected by fire ant invasions, as they are selective about the ant species they eat. Other threats include habitat loss and degradation, disease, and pollution. Sources Degenhardt, W.G., Painter, C.W.; Price, A.H. Amphibians and Reptiles of New Mexico. University of New Mexico Press, Albuquerque, New Mexico, 1996.Hammerson, G.A. Phrynosoma hernandesi. The IUCN Red List of Threatened Species 2007: e.T64076A12741970. doi:10.2305/IUCN.UK.2007.RLTS.T64076A12741970.enHammerson, G.A., Frost, D.R.; Gadsden, H. Phrynosoma mcallii. The IUCN Red List of Threatened Species 2007: e.T64077A12733969. doi:10.2305/IUCN.UK.2007.RLTS.T64077A12733969.enMiddendorf III, G.A.; Sherbrooke, W.C.; Braun, E.J. Comparison of Blood Squirted from the Circumorbital Sinus and Systemic Blood in a Horned Lizard, Phrynosoma cornutum. The Southwestern Naturalist. 46 (3): 384–387, 2001. doi:10.2307/3672440Stebbins, R.C. A Field Guide to Western Reptiles and Amphibians (3rd ed.). Houghton Mifflin Company, Boston, Massachusetts, 2003.

Cybercrime and Digital Evidence Assignment Example | Topics and Well Written Essays - 750 words

Cybercrime and Digital Evidence - Assignment Example Nonetheless, the internet users must adopt and apply all the necessary cyber privacy policies. The currently increasing modes of cybercrimes include encryption and anonymity that are growing to advance levels. Nonetheless, computer forensic has remained a vital tool in eliminated all cybercrimes as well as convicting such related criminals including sexual predators, terrorists, and murders. Terrorists may use the internet platform to recruit members and plan their terror acts, while the sexual predators are likely to use social media sites to lure potential victims. Most of these crimes usually go undetected especially when the criminal investigation team uses technologies that were implemented before some computer technological advancements (Maras 151). However, the criminal investors must note that none is lost and they can still pursue cyber criminals even if they delete the information that may be regarded as illegal data or information. Notably, when persons use computer, they often think that when they delete such information or data, all such is erased completely. On the contrary, such files and data usually remain in the hard disc; thus, providing platform of investigating and or tracking cyber related criminal activities. Deleted file and data usually remain in the in a binary form because of â€Å"data remanence† that is also considered as residual data presentation. Extraction of such data and files are avenues that cybercrime investigators should deploy to prosecute the criminals. In fact, deleting of the file and or data is just a mere renaming the data or file and hiding it from the user. This means that the original file can still be recovered in its original content; thus, can be used for prosecution (Maras 172). Therefore, the public or persons who have experienced cybercrime related activities must not serge on the pretext that the suspected criminal has deleted the information they used against them, but they should report the same si nce such information could be retrieved for further actions. Additionally, the global position systems (GPS) software is usually embedded in the satellite a smartphones navigation systems are also modes of prosecution since they can be used to track a suspect. The GPS related information can be traced from the form manufacturers since the companies that develop this software usually develop satellite navigators; therefore, using necessary tools and technologies the computer forensic experts should liaise with the GPS developer to obtain the information that they need for crime purposes. Notably, information usually travels through internet through the GPS systems and the same is distributed through satellite. However, the use of GPS to track criminal may be turn futile since GPS software is only limited to certain address listing. In fact, the current GPS software systems do not record time when the address was achieved; thus, using them will make it difficult to determine when the alleged crime was committed. Moreover, it may be difficult to ascertain whether the address recorded in the GPS software system was automatically generated or was a mere input to implicate a person. Therefore, it would be advisable for the computer fore

Business Information System Essay Example | Topics and Well Written Essays - 2000 words

Business Information System - Essay Example Therefore, emphasising the long-standing role of technology for the marketers, the primary intention of this essay is to critically assess the problems faced by the Chacha Hotel Group (henceforth Chacha) due to the ineffective use of information system. Moreover, the essay also focuses on providing a valid proposal associated with developing Computer-based Information System (CIS), which can enable Chacha to effectively deal with the corresponding issues and ensure the organisation to achieve the expected competitive advantages over its rivals. Brief Analysis of the Case and Assessing Problems Experienced by Chacha Hotel Group Brief Information about the Organisation Established in the year 1962, the Chacha Hotel Group represents a chain of hotels that served across the different growing markets including Cardiff, Berlin and Amsterdam. The competitive strategy of the group has always been focused to ensure utmost satisfaction of the global clients through the compliance of adequate m onitoring process of the workforce’s performance. Since the presence of the organisation in the competitive hotel industry, Chacha tends to market and promote its range of services through flyers and offering advertisements on the local newspapers and magazines. Due to the lack of compliance persisting in the technological advancements, the organisation has been identified to face numerous challenges from its numbers of global competitors principally incorporating advanced information and technological aspects. To sum up, the organisation has been facing significant threats from its global competitors to attract a feasible number of clients. With respect to the observation of the case, it has been critically identified that the business operations, such booking services and different marketing and promotional activities are directly performed by Chacha through its travel agencies and other relevant media channels, strategically to involve information and technological feature s. In relation to its booking service, the organisation tends to perform through the help of travel agencies or through phone. Although the hotels of Chacha incorporate computer system only to perform different administrative works, it has also been witnessed that a lack of interconnection between each computer system across the different business units of the organisation persists, which has been the productive performance of the entire construct. Problems Currently Experienced by Chacha With reference to an in-depth understanding of the case, it has been critically identified that the business functions of Chacha has been facing different challenges due to its inappropriate use of information system and lack of using computer-based information system facilities. Few of the major problems faced by the group can be characterised into various types. Booking and Reservation Problem The fundamental information contained within the computers has been identifi

Development of Alcohol Sensor for Pharmaceutical Products

Development of Alcohol Sensor for Pharmaceutical Products 1.0Â  Title Development of alcohol sensor for detection of alcohol content in pharmaceutical products 2.0Â  Introduction Over the years, alcohol is being used widely in various number of industries. Alcohol poisoning and inflammation may happen whenever the alcohol concentration exceeds the toxic level for the living creatures. Nowadays, alcohol abuse is one of the worldwide social problems and has become a public sanitation issue. Hence, the preventative pathways must be taken so that the toxicological and psychological effects can be avoided. It is essential to come with a safer, low cost, fast, sensitive and selective analytical method in order to determine the amount of alcohol content in any samples tested. As pharmaceutical products are the essential part in our daily life nowadays, hence, designing the analytical methods for detection of alcohol content in this products is very important, especially for the prevention of consuming the chemically unsafe products. Various of analytical methods have been used to determine the alcohol concentration during the years. Some techniques may come with their own advantages and even drawbacks. The discovered disadvantages can be overcome by producing a utilization of enzymatic methods. The enzymes will catalyses almost all the transformation of the chemical that exist during the cell metabolism. Moreover, the chemical analysis can be done more efficiently as the nature and specificity of the enzyme catalytic activities. The external addition of the cofactor also helps a lot with the alcohol sensor designed. 3.0Â  Literature Review 3.1Â  Alcohol dehydrogenase Alcohol dehydrogenase is being applied as the bioselective compounds in alcohol biosensors. This enzyme is essential in catalyzing the reversible oxidation process occurred for the primary aliphatic and the aromatic alcohols, but not for methanol. The process that took place is based on the Equation (1). RCH2OH + NAD+ ↔ ADHRCHO + NADH + H+ (1) When compared with the alcohol oxidase-based alcohol biosensor, alcohol dehydrogenase-based are more stable and explicit. However, the exterior addition of the co-enzyme nicotinamide adenine dinucleotide (NAD+) is needed by this type of biosensors. Furthermore, the added cofactor requires to be close to the enzyme and it must not irreversibly combined or entrapped (Azevedo et al., 2005). The combination of electrogenerated chemiluminescence ethanol biosensor and the alcohol oxidase enzymatic reaction is practised for detecting the ethanol in the several subject materials tested (Jia et al., 2009). Hence, it is essential for a biosensor to exhibiting significant reproducibility and stability. It is a requirement for the alcohol biosensor having a great potential for the usage in other biological assays and able to determine variety of substrates. 3.2 Alcohol Oxidase Known as an oligomeric enzyme, alcohol oxidases have eight identical monomers arranged in a quasi-cubic arrangement. Each sub-units of this arrangement are holding a strongly bounded cofactor which is flavin-adenine dinucleotide (FAD) molecule (Vonck van Bruggen, 1990). This enzyme is associated in the methanol oxidation pathway of methylotrophic yeasts. Besides involving in the methanol oxidation, alcohol oxidase also oxidises the short-chain alcohols like ethanol, propanol and butanol (Azevedo et al., 2005). Going through the oxidase-catalysed reaction, the ways to follow the reaction is by measuring the decline in O2 tension or the elevation in H2O2 concentration. Alcohol oxidation catalysed by this enzyme is an irreversible mechanism as O2 has a strong oxidising characteristic. The reaction requires alcohol oxidase and utilizing molecular oxygen (O2) as an electron acceptor, referring to Equation (2) (Azevedo et al., 2005). Alcohol Oxidase RCH2OH + O2 RCHO + H2O2(2) The characteristics of this form alcohol biosensor acts as a finer alternative to other determination methods in detecting the ethanol for various types of sample material tested, such as in pharmaceutical products nowadays (Kuswandi et al., 2014). It will be a great improvement if the enzymatic reaction occurred is able to be monitored optically so that the alcohol presence can be detected by the naked eye. Hence, a better quality of alcohol biosensor can be made. 3.3O2 Detection According to the Equation (1), the consumption of oxygen can be monitored by the alcohol oxidase sensors. The monitoring is done subject to the electrochemical detection principles and by the optical detection (Azevedo et al., 2005). The enzyme-catalysed reaction will be able to generate the optical or visual determination of alcohol based on the oxidation or reduction of H2O2. Hence, the use of optical membrane or a film is required so that it will be more efficient to monitor the reaction. Next, the O2 tension can be detected readily. 3.3.1Electrochemical detection Monitoring of O2 is generally done based on a Clark-type O2 electrode, which consists of a platinum cathode and a reference electrode, sunk in an electrolyte solution and a semi-permeable membrane covering it, so that O2 will be able to diffuse through (Azevedo et al., 2005). Equation (4) shows an example of the reduction process of oxygen while proportionally producing a current. Ag anode, 4Ag + 4Cl → 4AgCl + 4e(3) Pt cathode, O2 + 4H+ + 4e → 2H2O(4) Commonly, oxygen probes-based ethanol sensors have a membrane covering the Clark-type electrode, where alcohol oxidase is immobilised. The difference between the base oxygen level and the level after oxygen concentration decreases due to the enzymatic reaction will be shown as the electrode signal output. It is clearly showed that there will be no electrochemical interference comes from other sample elements. Nevertheless, the accuracy and reproducibility of the sensor may be lessened due to its oxygen dependency basis of the measurement. Hence, a low response is obtained, causes by the high value of the minimum detectable concentration of the oxygen due to the high background signal (Bott, 1998). However, the new alternative can be utilized to overcome the flaws is by using H2O2 detection. 3.3.2Â  Optical detection The developing of alcohol sensors has built up the fluorescence-based sensors. It works based on the enhancement of the fluorescence or other certain compounds quenching, including malachite green, fluorescent dyes and even ligands towards the alcohol disclosure. Besides that, the immobilisation of alcohol oxidase onto the oxygen sensor coated with an oxygen sensitive ruthenium organic complex is done to construct an optical bio-sniffer for ethanol vapours. Moreover, co-immobilisation of alcohol oxidase and oxygen sensitive dyes is designed to assemble the other optical sensors (Azevedo et al., 2005). 3.4Â  Detection of H2O2 3.4.1Â  Electrochemical methods 3.4.1.1Â  Amperometric detection H2O2 which is formed by alcohol oxidase enzymatic reaction can be identified electrochemically with amperometric electrodes. The detection is done either by measuring the anodic or cathodic response, which showing the oxidation and reduction of H2O2 at the working electrode surface correspondingly. As shown by Equation (5), the enzymatic reaction will result the oxidation of H2O2. H2O2 → O2 + 2H+ + 2e(5) Nonetheless, H2O2 is electroactive too at the negative potentials, according to Equation (6). H2O2 + 2e + 2H+ → 2H2O (6) These reactions are not discovered on oxygen probes based on the Clark electrode, due to the electrode surface is covered by an oxygen membrane, which is not permeable to H2O2 and mostly other compounds. Lately, by using other immobilisation procedures, carbon paste electrodes (CPE) and screen-printed electrodes are being developed (Azevedo et al., 2005). The most significant advantage of H2O2 electrode based sensor is easy to construct the sensor in small size besides having a high upper linearity and a wider linear range. In contrast, the presence of reducing compounds in any real sample matrices will be oxidised too, hence will causes the electrochemical interference to occur. Besides that, slower responses are observed too. Finally, the electrode with an electrocatalyst species is needed to be modified for both the reduction and oxidation of H2O2 so that the required applied potential can be decreased. 3.4.1.2Â  Potentiometric detection The potentiometric biosensor is constructed by co-immobilising alcohol oxidase and horseradish peroxidase in the surface of a fluoride-sensitive electrolyte isolator semiconductor capacitor chip. The capacitance will change if there is any presence of ethanol and p-fluoraniline (Menzel et al., 1995). Si/SiO2/Si3N4/LaF3 layers utilized in the fluoride-sensitive biosensor, are able to determine the ethanol concentration in the time of the on-line monitoring of different bioprocesses, according to reactions (7) and (8) (Azevedo et al., 2005). Alcohol Oxidase Ethanol + O2 Acetaldehyde + H2O2 (7) Horseradish Peroxidase H2O2 + p-fluoraniline F + H2O + aniline-derivative polymers(8) 3.4.2Â  Spectroscopic methods To detect the H2O2 production by alcohol oxidase during the ethanol oxidation, few methods can be benefited. Colorimetric methods which are based on the chromogen substrate conversion into a coloured product will absorb in the visible spectral region. Next, fluorescent methods are due to the production of fluorophore product and being stimulated with a shorter wavelength radiation before emitting a visible light. Then, chemiluminescence works by the emission of visible light upon chemical reaction (Azevedo et al., 2005). The methods being chosen must be fast, cheap, sensitive, reliable, stable and undergo continuous analysis methods with a high sample. The numbers of variety types of analytical techniques are flow analysis, segmented flow analysis, flow-injection analysis and liquid chromatographic analysis. 3.5Â  Immobilisation techniques Many ways are being implemented to immobilise enzymes while designing the biosensors. The enzymes are able to be immobilised by physical adsorption or covalently attached to the insoluble matrices, by cross-linking which employing the bifunctional reagent or by entrapment into the membranes or polymeric films. 3.5.1Â  Enzyme modified electrodes There are numbers of approaches in order to implement the physical combination of immobilised enzymes and the electrodes. 3.5.1.1 Membrane electrodes Immobilising the enzymes on a membrane is the most popular techniques being used for the biosensors. This cannot be beaten by other methods since it is easy to construct and its simplicity. Enzyme immobilisation is done by sandwiching the particular enzyme between the electrode and the membrane. The improved procedures used may lead to a higher enzyme activity and a greater stability (Nanjo Guilbault, 1975). As a protective retention layer, a membrane prevents electrochemically interfering compounds from touching the electrode surface. This is due to the presence of the charged groups on the membrane surface and the exclusion of size. Besides that, the covered electrode are protected because the membrane used is impermeable to most substances (Boujtita et al., 2000). Furthermore, covering the enzyme electrode with a membrane has variety of purposes such as producing the diffusion barrier between enzyme and the substrate. This also enables the prevention of a swamping effect whenever the substrate concentration is high. At the same time, a linear response to the concentration is also allowed. 3.5.1.2Â  Carbon paste electrodes By mixing an electrically conducting graphite or carbon powder with a pasting liquid, the carbon paste electrodes is able to be prepared. The examples of pasting liquid being used are mineral oil, silicon oil paraffin oil. Enzymes involved are incorporated within the paste or previously immobilised on the graphite powder by adsorption or covalently bonded. In addition, some additives are added to the paste so that the sensitivity and the storage and operational stability of the sensor can be improved (Azevedo et al., 2005). 3.5.1.3Â  Self-assembled monolayers This form of technique is implemented by sequentially self-depositing the transducing and biocatalytic modules by adsorption through electrostatic interactions. Two different catalytic layers which consist of alcohol oxidase, a modified horseradish peroxidase and electrochemical interface are sequentially and rationally deposited. Next, supramolecular structures are produced and connect catalytic reactions, substrate and product diffusion and heterogeneous electron transfer steps readily (Azevedo et al., 2005). 3.5.1.4Â  Screen-printed electrodes Screen-printed electrodes consist of a polyester substrate and a three electrodes system. The electrodes also containing fabrication of alcohol oxidase immobilized in a poly(carbamoyl)sulfonate hydrogel using poly(ethylene glycol)diglycidyl ether (Patel et al.,2001). This type of electrode system is a low cost screen-printed electrode. 3.5.2Â  Immobilised enzyme reactors The most significant benefit of the usage of enzyme immobilized reactor is producing the great quantity of enzyme that are able to be immobilise and even in micro reactors. This will allow the equilibrium of the reaction that occurred to be attained besides capable of completing the substrate conversion. Moreover, the operational stability of the sensor is enhanced. It is stated that any small alterations in flow rate, temperature, pH, ionic strength and the activators and inhibitors presence will deflate the effect on final signal (Gorton et al., 1991). Bioreactors that are used with immobilised alcohol oxidase exist in different types, generally packed bed, rotating bioreactor and open-tube reactors. Usually the packed bed reactor is implemented with immobilised alcohol oxidase. This form of bioreactor integrates a flow analysis system with electrochemical or spectrometric detection (KÃ ¼nnecke Schmid, 1990). Commonly, rotating bioreactor also used immobilised alcohol oxidase with the electrochemical detection of H2O2. The rotation will enable the presence of circumvent diffusional constrains in the low-dimensional spaces like around the active sites of the enzymes (Matsumoto Waki, 1999). For covalently immobilised enzyme, controlled pore glass is usually utilized for solid support purpose. It is a macro-porous high-silica glass acquired from the alkali-borosilicate glass. Alkali-borosilicate glass is came with the fine mechanical properties and is able to designed with broader porosities and pore size range. Furthermore, it can be adjusted with several reagents so that other functionalities can be proposed (Azevedo et al., 2005). Currently, the optimisation of enzyme immobilisation is done to produce better stability to the controlled pore glass preparations of alcohol oxidase. 4.0Â  Problem Statements The purpose of this study is to determine the right method for detection of alcohol concentration in the pharmaceutical product samples. Alcohol is the substance that present in more than 500 medication products and is found in concentrations up to 68 percent. This may causes negative effects towards the patients that are consuming the products, such as for the patient under treatment with central nervous system depressants or other substances that interact with alcohol. Drug addictionand habituationmay happen and it is formerly known that all drugs haveside effects. It is an essential step to developing a right and efficient method in determining the alcohol content in these pharmaceutical products before approving the production of them into the industry range. 5.0Â  Objectives These are few objectives that have been identified in order to deal up with the problem statement and carried out the research on alcohol content detection content in the pharmaceutical products. Study of methods in determining the alcohol concentration in the samples tested. Study of enzymatic reactions involve during the alcohol detection analysis. Study of advantages and disadvantages for different techniques in the alcohol content determination.

The Single Life

Adult Development and career Life Assessment Jan. 21, 2010 With the internet implemented worldwide the dating scene has revolutionized. The single lifestyle in my opinion is slowly becoming a thing of the past, especially with social networking sites such as e-harmony, match. com, my-space, or even facebook. How can one define the single life? It depends on who you ask on what kind of definition you will get. In the dictionary single is defined as a relating to the unmarried state or no longer living with. I define being single as being someone who is not actively participating in a relationship with a like minded individual. I have been single for the most part of my life. My very first relationship was my sophomore year in high school. I was only about fifthteen or sixteen years old. Her name was Carla, she and I met in the cafeteria one morning while we were having breakfast before homeroom period started. Even though our high school was very small, I cannot recall ever seeing her before. Once we became friends, we started to date. We would attend school functions, basketball games, choir concerts, basketball games and track meets; as time progressed a little we both got our driver licenses and jobs. This at first was a really good thing for the relationship, due to the fact that we could attend and participate in other functions and activities outside the ones that were primarily school related, for example: the movies, or the fair. One side effect that I noticed from my new experience was that of a wondering mind. I would often find myself not focused on school work or any task for that matter. I would always become distracted when trying to accomplish anything; my attention would immediately be directed to Carla’s and I relationship. This was not benefiting me in anyway. My grades dropped, I became less and less productive at work and didn’t get much rest. Finally I made the decision that if a relationship would cause me not to maintain my focus and career goal that is was not for me at that time. Carla was my first and last serious relationship, and I have made the judgment to remain single until I have reached my educational aspirations. I would like to think that there is no pressure and is a personal choice on staying single or to get married, but it is not like that. Once a person can whole heartedly accept the fact that they are living the single life, it becomes somewhat easier for that individual to interact with others on a daily bases. For example, when a person really and truly feels as if they need to be in a relationship or cannot understand why they are not, that individual could have some problems dealing with others who are in a relationship or someone who is content with the single lifestyle. In my opinion â€Å"coming from personal experience† a person is more likely to find themselves when single as opposed to being in a committed relationship. Being a person who has been in a relationship and single, I can see some pros and cons in both being single and being in a relationship. Attached you will find a diagram with some of the pros and cons. ? ? Pros SINGLE IN A RELATIONSHIP Freedom Someone to share More friendsShared experiences Self-Sufficiency Can Depend on someone Prioritizing Career Two incomes Cons ? SINGLE IN A RELATIONSHIP Lonely Arguments No one to talk toJoint bank accounts One incomeLess time to work Having to cookLess time to focus on school In conclusion I’ve express my view and thought on the single life base on information obtain from personal experiences and article and information researched via the internet. Base on the information presented in my paper I have concluded that being single is conducive to the hectic lifestyle of a young, working college student. I do feel as if everyone needs and deserves someone. Which is why I do not wish to remain single for the remainder of my life, I can honestly say I am at the point in my life where being single is ok and works for me.

Introduction Of The American Industrial Revolution

Introduction of the American Industrial Revolution: The Industrial Revolution resulted in a shift from agriculture to industrial factories. In the United States, there were two phases of the Industrial Revolution. The first revolution, which happened between 1776 and 1789, was somewhat similar to Britain s Industrial Revolution and more political. The second phase of the American Industrial Revolution, which happened from 1860 to 1900, was not only political but also led to great improvements of the economy and society. The Industrial Revolution first began in North America. This location was very important for the sparking of the revolution because the railroad, which was one of the causes of industrialization, was built here. The Historical Catalysts of Industrial Revolution: The Embargo Act and the War of 1812: In the early 1800s, the Napoleonic Wars between Britain and France challenged the neutrality of the United States. Britain and France created trade restrictions which was not only peaking others’ economies but also disrupting American trade. Therefore, President Thomas Jefferson decided to announce the Embargo Act of 1807, which supported Americans producing their own goods because it banned the trade of foreign goods. Not long after the Embargo Act, the War of 1812 changed the Americans’ thoughts about industrialization. During the War of 1812, Americans wanted Britain to draw their soldiers out of the United States and stop supplying guns and ammunitionsShow MoreRelatedIndustrialization During The Industrial Revolution1180 Words   |  5 PagesIndustrialization in America The Industrial Revolution in the US occurred over a period stretching for over a century, as the production of commodities changed from home businesses to machine-aided production in factories. 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The Industrial Revolution during the 18th to 19th century, the Industrialization of the 20th century, World War I and World War II, all left traces and have greatly impacted the way we live in today particularly out living standard. The goal of the paper is to discuss the effects of these historical events on the way we live in terms of living standards. The First Industrial Revolution The Industrial Revolution during the 18th to 19th century was referred to as the First Industrial RevolutionRead MoreEffects Of The Columbian Exchange1121 Words   |  5 Pagesincluded the transfer of diseases between Europe and the Americas.   Ã‚  Ã‚   Old World diseases were transferred European sailors to Native Americans. The diseases played at least as big of role in defeating the Native Americans as advanced weaponry did (Craig). In the first 20 years after the first encounter, wherever the Europeans went, large numbers of Native Americans died. The most deadly disease was smallpox, killing millions of people. Bubonic plague, typhoid, typhus, influenza, measles, chickenRead MoreThe Unprecedented Success Of Revolution1594 Words   |  7 PagesCivilization HU-103 May 7, 2017 The Unprecedented Success of Revolution No one has ever changed the world by doing what the world has told them to do. In fact, many of our recent inventions, rights, political systems, and comforts have come into existence through the sweats and tears of revolution, an often chaotic and transformative event that attempts to change a nation, society, or world. And though it can be argued that revolution results in the bloodshed of masses, it is imperative to understandRead MoreIntroduction Of Industrial Revolution And The War Of 18121577 Words   |  7 PagesIntroduction of Industrial Revolution in United States: The Industrial Revolution resulted in a shift from agriculture to industrial factories. In the United States, there were two phases of the Industrial Revolution. The first revolution, which happened between 1776 and 1789, was somewhat similar to Britain s Industrial Revolution and more political. The second phase of the American Industrial Revolution which happened from 1860 to 1900, was not only political but also was the great developmentRead MoreThe American Industrial Revolution During The 19th Century1290 Words   |  6 Pages The American Industrial Revolution began in the 1700’s and ended in the 1800’s. Most people believe that the American Industrial Revolution began when Samuel Slater brought technology from Britain to America. This technology allowed America to use manufacturing to quicken production. Industrial items such as the sewing machine, river boats, trains, telegraph, and mills allowed for growth in the United States. Immigrants from other countries gave the industrial growth enough workers to allowRead MoreIndustrialization After Civil War1523 Words   |  7 PagesS. society, economy, and politics by the technological advances that were being introduced. The railroad industry, textile manufactures, mining, and mechanical tools are just a few of the many examples that were being introduced during the Industrial Revolution. These few examples are what changed the workforce atmosphere as we know it today, and opened many new doors for U.S. society to gain new skills that would be continued into modern society. 2. Identify three (3) major aspects of industrializationRead MoreThe Economy Of Early America856 Words   |  4 Pagespossible, which ultimately led to the introduction of slavery in the south. The integration of slavery into the cotton production vastly cut down the labor costs and allowed for major profit increased by the colonies. This increase was crucial during this time because this was when the colonies were really starting to become independent and needed a reliable source of income. This business aspect of slavery was increased in the industrial revolution with the introduction of child factory workers. Mr. BrunsRead MoreThe Industrial Revolution During The 19th Century1161 Words   |  5 Pagesa far more developed country than any others in the world. There are more than one factor that made the Industrial Revolution happened first in Britain, some examples are: The Agricultural Revolution, the growth of population, The Enlightenment and the Scientific Revolution, Worl d Trading, and the Cottage Industry. With all those factors, it comes down to: What started the Industrial Revolution? The clothe industry was one of the big factor. Unlike modern day, clothe was used to be made by hand or