Get help from the best in academic writing.

User Interface Testing

User Interface Testing.

PLEASE SEE ATTACHED FILE BEFORE ANSWERINGUsability Test Instruction GuideCreate instructions on how to walk through the low-fidelity prototype screens that should be copied in this guide.Include a disclaimer that their identity and participation will not be released to anyone.Include the deadline of 4–5 days and thank them for their participation.Usability Test ResultsCreate a table with averages for each question in section 2 with an evaluation of the results.Create a table with averages for each question in section 3 with an evaluation of the results.Include the demographic impact analysis.Include a comment recommendations summary.
User Interface Testing

Texas at Dallas Online vs Face to Face Learning Annotated Bibliography.

Once you have a topic for the argument paper, you’ll need to conduct research on it and create an annotated bibliography of your research. You’ll need at least five good, credible sources that you can use in your Annotated bibliography. An annotated bibliography is a list of sources in MLA format, like a list of sources in a Works Cited page, except in this Annotated bibliography you’ll include three to five sentences after the listing of each source, in which you briefly explain the main argument or purpose of the source, how you plan to use the source in your paper, and your thoughts about the source.
Texas at Dallas Online vs Face to Face Learning Annotated Bibliography

Share this: Facebook Twitter Reddit LinkedIn WhatsApp Jason Carr Homeostasis is a basic biological order in which opposing forces within the body has to have a constant condition of balance in order for the body to be maintained. The state of the internal environment needs to remain constant as possible within certain ranges and is done so by being rigidly controlled by the body. The process at which homeostasis happens is controlled by sophisticated mechanisms, that responds accordingly as sensitive changes happens and this then is what affects the body’s internal environment. These include positive feedback mechanisms and negative feedback mechanisms as well as other components that regulate homeostasis which are the detectors, control centre and effectors. Components that regulate homeostasis are known as the detectors, control centre and the effectors. Detectors receive messages about any changes that happen in the internal/external environment. An example of a detector are located within blood vessels, they receive information that the blood pressure has risen out its normal range. This detector then determines what is happening and sends these messages to the control centre, which is located in the brain. The control centre receives information that blood pressure has risen and decides what range that the blood pressure should be within. The control centre decides what particular value anything should be within the body and the action this then takes is what achieves the maintenance of homeostasis. The effectors are what make these changes happen after the control centre has decided what the set value should be and these are located in the muscles or organs. In this example, the effectors will receive the correct set point for the blood pressure and will then correct it by lowering it. Positive feedback mechanisms are designed to push levels out of normal ranges and do not help keep the body at a homeostatic condition. Although this process can be beneficial it rarely occurs within the body as it pushes the variable even further away from homeostasis. One example that occurs within the body is blood platelet accumulation, the process of blood clotting (Fig1. Gamelas S, 2010). When someone suffers from a cut, blood platelets form and continue to form until the bleeding is halted. The reason this example is a positive feedback mechanism is because the process keeps increasing further and further away from the normal set point rather than returning to its original set point. Negative feedback mechanisms consist of reducing the output of any organ or system to return the level back to its normal level of functioning which then enables the process of homeostasis to continue. An example of a negative feedback mechanism is temperature control. The hypothalamus that monitors the body temperature is capable of detecting even the slightest change of the normal body temperature. The response to overheating is the stimulation of glands producing sweat to reduce temperature, or in the response to the cold various muscles could be signalled to shiver to increase body temperature. Both are equally as important for the body to function correctly and if damaged or altered complications may arise. Blood is responsible for the transportation of many substances throughout the body such as nutrients, wastes, and gases and this is what helps to maintain homeostasis. Blood is made up from red blood cells, white blood cells, platelets and plasma. Red blood cells, or referred to as erythrocytes are the most common of all blood cells. Common features of these are that they have no nucleus, they are produced in red bone marrow and the shapes that these cells come in are biconcave-disks. The reason for this unique shape is it allows them to have a high surface area to volume ratio which allows them to fold to fit into thin capillaries. Erythrocytes job is to transport oxygen through the red pigment (haemoglobin). The haemoglobin is rich in iron and proteins which increase the oxygen carrying capabilities and also is responsible for gas transportation. White blood cells or leucocytes only make up a very small amount of total number of cells in the bloodstream. These cells play an important part within the immune system as they are concerned with the defence against microbes and invading foreign material. Unlike the red blood cells these contain a nucleus and are much larger. There are two major classes of these cells, granulocytes which contain granules within the nucleus, capable of digesting bacteria and foreign materials. Agranulocytes which do not have granules within the nucleus are responsible for the production of antibodies and destruction of molecules. Platelets or thrombocytes are small cell fragments that are involved in the clotting process. They’re produced in the red bone marrow and similar to red blood cells contain no nucleus. Platelets only survive in the body for approximately a week before they are then digested by the macrophages. Plasma is the liquid portion of the blood and is around 90% water. Glucose, oxygen, carbon dioxide, electrolytes, nutrients and cellular waste products are all dissolved within the plasma which then has the ability to transport these substances. The cardiovascular system consists of the heart, blood vessels, and the approximately 5 litres of blood. The cardiovascular system is responsible for the transportation of oxygen, nutrients, hormones, and cellular waste products throughout the body. All of this is supported by the heart, the muscular pumping organ. Another function of the cardiovascular system is protection via the white blood cells. These fight pathogens that have entered the body and platelets also help this process by creating scabs over wounds preventing any pathogens entering. The cardiovascular system also helps regulation within the body and keeping homeostatic control. Blood vessels help the maintenance of body temperature by either opening if temperature rises or constrict only allowing the flow to vital organs. Also, because of the albumins present in plasma this helps to balance the osmotic concentration of the body cells. (Taylor, T) The respiratory system consists of the nose and naval cavity, pharynx, larynx, trachea, bronchi, bronchioles, the lungs, pleura, intercostal muscles and the diaphragm. It is utilized when oxygen and carbon dioxide needs to be exchanged between the blood and lungs, essential for the cellular metabolic function. The exchange of gasses process is inspiration, which brings in the oxygen and expiration, the excretion of carbon dioxide. As inspiration takes place and the oxygen begins its journey to the lungs the air is either cooled or warmed to optimum body temperature. Water vapour then begins to moisten along with being cleaned of dust and other particles which adheres to the membrane lining of the tract being coated with the mucus. The way the respiratory system maintains homeostasis is by the exchange of gasses, breathing in the oxygen and excreting the carbon dioxide. The central nervous system is an important component for the maintenance of homeostasis. It consists of neurons, the brain and the spinal cord. The brain is the control centre of the body and consists of three main components: the forebrain, the brainstem and the hindbrain. The forebrain is used for a wide aspect of functions including receiving and processing sensory information, some of the structures contained within the forebrain also help to relay sensory information and controlling autonomic functions. The midbrains involvement within the brain is that it connects the hindbrain and forebrain. As well as being involved in the motor function it also helps in the auditory and visual responses. The hindbrain is an extension from the spinal cord and connects to the midbrain. This component assists in maintaining balance and equilibrium, movement coordination, and the conduction of sensory information. Structures also assist in helping autonomic functions such as breathing, heart rate and digestion. The spinal cord is a bundle of nerve fibres that runs down the spinal column extending from the neck to lower back. It functions like a two way process, the ascending nerve tracts send information from body organs and the external stimuli to the brain and the descending nerve tract sends information from the brain to the rest of the body. Neurons are located within the cells of the nervous system and each one contains nerve processes. These nerve processes are able to conduct and transmit signals that branch out to various areas of the body. There are three different types of neurons and these are motor, sensory or interneurons and although they all have similar functions each relays different information to the various places in the body. The motor neurons relay information from the central nervous system to organs, glands and muscles whereas the sensory neurons are the complete opposite. These neurons send information to the central nervous system from the internal organs or external stimuli. Interneurons responsibility is then to relay these signals between the motor and sensory neurons (Bailey, R). These three components that make up the central nervous system are vital for the maintenance of homeostasis and help the positive and negative feedback mechanisms function. As described above the brain receives the sensory information and helps to relay any changes that occur in the body. The neurons are what relay these messages received via the feedback mechanisms and either relays to the central nervous system or relays information from it and the spinal cord runs down from the neck to lower back and this also assists in transporting the messages received from the feedback mechanisms. The exchange of gases takes place in the alveoli, a large sac like structure located at the end of the bronchioles. Pulmonary capillaries surround the alveoli and are able to facilitate rapid diffusion as they are one cell in thickness and as well as having these capillaries the alveoli wall produces a surfactant, a detergent type of liquid that prevents the alveoli from collapsing. As the oxygen is inhaled from the atmosphere it diffuses and travels through into the red blood cell that is then transported by the blood to the various different body tissues. The carbon dioxide that is first produced by the body’s metabolism is returned to the lungs via the blood that diffuses across the capillaries and alveolus is then removed from the body by the process of expiration. Before the transportation of oxygen can happen within the body it must first pass through a number of different passages including the mouth, larynx, trachea and the lungs. Once in the lungs it has to pass through a series of bronchial tubes until it finally reaches the alveoli where there, as explained above, then diffuses into the blood. Once the oxygen has reached the blood it then combines with the haemoglobin located within the red blood cells, for the red blood cells to then travel around the body it then gets pumped by the heart. The haemoglobin is a large protein and these contain a globular protein called globin and also a pigmented iron complex called haem. As haemoglobin molecule contains four globin chains, four haem units that has an iron atom attached to each one that attaches to oxygen it then has the ability to carry 4 oxygen molecules per haemoglobin molecule thus making it the most efficient way for oxygen to get around the body. As the iron atoms within the haemoglobin become full the molecule becomes saturated, that is then referred to as oxyhaemoglobin. For our body to function correctly we must ensure it has a constant flow of oxygen as this is what we use to function all of cells and organisms. Oxygen assists with the body movement, growth, repair and the defence against bacteria as well as oxidising the nutrients we digest to also turn that into energy. As well as blood transporting oxygen around the body, it also helps with the transportation of nutrients where it is needed. Although very similar to oxygen diffusion, instead of dissolving in the blood cells the nutrients dissolve in the plasma. Once the nutrients are absorbed by the walls of the small intestines it travels down to where it is either absorbed by the blood or continues to the large intestine for the remaining water to be absorbed from the indigestible food and transmits the waste products from the body. During the digestion phase the nutrients contained within the food are formed into more suitable forms for it to be able to be effective in the body and many chemical reactions break the food down into molecules. Just before entering the blood cells for transportation the molecules first converge with the oxygen, creating stored energy. The body’s metabolism can then change these molecules into heat energy. Once the nutrient molecules has converged with the oxygen molecules it can then be transported around the body where needed by the red blood cells. The different nutrients we digest assist the oxygen with providing energy for the body and helping the immune system by defending our body against bacteria. The different food types we digest also have slightly different roles to one another. Carbohydrates provide fuel for the body, protein help to rebuild and repair tissue and fats are stored as energy until our body has utilized all of the available carbohydrates. The skeletal system has a number of functions and assists in the body’s growth and development. The skeleton forms the framework for the body, the structure and keeps the natural shape of our body. It provides the point of attachment for most skeletal muscles and as these are attached together, assists in the movement as the muscles contract. As the body’s internal organs are also at risk from damage or injury the skeleton provides a natural protection barrier. An example being the rib cage, this protects the heart and lungs from damage, vital organs that assist in the function of the human body. The bone tissue has the ability to store minerals and chemical energy that when required, is released when there is an imbalance within the body. Our bones grow from the extremities, the ends, and usually continue to develop up until our early twenties. Bone marrow that is the cavity inside the bone also assists in the development as this produces stem cells such as red and white blood cells. There are three different blood vessels that consist in the body and these are arteries, veins and capillaries. Arteries carry blood away from the heart. These are thick, elasticated and muscular allowing them to withstand the high pressure they are put under and are situated deeply within tissues. As they become further away from the heart they branch out and become smaller, becoming arterioles. Veins are responsible for carrying blood to the heart and contain a one way valve to prevent any backflow from happening. As the flow of pressure isn’t as high the walls are much thinner and less elastic, and the means of travel is a wave like motion rather than being a forcing motion that is apparent in the arteries. Capillaries are the smallest of the vessels and are connected to arterioles and venules. The function of capillaries is that they transport oxygen, nutrients and various other substances to various cells and tissues enabling development and the body to function properly. Through capillary exchange waste products and carbon dioxide is also removed from the body. There are various challenges that homeostasis has to has to address and rebalance. Diseases are a primary source to homeostatic failure, creating an imbalance in the internal environment in the body. Due to the process involved this can cause the altering of tissues and organs causing severe adjustments specifically in the immune system and renal. The mechanisms specific to fighting the invading pathogens can then mistakenly fight itself. Examples such as Alzheimer’s disease and heart arrhythmia show this as homeostatic functioning are disrupted as the capabilities of organs dwindle. Another example could be the control of blood sugar. The amount of glucose must be maintained within certain ranges, as we eat a sugary food the pancreas is able to recognise this and insulin is immediately released to try and remove this excess sugar. The pancreas then receives information from the negative feedback mechanism that blood sugar has dropped, thus glucagon is then released to raise blood sugar. Underlying medical conditions though can cause problems with this process. Insulin may not be released efficiently that then cause an imbalance in blood sugar levels, this condition is also known as diabetes. We are able to fight this by injecting our body with insulin that can then convert these certain food types into energy for our body to regulate properly. Another example that also demonstrates how homeostasis demonstrates strategies to redress any changes is body temperature and the variable that can affect this is dehydration. Dehydration can prevent homeostasis from occurring as our body temperature rises and cannot be cooled due to the lack of water in the body. The way our body prevents the loss of water as we sweat is because of the two layers that make up our skin. One of the layers is much thicker and known as the dermis. There dermis is responsible for retaining moisture and regulating water, this gets utilized as our body temperature increases that then reduces our temperature and sweating, helping us to retain our water internally. Homeostasis helps our body to develop and for growth to take place. By constantly fighting of pathogens and by the production of platelets, this prevents any foreign material or bacteria entering our body so we are able to keep healthy and fight of any illnesses. Bone homeostasis also allows for calcium to be released preventing our bones for weakening and as we grow, also strengthening them. As homeostasis assists in transporting nutrients, oxygen, and excreting waste products it also enable our bodies to keep healthy and strong, with the nutrients providing energy and oxygen keeping our body regulating efficiently. BIBLIOGRAPHY: Bailey, R. ().Central Nervous System. Available: http://biology.about.com/od/organsystems/ss/cent-ral-nervous-system.htm. Last accessed 17th Jan 2014. Fig.1. Gamelas, S (2010) Homeostasis. [Image] Available: http://www.studyblue.com/notes/note/n/ homeostasis/deck/7890237. Last accessed 13th Jan 2014. Taylor, T. ().Cardiovascular system.Available: http://www.innerbody.com/anatomy/cardiovascular-male. Last accessed 15th Jan 2014. Share this: Facebook Twitter Reddit LinkedIn WhatsApp

ACC 501 Trident University International Accounting for Decision Making Case Study

ACC 501 Trident University International Accounting for Decision Making Case Study.

Module 3 – CaseTRANSFER PRICING AND RESPONSIBILITY CENTERSAssignment OverviewCoffee Maker’s Incorporated (CMI)Three divisions of a CMI are involved in a dispute. Division A purchases Part 101 and Division B purchases Part 201 from a third division, C. Both divisions need the parts for products that they assemble. The intercompany transactions have remained constant for several years.Recently, outside suppliers have lowered their prices, but Division C refuses to do so. In addition, all division managers are feeling the pressure to increase profit. Managers of divisions A and B would like the flexibility to purchase the parts they need from external parties at a lower cost and increase profitability.The current pattern is thatDivision A purchases 2,700 units of product part 101 from Division C (the supplying division) and another 1,300 units from an external supplier.Division B purchases 1,100 units of Part 201 from Division C and another 700 units from an external supplier.Note that both divisions A and B purchase the needed supplies from both the internal source and an external source at the same time.The managers for divisions A and B are preparing a new proposal for consideration.Division C will continue to produce Parts 101 and 201. All of its production will be sold to Divisions A and B. No other customers are likely to be found for these products in the short term, given that supply is greater than demand in the market.Division A will buy 2,000 units of Part 101 from Division C at the existing transfer price; and2,000 units from an external supplier at the market price of $900 per unit.Division B will buy 900 units of Part 201 from Division C at the existing transfer price; and900 units from an external supplier at $1,800 per unit.Division C Data Based on the Current AgreementPart101201Annual volume (units)2,7001,100Transfer price/unit$1,000$2,000Variable expenses/unit$700$1,200The fixed overhead for Division C is $1,200,000.Case AssignmentRequired:Computations (use Excel)Set up a table similar the one below to compute the difference between the current situation and the proposal for Divisions A and B. Division ACurrent SituationProposalNo. of UnitsPurchase PriceTotal PurchasesNo. of UnitsPurchase PriceTotal PurchasesInternal purchases2,700$2,000$External purchases1,3002,000Total cost for Part 101$$Savings to Div. A$Compute the operating income for Division C under the current agreement and the proposed agreement.Is the revised agreement a good idea? Support your answer with computations.Memo (use Word)Write a 4- or 5-paragraph memo to the division manager explaining the analysis performed. Start with an introduction and end with a recommendation. Each of the four or five paragraphs should have a heading.Short Essay (use Word)Start with an introduction and end with a summary or conclusion. Use headings.Evaluate and discuss the implications of the following transfer pricing policies:Transfer price = cost plus a mark-up for the selling divisionTransfer price = fair market valueTransfer price = price negotiated by the managersWhy is transfer pricing such a significant issue both from a financial and managerial perspective?Assignment ExpectationsEach submission should include two files: (1) An Excel file and (2) a Word document. The Word document shows the memo first and short essay last. Assume a knowledgeable business audience and use required format and length. Individuals in business are busy and want information presented in an organized and concise manner. Module 3 – BackgroundTRANSFER PRICING AND RESPONSIBILITY CENTERSModular Learning ObjectivesKeep the following objectives in mind as you work through the material in this module:Define the role of responsibility accounting.Differentiate between controllable and uncontrollable costs.Analyze structure of a decentralized organization.Define profit centers, cost centers, and investment centers.Compute transfer prices.Identify three main transfer pricing approaches.Required ReadingThis module covers the role of responsibility accounting and responsibility centers. Explore these topics further while keeping the above six objectives in mind. Click on the three arrows to explore each topic in more detail:Check Your UnderstandingCheck your understanding to make sure that you have a good grasp of the background material. If you are not comfortable with the concepts, review some of the material again or go to the optional resource for more examples.Click on the quiz icon for an ungraded, 20-question true-or-false self-study quiz to check your progress. If you are not satisfied with the score, review some of the material again. For more in-depth information, review materials listed under optional reading at the bottom of this page.Final ThoughtsA responsibility center is a part or subunit of a company for which a manager has authority and responsibility. The company’s detailed organization chart is a logical source for determining responsibility centers. The most common responsibility centers are the departments within a company.When the manager of a responsibility center can control only costs, the responsibility center is referred to as a cost center. If a manager can control both costs and revenues, the responsibility center is known as a profit center. If a manager has authority and responsibility for costs, revenues, and investments the responsibility center is referred to as an investment center.The existence of responsibility centers necessitates the setting of an internal price for the transfer of parts, goods, and services among units and responsibility centers. Transfer prices are contentious because management intervenes by creating policies which have an effect on the income of a responsibility center or unit.Transfers among international jurisdictions involve additional considerations. Not only accounting rules, but income taxation and duties affect pricing strategies. Most countries have regulations to help prevent the use of this pricing method as a means of evading taxes or similar unethical and illegal activities.Optional ReadingFor further detail refer to Dr. Walther’s accounting text and videos.Walther, L. (2017). Chapter 23: Reporting to Support Managerial Decisions.LICENSES AND ATTRIBUTIONS
ACC 501 Trident University International Accounting for Decision Making Case Study

Where is writing taking us? Research Paper

online assignment help Table of Contents Introduction The changing times How the future looks like On the Web Conclusion Works Cited Introduction The world is evolving at a very alarming rate. Seemingly every single day is a new dawn for a new idea. Virtually all spheres of life are changing. A change from what everyone is used to, to a different version. Writing is not an exception. Writing is going through its equal share of evolution. Precisely to say, writing remains to be the most trusted and profound form of communication. For instance the most preferred means of committing critical transactions such as writing examination and signing of bills, to mention but a few, mainly relay on writing. Therefore the significance of writing cannot be understated (Hedges 8). The evolution in writing had its genesis in utilization of signs in the old age then developed to translation of vowels to readable letters and now it has heavy visible presence and evidence in the digital world. This paper tries to elucidate the essence of fundamental processes of writing for individual writers and the effect it has on a group. The papers goes ahead to discuss the matter of whether the writing trends shall adapt to this emerging issues. And essentially what will this mean to the upcoming generation. Shall this be a stepping stone to greater heights or shall this be a stumbling block? The changing times Vitally to mention the older writing forms had their time and have thrived in those years and now it’s giving birth to newer ones. A new breed of writing is around us and it is taking its place significantly. Silently there is a battle between the old writing approach and the new style. Notably the contest rages on to touch and affect both the writers and readers. One school of thought prefers the older syllabus and at the same time another group throwing its weight behind the emerging trends. Prompting the question, between the two divides, who is commanding the lead? Who has the greater influence? Is there a possibility of someone been dethroned? Apparently, these questions are signs not of division but of growing concern in the future of writing (McCloud 593). The good news is that the same purpose of writing remains at the core of writing. And the concern of where writing is taking us is becoming a dear to many. And indeed the future of writing is getting brighter and intriguing by the day. Beyond any shadow of doubt and clear to minds of both writer and readers times have changed. Evidently, days of deep reading and analysis of books, is a thing of the past, so to say. The deep reading that was a sign of academic prowess and pride is now a thorn on the flesh for most people. he norm is now inclusion of multimedia content to deliver information and achieve communication. It is now a common knowledge and concern that the main source of information is streaming from the internet (Peterson 596). If statistics are anything to go by, then this generation wealthiest source of knowledge and information is the internet and with a special mention of social media forums. This fact has triggered most entities with key interest in sharing information to invest heavily in online services. Get your 100% original paper on any topic done in as little as 3 hours Learn More Extensive time is now spent online surfing and searching internet databases for purposes of study, information and entertainment. Writers have easily picked up this behavior. The long hours used in turning papers to the left have been replaced by clicks and scrolling up and down internet pages. After few Google searches, writers have access to more than what they need to compile their work. This new order of conducting business has to be discussed holistically, in order to deduce its positive and negative impact on writing. This emerging trends has directly reduced the amount of time spend reading. Books have been left to stay at shelves as everyone is scrolling their screens whether on personal computers or on mobile devices. How the future looks like As it is, different people have come up with different explanation about the future of writing especially in the awake of different means of accessing information. Some have proposed that it is high time writers conformed to the new working means or else they shall be rendered obsolete. As they say if you cannot beat them, join them (McCloud 595). However not everyone buys this idea, some have chosen to remain conservatives and let not of their old ways. The big question of discussion at this particular juncture is evaluation and examination of the impact of the new technologies and how they affect the core purpose of writing. According to Carr Nicholas, et al, in the book ‘Is Google making us stupid’ the internet is becoming undeniable force of information storage and exchange. It is the unlimited conduit for imperative information streaming to the mind. He goes ahead to state that pages of World Wide Web have proved to turn into programmable and unified database accessed through computers. New approaches such as social media are providing endless opportunities for networking and interaction of information. The same view was repeated by Marshall McLuhan, the 1960’s media theorists, who stated that the media must not to be just inert feeds of information. The sentiments expressed by Nicholas hold avalanche of truths and underscores the deteriorating trend of over dependence on the internet at the expense of reading (Carr 155). This trend if allowed to persist then will automatically negatively impact the culture of creative reading and writing. The point to ponder at this point, I believe is how to use what is working, to work for the betterment of our generation. On the Web If you look around the internet, great tools of writing do exist. One of them is Web-Quest. The idea of Web-Quest cannot be ignored in this discussion. Since its inception, the Web-Quest model has greatly contributed to the availability and utilization of information among learners. The Web-Quest model continues to change. We will write a custom Research Paper on Where is writing taking us? specifically for you! Get your first paper with 15% OFF Learn More Over years, the numbers of high-quality Web-Quest continues to increase. This platform provides many education courses and staff empowerment effort around educational spheres. Web-Quests stand out in services provision because of its well informed status to its end users. Similarly with search engines databases a quick search on the Web-Quest avails hundreds of examples (Dodge 10). In a summary they are five guiding principles that not only ease the search but increase the precision of finding answers you are looking for. These principal include finding great sites. One differentiating aspect between a good and a better Web-Quest is the quality and number of web sites it uses. The answers exhibited vary depending on the needs of the user. Two great pointers in this section is one the art of mastering a search engine and two probing the deep web. Research and analysis of human behaviors have showed that most people do their search by just typing a few words or phrases in one search engine and then turn over to a storm of irrelevant sites. It is highly recommended to learn better search techniques. For instance one web page that has been of great help is the “Seven Steps Towards Searching”. Also researchers have found out that although billion of web pages exist for surfing only a few surface on the standard search engines (Peterson 159). This means that the remaining portions is hidden only to be revealed by the ‘deep web’ surfing. Deep web surfing is vital especially for specified information that otherwise shall not turn up on the standard search engines. Worth to note at this particular point is that it is practical wisdom not to lose the information found. Arriving at any information consumes a lot of time and effort. Therefore once got, information ought to be stored in ways and means that shall be easy to retrieve when called upon. For instance most learners work from different places and sometimes using different machines. A shift from one place or machine may mean losing vital data or slowing down the learning process. Smooth continuity is therefore an important factor of production in the sense that it saves times and effort (Higbee 6). There are several measures to counteract this; this includes doing regular backups of the data. Another useful methodology is using facilities such as bookmarks which are readily available on most office applications as well as browsers. The second principle for writing a great Web-Quest is to orchestrate resources and learners. This principle seeks to address the challenge of scarcity of resources. This is achieved through sharing of the available resources. At the end of the day, every computer and other resources are well utilized and everyone has useful work on their desks. Thus resources are optimally utilized. To achieve this one has to organize resources equitably and sensibly. A good example is a single computer machine can be used to coordinate the whole class discussion while the teacher does the explanation. At the same time, one to ten computers can be utilized as learning base for students to run round while others can actually work offline. Not sure if you can write a paper on Where is writing taking us? by yourself? We can help you for only $16.05 $11/page Learn More If accessibility to the internet is issue then well orchestrated programs need to be designed and implemented (Dodge 5). Another key performance indicator to the success is organizing the people involved. Well organization of learners saves a lot of time. This is a great contributor to coming up with a great Web-Quest. Deep and Profound knowledge of cooperative learning is a clear recipe for designing and developing a successful Web-Quest. The success or failure of cooperative learning can be determined by the following factors. The first is undeterred positive cooperation and unfading interdependence of students. Learners highly upheld one another and most have the perception that without each other they cannot succeed. Therefore positive interdependence is a critical ingredient to successful cooperative. The other factor is one on one interaction. As students work together and compete over assignment they end up creating positive competition which is healthy for their development intellectually and also corporately as a group. Thus encouragement of promoting interaction is a vital unit to succeed in environment of cooperative learning (Peterson 155). Group and individual accountability is a critical attribute to cooperative learning. Essentially speaking the group is held accountable for finishing the assigned task on time and with precision and accuracy. And through the process the individual are rated according to their contribution. The other important attributes and that needs to be cultivated is encouragement of small group and interpersonal skills. Working together is a skill most people lack in the present world. Therefore possession of these skills means a great plus to the learners and also to the teachers. The last but not the least attribute to successful cooperative learning can be termed as group processing. Improvement of group efficient and effectiveness is a step towards the right direction. The other important principle to designing great Web-Quest is challenging the learners to think for themselves. We are living in a time and age where standardized tests are the order of the day in most of the American education institutions. A outstanding Web-Quest does not lust contain a list of United States leaders and presidents and their accomplishment. Instead it seeks to provide an engaging multifaceted backdrop that conveys riches of understanding that if not would not be captured in a coherent and understandable manner. Challenging learners to think can be achieved through taking the learners to task. And this basically is all about asking learners to own information and reproduce results based on the information gained. The other element is designing. For instance, the subject of Canada can be treated as a task to design a Canadian Vacation Web-Quest (Dodge 7). The task specified to the learners is to develop a timetable through the nation that would suit a family of four, with each having attention in different portions. Web-Quest can also be developed based on a journal-istic methodology in which a student picks on a persona and develops news account. In addition another distinguished approach is the utilization of valid controversies about the world as a means to classify the theme of study. Utilization of the medium is the other vital principle of creating great Web-Quest. Important to note and mention is that a Web-Quest is not limited to the use of the web. A good picture to portray this could be the imagination of a ‘BookQuest’ in which a compelling question and problem is stated and the solution is created by processing and dividing the information in various books spread throughout the classroom (Dodge 4). In situations where a teacher has only one computer can sometimes use the alternative of printing out the needed Web pages so that students who cannot access the computers have something to read. But this is a concession and doesn’t completely use the media. A picture of success is a Web-Quest that is not accomplished easily on paper. The last principle of creating a great Web-Quest is to scaffold high expectations among the learners. A good and perfect Web-Quest is the one that challenges the students to do what they might ordinarily not do or get committed to it. This brings up the spirit of exceeding expectations by striving to do more that it is required. There are three types of scaffolding; they include receptions, productions and transformation (Dodge 5). Receptions assist the chance to allow learner to familiarize themselves with resources. The process of transformation explores the learners to convert what they learnt into a new model never done before. At the same time production necessitates the learners to produce articles they might have never generated before. The creation approach of the duty can be gibbeted by giving students models, multimedia devices thus prompting the points to writing. The future of writing definitely lies in the new order of doing things. The unavoidable presence of the internet in our lives is a reality we cannot beat (Hedges 7). Major discussions are now held and stored on the internet. Therefore to avoid a situation where we are fighting a losing battle it is only logical to know how best to maneuver and make the best out of this new wind of change. Conclusion From the above discussion, it is clear that the future of future of writing is changing. The older forms of writing have given rise to newer ones. And the newer forms are greatly influenced by the changing trends of technology. This has squarely affected the sound writing process for individual as well as a group. The question of adaptability of the writers to the new environment is a subject of discussion. The deep reading that was a sign of academic prowess and pride is now a thorn in the flesh for most people. The norm is now inclusion of multimedia to deliver information needed whether done through audio or video channels. The long hours used in turning papers to the left have been replaced by clicks and scrolling up and down the internet papers. After few Google searches, writers have access to more than what they need to compile their work. According to Carr Nicholas, et al, in the book ‘Is Google making us stupid’ the internet is becoming undeniable force medium of information storage and exchange. The five guiding principles for creating Web-Quest, according to Dodge, are finding great sites, orchestrating learners and resources, challenging the learners to think for their own, using the medium, and scaffold high expectations (Dodge 10). The Web-Quest model continues to change. Over years, the numbers of high-quality Web-Quest shall continue to increase. From the above discussion, the next generation shall have the strong force of emerging trends to face and put up with. The reality of the internet becomes a norm that can no longer be ignored. Works Cited Carr, Nicholas. Is Google Making Us Stupid. New York: W.W.Norton

It 2 separate assignments 1 page each. APA format times New Roman font size 12. When finished with the

It 2 separate assignments 1 page each. APA format times New Roman font size 12. When finished with the assignments upload them in separate word documents. I will be uploading the instructions and sources later today. Please read the details messages I send about the assignment and please read the instructions properly. I would also like to have a U.S. writer for these assignment

I am going to do a 20-30 mins length podcast about Hong Kong Protest .The proposal should be a

I am going to do a 20-30 mins length podcast about Hong Kong Protest .The proposal should be a critically-informed document describing the aims and context of your topic and project; it must also use references (Harvard style). It should make clear how you intend to use audio practically and creatively, and indicate your proposed working methods, research sources, audience and critical influences (written and audio). It should include a bibliography in Harvard style (not included in word count). I uploaded an example that i did last year about police brutality in Hong Kong .