10 Years Old Children Prefer to Watch Cartoons Rather free essay sample

10 years old children prefer to watch cartoons rather than other TV shows Marcela Reyes Quintana Claudia Arteaga Gomez Jessica Morales Martinez Danaee Jimenez Guevara Sebastian Ortega Uribe Sebastian Diaz Carvalledo Universidad del Valle de Mexico Professor: Sergio Bautista 31 / 05 / 2010 Prologue: Since the last decades, mass media has taken a big role on any society that exists nowadays. It is of great importance because of many reasons. One of them being because thanks to them information can be spread throughout the world in a matter of seconds. In a way this type of media unites the world more than anything, especially when we talk about the TV. For sure in most houses of every country, there is a TV present. And as in most families, there are also children present. Now, what happens if you unite both, TV and children? Well what you get is an excellent way of distracting a kid. For some reason (or reasons) kids are always really curious about TV, you will always see a child watching it maybe even for hours. We will write a custom essay sample on 10 Years Old Children Prefer to Watch Cartoons Rather or any similar topic specifically for you Do Not WasteYour Time HIRE WRITER Only 13.90 / page What interests us the most is to know the reasons why this little kids love to watch TV, but not any type of program, but particularly cartoons. For sure cartoons are really entertaining; many people (even adults) still enjoy watching a cartoon every now and then. By watching this type of shows that aren? t really complex to understand, full of colors, movements, and many other stimulus for the senses, it helps kids to relax, feel comfortable and even laugh. Thing which they can? t do when watching for example a novel, because they are more full of drama and real-cases type of stories which they are just too young to understand and since they are in contact with reality when they aren? t watching TV, what they less want to see on TV is what they see in their everyday lives. Index:

How Most Parents In Middle East Country Decide A Babys Name Essay

How Most Parents In Middle East Country Decide A Babys Name Essay How Most Parents In Middle East Country Decide A Baby's Name – Essay Example Naming conventions in the Middle East: Introduction: The naming conventions in the Middle East and in Islamic culture in general strictly adhere to the Prophets suggestion. According to the Hadith, the parents are required to give meaningful and religious names to their children since the Muslims believe that the childs name reflects their personality and also because they believe that individuals will be called by their names on the day of judgement. Hence the names such as Abdullah or Abdur Rehman which are closer to Allah are suggested by the Prophet. With regard to naming a child the Prophet says "Keep the names of the noble Prophets, Allah loves most the names Abdullah and Abdur Rehman. The most truthful names are Harith and Humam, while the most disliked are Harb and Murrah (war and bitter)" (Isconline.org). Structure:In the Middle East, the child is perceived as a critical generational link within the family unit and hence the name given to the child is of crucial significance . All traditional Arabic / Middle Eastern names are comprised of five key components each signifying the childs past and present familial ties and status in the family unit. These include Ism- which refers to the personal name given to the child. The personal names are mostly adjectives which indicate the desired character or trait that the parents wish for the child. Such as Karim - which means generous, or Mahmud- meaning praiseworthy. This is followed by a Nasab which is the name of one or more of the child’s ancestors. It is indicated by the male prefix ibn which means son of and binte which means daughter of. The kunya is used to connect the father or mother to their decendants; the Iaqab traditionally was title or a nickname and lastly the Nisbah which is the last name of the family or ancestors tribe or city. This last name is mostly used by the family through several generations (Palls, 2008: p. 277).Figure:Source: Basis Technology: Government Users ConferenceReferenc es:Palls, B. P., (2008). Cultural portraits: A synoptic guide. Bloomington, IN: Author House PublicationBasis Technology (2000). Government Users Conference [Online] Available at: [Accessed: Feb 12,2014]Isconline.org (2014). Naming babies [Online] Available at: lsconline.org/naming-babies.html [Accessed: Feb 12, 2014]

Apple Company Analysis Essay Example | Topics and Well Written Essays - 2250 words - 1

Apple Company Analysis - Essay Example The paper tells that Apple Inc. is the producer of the iTunes software program that is used to store and play music in one place. The company’s clients are varied with respect to the variety of products, for instance, educators, business organizations, and daily basis customers. Owing to its wide range of products, the company has the capability to target a wide range of customers, with most sales being conducted online and a host of others from direct sales, retailers and the company’s retail shops. The company has current operations distributed all over the world; in the United States, Japan, Europe, Asia Pacific and some parts of Africa. On April 1, 1976, three men, Steve Jobs, Steve Wozniak, and Ronald Wayne co-founded Apple Inc. The company did not receive immediate attention in the market but until 1984 when the company introduced the Macintosh computer. Jobs and Wozniak left the company in 1985 in pursuit of other goals. The company went ahead with the release of new computer models that were unique in style and more portable as opposed to other computer models. Even with these improvements, the company could not cement its position as a dominant computer manufacturing company across the globe and in 1997, one founder Steve Jobs rejoined the company when it was losing huge sums of cash. Apple released the iMac in 1998 and immediately gained profits with increasing market share thus turning the downward spiral of the company around. Apple’s revolution of the digital music distribution came with the introduction of the iPod in 2001 along with iTunes and in 2007, the company expanded its scope of production and entered the smart-phones world when it released the iPhone. Today, Apple is among the leading innovators in computer hardware and software, phones and a host of digital portable devices.

Critique of a research paper Quantitative design Essay - 1

Critique of a research paper Quantitative design - Essay Example The researchers aimed at examining the progress of the Motivate Programme; an exercise, behaviour change and nutrition guided management programme, in terms of how it could help the select group of overweight and obese participants improve their cardiovascular risk factors (Rutherford et al, 2014). The aims lay out what the reader has to expect, and provide a basis to evaluate consistency in a research process (Boaz and Ashby, 2003). Highlighting the credentials of authors proves their experience in a field, and offers credibility to research (Vance et al, 2013). The institutional affiliations of all participants were clearly indicated in the article. Credibly, they were all affiliated to leading institutions in the United Kingdom. However, the educational attainments of the authors were not listed. The article was published in the journal Soccer and Society, a relatively new, peer reviewed journal database with a growing readership and specific focus on sociological, financial and scientific matters of soccer. A database that does not offer peer reviews has lower regard in the scholarly world, since evidence for clarification of the research process is a necessity for quality control (Rafols et al, 2012). Rychetnik et al. (2002) noted that the abstract should clearly summarize the main sections of an article. The abstract is clearly and systematically outlined to provide highlights of every major part of the article; the background, aims, methods, results and conclusion. A strong justification was offered to explain why they carried out the research, noting that the unique approach of the research (soccer-based exercises, unlike mere walking and running used in many research studies; and the location of recruitment). No clear research questions were provided to guide the research. Research questions are an important step in guiding readers of an article through the transition from the aims to the results. As such, sufficiency of research

Engineering The palms in Dubai aka 8th wonder of the world Essay

Engineering The palms in Dubai aka 8th wonder of the world - Essay Example The Islands add about 1, 600 km to Dubai’s coastline and have already been termed as the eighth wonder of the world. The three islands facilitate over 100 luxury hotels and a large number of residential and entertainment centers [1]. This report presents an analysis of one of the best engineering marvels, the Palm Islands project. The report will first give a background of the project, including the construction process, and then discuss the challenges faced by the engineering team. The impacts of this mega project on the local environment and the coastal eco system will also be discussed in detail. Table of Contents Abstract 1 Table of Contents 2 Introduction 3 Reasons for construction of the Palm Islands 4 Construction Process 4 Curving the land 5 Engineering Challenges 6 Environmental Impact 8 Project Result 9 Conclusion 9 References 11 Introduction The UAE is one of the world’s largest and fastest growing economies. This country has witnessed immense investments in the construction industry hence becoming the largest construction market in the GCC [2]. According to Noack [3], the country’s construction industry managed to record a strong development between 2007 and 2009 despite the global financial distress. In 2009, the industry contributed approximately 8% to the country’s GDP. ... An island is made up of piles of lava rising above the water level. Technically, the Palm islands are manmade peninsulas made of sand dredged from the Persian Gulf [4]. Among the three islands, the Palm Deira is the largest and is also the largest artificial island in the world. Construction was commissioned by Sheikh Mohammed bin Rashid Al Maktoum. The islands were constructed by Jan De Nul and Van Oord, the former being a Belgian company and the latter a Dutch company, with each settlement shaped like a palm tree. Palm Jumeriah was the first island to be constructed. Its construction commenced in June 2001. Also situated on an artificial island in Dubai is the Burj al Arab. This is a luxury hotel standing 280 meters from Jumeriah beach. It is the world’s fourth tallest hotel and has a private curved bridge connecting it to the main land [5]. Reasons for construction of the Palm Islands The Palm Island is unquestionably one of the most ambitious and enterprising ventures to h ave ever been imagined and constructed. The core purpose of the entire construction of the islands was to increase the tourism sector in Dubai. This was to be achieved by providing a tourist destination that stands out from the rest, brimming with world class hotels, upscale amenities and hundreds of miles of beaches all in one unique place [2]. The other objectives of the construction project were to complete reclamation of land and as a result, achieve pioneer status as well as fame. The reclamation would then allow for construction of hotels and housing facilities. This would involve many foreign investors and hence improve Dubai’s international recognition [3]. Construction Process Construction of The Palms began in mid 2001 [5]. The Islands are made of sand

Pathophysiology of Skin Alterations

Pathophysiology of Skin Alterations Skin Alterations Beverly Phelps Abstract Human skin is the largest multifunctional organ of the body, and knowledge of its structure and function is essential to clinicians and researchers. The skin has two layers, the epidermis and dermis, separated by a basement membrane zone. It provides protection, sensation, thermoregulation, biochemical/metabolic, and immune functions. Key and emerging concepts important to understanding pathophysiological mechanisms for practicing clinicians are: knowledge of differences between acute and chronic wounds; ability to evaluate depth and extent of injury; and understanding stages of healing versus zones of activity. Discussion: Explain pathophysiology of broad categories of skin alterations (e.g., minor, traumatic, burns, benign, parasitic, pressure ulcers, cancerous, infectious, and inflammatory). Also discuss causative agents, assessment data (what it looks like, pathophysiological changes, and presenting symptoms). Skin Alterations This paper will cover minor wounds, burns, pressure injury, and cancer with variations in skin color, as well as the causative agents and assessment data. Minor Wounds Minor skin wounds occur as the result of unanticipated trauma and may include lacerations, abrasions, blisters and more serious wounds such as skin tears and bites. Lacerations are often irregular shaped wounds with ragged skin edges and typically have deeper skin damage and bruising noted. Abrasions are known as grazes and are more superficial wounds in which the top layer of the skin is remove by sliding across a rough surface and usually contains some dirt and sometimes even particles of what scraped it. Blisters are the result of friction of between the top two layers of the skin, or coming in contact with something hot, removing the top of the blister, puncturing the blister, or draining the fluid will cause the area to heal more quickly, and will require a protective dressing afterwards. A cut or incision usually has clean edges as a result of the cause of injury, for example a sharp knife. If it is a deep wound it can bleed profusely and nerve and muscle damage can occur. Human and animal bites are of special concern, especially in puncture wounds, as bacteria from the mouth can enter the wound resulting in an increased risk of tetanus an d infection. Most animal bites are from pets, usually dogs and cats, and can cause abrasions, deep scratches, and lacerations as well as puncture wounds. Cat bites and scratches are considered more serious due to the high incidence of infection due to the germs that are in their mouth and under their claws. Infection is the largest risk of minor traumatic wounds as they often contain debris and bacteria from the cause of the injury. The treatment from a minor traumatic wound is to clean the wound and surrounding skin, removing any debris and other foreign material. Abrasions require thorough irrigation as ground dirt is frequently embedded in these wounds. Apply an antiseptic solution to cleanse the wound using chlorhexidine, povidone-iodine and normal saline. Surgical wounds that have been stitched together, just clean the old blood prior to the application of a dry dressing. The most important thing is to try to determine the cause of the injury or the object which caused the injury and when the injury occurred. Wounds greater than six to eight hours old have an increased risk of infection. With all traumatic injuries assess the patient’s tetanus status and ensure they have adequate coverage. Following this an assessment of the wound can be made for the location, size, and depth and any additional trauma to underlying structures such as muscle, tendon, nerve, vascular and bone. Animal bites must be monitored for 24-48 hours for signs of infection. Precautionary antibiotic may be administered. Burns Burns can be sustained in a number of ways with children and the elderly where it is the most common. Scalds involving hot liquids are the most common type of burns. In adults, flame burns are more prevalent and other causes can include chemical contact, electrical, friction damage, and sunburn. The seriousness of a burn injury depends on several factors including the size, depth of the burn, the location of the burn, and the age and general medical condition of the burn patient. Clinical studies suggest that about 95% of all burns are relatively minor, however about 5% require hospitalization and highly specialized treatment. The severity of a burn determines the type of treatment it requires. There are 5 recognized grades of burns, minor/superficial, superficial partial thickness, mid dermal partial thickness, deep dermal partial thickness, and full thickness, which has replaced the first, second and third degree terminology used before. Minor/Epidermal is characterized by red, painful, usually not blistered, and will heal within approximately 7 days with no scarring. Superficial dermal is characterized by blistered with pale pink base, very painful and usually heals by epithelialization in 10 – 14 days with no scarring. Mid – Deep dermal is characterized by blotchy, red or white base +/- blisters, no capillary return, predominantly painless, prolonged healing with possible scarring and contracture, and heal in 14 – 28 days. Full thickness is characterized by leathery, white or charred, painless, and prolonged healing with scarring and possible loss of function. The clinical objectives for management of burns are stabilize the patient, cool the wound, debride devitalized (necrotic) tissue, protect from infection, and close the wound by first or second intention healing or by grafting. The impact of first aid cannot be overemphasized with rapid, effective first aid helping to prevent further damage and deeper tissue loss. Burn wound conversion refers to the process whereby tissue damage can extend to deeper layers resulting in prolonged healing. This increases the risk of complications post healing such as contraction and keloid or hypertrophic scarring. Pressure Ulcers . A Pressure Injury is a wound caused by unrelieved pressure of tissue compressed between a bony prominence and an external surface which is classified according to the extent of tissue damage. Synonymous terms include pressure sores, bedsores, and decubitus ulcers. As a result of unrelieved pressure, the network of vascular and lymph vessels supplying oxygen and nutrients to the tissues can be occluded. Several factors are involved in determining if a Pressure Injury will develop and include: duration of pressure, intensity of pressure, and the ability of tissue to tolerate pressure (tissue tolerance). However, there is no universal agreement as to the length of time and the intensity of pressure before tissue damage occurs. Other major factors include: shear, friction forces, and moisture. Pressure Injuries affect people who are largely immobile. They are most common amongst the elderly, but can effect anyone who is confined to a bed or wheel chair. On average 10% of hospitalized p atients can develop a pressure ulcer during their stay. Recent prevalence studies undertaken in several major Australian teaching hospitals identified the prevalence rate of pressure ulcers as being between 5.4% and 15.6%. The most common positions for pressure ulcers are Sacrum/tail bone, Heel, Ischia/buttocks, and Greater trochanters/hip Pressure injury classification are classified according to the level of tissue damage that has been sustained and staging system is used. There are 4 stages of pressure injuries, and are as follows. Stage one is described as intact skin with observable changes including areas of persistent redness. Stage two is described by partial thickness skin loss involving epidermis and or dermis. Stage three is described by full thickness involving damage or necrosis of subcutaneous tissue that may extend down to, but not through, underlying fascia. Stage four is described as full thickness skin loss with extensive tissue destruction to muscle, bone, or supporting structures, tendon, and joint capsule, and may have undermining or sinus formation. The primary treatment and objective for management of pressure injuries are: reduction of pressure and shear forces, management of exudate, prevention of contamination leading to infection, creation of a moist wound environment, and to minimize the frequency of dressing changes, which is generally more cost effective, and provide more rapid healing and less disruption to the patient. Skin Cancer. Skin cancer occurs when errors occur in the DNA of skin cells. The mutations cause the cells to grow out of control and form a mass of cancer cells. Cells involved in skin cancer begin in your skin’s epidermis. The epidermis provides a protective cover of skin cells that your body continually sheds. The epidermis contains three main types of cells: the squamous cells that lie just below the outer surface and function as the skin’s inner lining, the basal cells, which produce new skin cells, sit beneath the squamous cells, and melanocytes which produce melanin, the pigment that gives skin its normal color, and are located in the lower part of your epidermis. Melanocytes produce more melanin when you’re in the sun to help protect the deeper layers of your skin. Where skin cancer begins, is determined by its type and will also determine the treatment options. Skin cancer is the abnormal growth of skin cells that most often develops on skin exposed to the sun. But th is common form of cancer can also occur on areas of your skin not ordinarily exposed to sunlight. There are three major types of skin cancer — basal cell carcinoma, squamous cell carcinoma and melanoma. You can reduce your risk of skin cancer by limiting or avoiding exposure to ultraviolet (UV) radiation. Checking your skin for suspicious changes can help detect skin cancer at its earliest stages. Early detection of skin cancer gives you the greatest chance for successful skin cancer treatment. Skin cancer develops primarily on areas of sun-exposed skin, including the scalp, face, lips, ears, neck, chest, arms and hands, and on the legs in women. But it can also form on areas that rarely see the light of day like your palms, beneath your fingernails or toenails, and your genital area. Skin cancer affects people of all skin tones, including those with darker complexions. When melanoma occurs in people with dark skin tones, its more likely to occur in areas not normally exposed to the sun Ultraviolet light and other potential causes Much of the damage to DNA in skin cells results from ultraviolet (UV) radiation found in sunlight and in the lights used in tanning beds. But sun exposure doesnt explain skin cancers that develop on skin not ordinarily exposed to sunlight. This indicates that other factors may contribute to your risk of skin cancer, such as being exposed to toxic substances or having a condition that weakens your immune system. Risk factors Factors that may increase your risk of skin cancer include: Fair skin.  Anyone, regardless of skin color, can get skin cancer. However, having less melanin in your skin provides less protection from damaging UV radiation. If you have blond or red hair and light-colored eyes, and you freckle or sunburn easily, youre much more likely to develop skin cancer than is a person with darker skin. A history of sunburns.  Having had one or more blistering sunburns as a child or teenager increases your risk of developing skin cancer as an adult. Sunburns in adulthood also are a risk factor. Excessive sun exposure.  Anyone who spends considerable time in the sun may develop skin cancer, especially if the skin isnt protected by sunscreen or clothing. Tanning, including exposure to tanning lamps and beds, also puts you at risk. A tan is your skins injury response to excessive UV radiation. Sunny or high-altitude climates.  People who live in sunny, warm climates are exposed to more sunlight than are people who live in colder climates. Living at higher elevations, where the sunlight is strongest, also exposes you to more radiation. Moles.  People who have many moles or abnormal moles called dysplastic nevi are at increased risk of skin cancer. These abnormal moles — which look irregular and are generally larger than normal moles — are more likely than others to become cancerous. If you have a history of abnormal moles, watch them regularly for changes. Precancerous skin lesions.  Having skin lesions known as actinic keratosis can increase your risk of developing skin cancer. These precancerous skin growths typically appear as rough, scaly patches that range in color from brown to dark pink. Theyre most common on the face, head and hands of fair-skinned people whose skin has been sun damaged. A family history of skin cancer.  If one of your parents or a sibling has had skin cancer, you may have an increased risk of the disease. A personal history of skin cancer.  If you developed skin cancer once, youre at risk of developing it again. A weakened immune system.  People with weakened immune systems have a greater risk of developing skin cancer. This includes people living with HIV/AIDS and those taking immunosuppressant drugs after an organ transplant. Exposure to radiation.  People who received radiation treatment for skin conditions such as eczema and acne may have an increased risk of skin cancer, particularly basal cell carcinoma. Exposure to certain substances.  Exposure to certain substances, such as arsenic, may increase your risk of skin cancer References http://www.sh.lsuhsc.edu/policies/policy_manuals_via_ms_word/wocn/wocn_08.pdf http://www.medscape.com/viewarticle/562489_4 http://annonc.oxfordjournals.org/content/16/9/1425.full http://www.ncbi.nlm.nih.gov/pubmed/17523178 http://www.mayoclinic.com

Technology and Individualization in Education Essay -- Technological I

Technology and Individualization in Education Technology is a major influential factor in the progression of education. Technology has allowed for many positive advances in education, allowing for more efficient, more individualized learning. The introduction of computers in education has provided countless benefits to students, and enhanced learning greatly. Students now have a much broader wealth of information in which they can get knowledge from, and more specialized learning. Education will continue to be benefited by technology as progression continues. Individualization in education should be an ultimate goal, and this can only be achieved through technology. Technology should continue to be an influential factor in education. Computers have been the most influential form of technology to affect education. Many experts are critical of computers in the classroom. Dennis Gooler suggests that computers institute a gender gap, and that serious questions need to be addressed before computers are allowed in classrooms. He says that boys are much more inclined to use computers, and that girls will be left behind in the technology craze. I think that the way to solve this problem is to have computers in schools and promote their use by both genders. Computers allow for students to learn individually, and to gain access to a plethora of knowledge that has recently become accessible. There are many ways that computers have benefited learning. Studies have proven that computers in the classroom cause students to get better grades, because their learning is based on personal learning styles. Before computers were invented, all papers had to b e typed out in typewriters. Computers have made typing papers much easie... ...ucation. Our society is in a constant state of progression through technology, and it is only right that education is included. Education is positively effected by technology in many ways, and will continue to be benefited, until individualized education is achieved. Advancement occurs all throughout the Bible, and the importance of education is stressed. I believe that God is pleased when the two come together for an advantageous outcome. Works Cited 1) Gooler, Dennis D. â€Å"Computers in the Classroom: What is the effect on the Gender Gap?† Stanford March 1998: 1-10. www.Google.com. 9 November 2001.