Air pollution in China Essay Example | Topics and Well Written Essays - 1000 words

Air pollution in China - Essay Example country claiming that the country would continue to grow its economy relying on the energy inefficient industries and using the polluting agents (Feng, 1999). However, the studies claim that the cost of pollution would oppose the development a feature that has begun stagnating development endeavors in the country as the discussion below portrays. The introductory paragraph above states that pollution is costly and deters infrastructural development and economic growth in the country. China’s economy has grown within the last few years owing to the rapid industrialization of the country. China is among the largest consumers of fossil fuels in the world with most of the industries in the country running on petroleum products. While industrialization has fostered the economic growth of the country, such endeavors have contributed to different forms of pollution thus culminating in the current state of affairs. Currently, the rate of pollution has reached the highest level deterring visibility owing to fog. Such high levels of pollution have begun affect the country’s economic growth by making the country, a country that was once the leading global investment destination, lose on foreign investors most of who site the health implications of the intense pollution. Industries in China are the leading pollutants. The country has millions of industries that run of fossil fuels thereby emitting large amounts of carbon monoxide and carbon dioxide among other poisonous gases. Cities in the northern parts of the country are more polluted than in any other parts of the country owing to high number of industries in such regions. China for example is the leading exporter of steal globally (Innes & Hassan, 2000). Steel and cement industries are among the companies located in the northern parts of the country. Cement and steel industries in the country contribute to pollution owing to the large-scale evacuation processes they carry out coupled with an equally large-scale

Ultraviolet light Essay Example | Topics and Well Written Essays - 250 words

Ultraviolet light - Essay Example One common source of UV light is produced through black lights. These devices are lamps that are designed to produce electromagnetic radiation that is still ultraviolet yet remains partially visible. This process can be accomplished through any number of means but the effect can be achieved simply though the application of a filter that removes some of the visible light. Ultimately it is among the safest forms of the light as it to the UVA region and has a relatively long range. This long-range translates to a low frequency which ultimately means that it is low energy. Although some negative health consequences can result from intense or long term exposure it is still considered relatively harmless. This brings into question whether or not there are any beneficial effects of UC light. It is the case that UV light is a kind of double edged sword as there are both beneficial and harmful effects. UV light helps stimulate the production of vitamin D in humans. However prolonged exposure can cause painful sunburns and even alter human DNA and ultimately cause the growth of certain types of cancer.

Language and Identity Essay Example for Free

Language and Identity Essay Who am I? What is it that defines that personality? Anzaldua argues in her essay that the language is what defines one’s identity. Language is indeed an important component of culture, and culture is known to be a crucial definer of identity. People use language to connect to their identities and communicating their realities and values to themselves and to the world around them†¦ In other words, language is important because people use it to express their thoughts and beliefs. â€Å"People evolve a language in order to describe and thus control their circumstances† (Baldwin 109). Consequently, language does not necessarily define identity as much as identity defines language. People decide on what language to use in order to communicate with their communities according to their identities. One’s identity defines and regulates the use of language and not the contrary. People speak different languages; this difference is used to identify and distinguish between different people, different ethnicities and races. The human need to belong to a group makes them abide to a specific language and dialect that represents their specific community and differentiate it from the rest. Language is what connects people to their communities; they are directly connected to people who speak the same language as them. Anzaldua argues that â€Å"Ethnic identity is twin skin to linguistic, I am my language† (Anzaldua 136), which strongly supports the fact that language is used to ensure that people belong to group. Talking the same language and using the same expressions defines to which group people belong to, it also evaluates the truthfulness of the affiliation. â€Å"Until I can take pride in my language, I cannot take pride in myself†, which basically states that language shapes one’s identity. This statement however, does not apply to all situations and communities and is certainly not constant. There are people who cannot identify to a specific group but rather to a variety of communal affiliations. Most people speak multiple languages; each language connects them to a specific culture and group of people. Tan clearly mentions in her story that she had to speak two different languages to her Asian mom who had her own made up English. Tan relates to both her Asian descent and American belongings by using her mom’s made up English to speak with her mom, and uses the proper English to give lectures and speak to most Americans. On the same grounds, Anzaldua learned through her life experiences to frequently use multiple types of English, and many other Dialects of proper Spanish and Mexican Spanish. She uses each language to communicate, connect and affiliate to specific people according to their background. This proves that the assumption that language defines culture and identity fails. What happens to the people who speak many languages, do they not get the benefit and pride of belonging to a certain community? Rather the contrary, they belong to multiple communities and they choose which group they want to communicate with and with which language. People have the ability to switch from a language to another to be part of a group and this supports the idea that identity defines and shapes language, and not the opposite. Language is used as a way to identify with people, but it is also used to distinguish between them. People use language to differentiate between people and associate them to a specific culture and community according to the language they speak. America is known for having a diverse population, and people are identified based on their language; Mexicans can be recognized to be Mexicans because of their accents even though they might be Caucasian. Tan argues that her mom spoke broken English that limited the people’s perception of her capacities. â€Å"People in department stores, banks, restaurants, did not take her seriously† (Tan 144)which strictly proves that people who do speak the proper language of the specific group they happen to be in generates a different treatment than that a true English speaker. Baldwin denounces that black Americans are treated differently than white Americans because they speak English with a different accent. When speaking â€Å"Black English, you have confessed your parents, your youth, your school, your salary, your self-esteem, and, alas, your future† (Baldwin 110) according to Baldwin. People associate language with background which then leads to choose to treat that specific person a talk to him a way they associate with the people who speak that exact same language. In this case, for the minority, it is language that assumes their behavior, but for the other dominant group, it is identity that shapes behavior. It is their identity that tells them that a specific language must be allocated with that specific type of person and then treat them in the way it is conventions set. People speak a specific language because it is in their identity to do so, and they choose to treat people differently according to language. This allows me to conclude that identity defines language, and language triggers behavior. Language is a major crucial component of our everyday life; it is used to differentiate between different categories of people, connect with one each group, and then choose how they will address those people. People argue that it is language that defines which type of person you are and shapes your identity. The arguments and the authors I quoted obviously proved the contrary, and stated that it is one’s identity that sets up and decides on the language used. References: Anzaldua, Gloria.  «How to Tame a Wild Tongue. » Nancy R Comley, David Hamilton, Carl H Klaus, Robert Scholes, Nancy Sommers, Jason T ougaw. Fields of Reading. New york : Bedford/ St. Martins , 2010. 131-141. Baldwin, James.  «If black english Isnt a language, Then Tell Me, What is. » Nancy R Comley, David Hamilton, Carl H Klaus, Robert Scholes, Nancy Sommers, Jason Tougaw. Fields of Reading. Bedford/St. Martins, 2010. 109-113. Tan, Amy.  «Mother Tongue. » Nancy R Comley, David Hamilton, Carl H Klaus, Robert Scholes, Nancy Sommers, Jason Tougaw. Fields of Reading. New York : Bedford/St. Matins, 2010. 142-147.

Musculosketal Systems and Physiology of Exercise

Musculosketal Systems and Physiology of Exercise The growth of the skeleton determines the growth and proportion of the body, the skeleton begins to form 6 weeks after fertilisation, bone growth goes through rapid growth through adolescents however genrally the skeleton does not stop growing up to the age of 25. Ossification is the formation of bone. The process of calcification – the deposition of calcium salts-occurs during ossification, but it can also occur in other tissues. When calcification occurs in tissues other than bone, the result is a calcified tissue (calcified cartilage) that does not resemble bone. Two major forms of ossification exist: endochondral and intramembranous. In endochondral ossification, bone replaces existing cartilage. In intramembranous ossification, bone develops directly from mesenchyme or fibrous connective tissue. (fundamentals of A and P) Word count 119 The human skeleton consists of 206 bone. When together the skeletal system provides the framework which all other tissues and organs attach giving the body shape. The skeletal system is divided into two parts the axial which is made up of the spine, skull, ribs and sternum. The appendicularskeleton which is made up of the pelvis, arm and leg bones. The skeleton has 5 main functions. Shape- The shape of the bone structure changes as the body grows. The skeletal system determines the height and width of a person, body shape is heredity. The three main body shapes are ectomorphs (tall and thin), mesomorphs (short and muscular), endomorphs (apple shape) Support- the skeleton provides support to the body and keeps the internal organs in place. The vertebral column allows someone to stand erect. The pelvis and leg bones are strong enough to carry the weight of the whole body. Movement- The bones are held together by ligaments. Tendons attach the muscles to the bones. Combined the muscular and skeletal system carry out movement, when muscles contract bones move. Protection- The skeleton protects vital organs from damage. The skull houses the brain, while the vertebral column protects the spinal cord which controls all bodily functions through communication with the brain. The thorax and sternum protect the heart and lungs. (livestrong.com) Words 280 The Pivot joint- In a pivot joint, the rounded or pointed surface of one bone articulates with a ring formed partly by another bone and partly by a ligament. A pivot joint is monoaxial because it allows rotation around its own longitudinal axis only. Ball and socket- Consists of a bonelike surface of one bone fitting into a cuplike depression of another bone. Examples of functional ball and socket are the shoulders. Hinge Joint- The convex surface of one bone fits into the concave surface of another bone. Hinge joints are in the knee, elbow, ankle and interphalangeal joints. Ellipsoid Joint- The convex oval-shaped projection of one bone fits into the oval shaped depression of another bone. Examples are the wrist and metacarpophalangeal joints. Saddle Joint- The articular surface of one bone is saddle shaped and the articular surface of the other bone fits into the saddle as a rider would sit. The most common saddle joint is the trapezius Gliding Joint- The articulating surfaces of bones in a planar joint are flat or slightly curved. Some examples are the intertarsal joints between tarsal bones at the ankle joints. Sternocostal joints sternum ends of the costal cartilages at the tips of the second through seventh pairs of ribs. Gliding joints primarly permit side to side and back to back movements. (words 220) The bones at a synovial joint are covered by articular cartilage, which is typically hyaline cartilage and occasionally fibrocartilage. The cartilage covers the surface of the bones with a smooth surface but does not bind them together. Articular cartilage reduces friction between bones in the joint during movement and helps to absorb shock. Articular capsule- A sleeve like capsule l surrounds a synovial joint, encloses the synovial cavity, and unites the articulating bones. This is composed of two layers, an outer fibrous capsule and an inner synovial membrane. The FC, usually consists of dense, irregular connective tissue that attaches to the periosteal of the articulating bones. The flexibility of the FC permits considerable movement at a joints while tensile strength helps prevent bones from dislocating. The fibres of some FC’s are arranged in parrelel bundles that adapted for resisting strains (ligaments). The mechanical structure of ligaments helps to hold bones together in a SJ. The SM, is composed of areolar connective tissue. Synovail Fluid- The SM secretes SF, which forms a thin film over the surfaces within the articular capsule. This clear/yellow fluid consists of hydrochloric acid and interstitial fluid filtered from blood plasma. The functions of this fluid are reducing friction by lubricating the joint and supplying nutrients to and removing metabolic wastes within articular cartilage. (Grabowski and tortora 2003) (220 words) TAQ 2 Three layers of connective tissue are part of each muscle; epimysium, perimysium and endomysium. The entire muscle is surrounded by epimysium a dense layer of collagen fibres. The epimysium separates the muscle from surrounding tissues and organs. It is connected to the deep fascia, a dense connective tissue layer. The connective tissue fibres of the perimysium divide the skeletal muscle into a series of compartments, each containing a bundle of fibres called a fascicle. Possessing collagen and elastic fibres, the perimysium contains blood vessels and nerves that maintain blood flow and innervate the muscle fibres within the fascicles. Each fascicle receives branches of these blood vessels and nerves. At each end of the muscle, the collagen fibres of the perimysium, perimysium and endomysium come together to form a bundle known as the tendon or aponeurosis. Tendons and aponeurosis usually attach skeletal muscles to bones. Where they contact the bone, the collagen fibres extend into t he bone matrix, providing a firm attachment. Any contraction of the muscle will exert a pull on the attached bone. Muscle contraction huge quantities of energy. An extensive vascular network delivers the necessary oxygen and nutrients and carries away metabolic wastes generated by active skeletal muscles. (Martini2006) words 200 The primary cell types of tendons are the tenoblasts and tenocytes. Tenocytes are mature tendon cells that are found throughout the tendon structure, connected to collagen fibres. Tenocytes are mature tendon cells that are found throughout the tendon structure. Tendon tissue is the tissue which connects muscles to bones. Tendons are the connective tissues that transmit the mechanical force of muscle contraction to the bones; the tendon is firmly connected to muscle fibres at one end and components of the one at its other end. The tendons are the strongest amongst the soft tissues. They require great strength is necessary for withstanding the stresses generating muscular contraction. A tendon is composed of dense fibrous connective tissue made up primary fibres are bunched together into subfasicles. Multiple secondary fibre bundles form tertiary fibre bundles, groups of which in turn form the tendon unit. Primary, secondary and tertiary bundles are surrounded by a sheath of connective tissue (endotenon) which facilitates the gliding of bundles against one another during movement. (Britannica.com) (words 160) Skeletal muscle adaptations to extend to underwater time despite selective vasoconstriction include elevated myoglobin concentration, high acid buffering ability and high aerobic and anaerobic enzyme activities. Because cardiac muscle is perfused during dives, it will rely less heavily on MB and anaerobic pathways to support contractile activity even before birth, it may be more physiolically mature at birth and develop faster than skeletal muscles. (jeb.biologists.org) The energy for muscle contraction comes from ATP, which in turn comes from the metabolism of glucose and fatty acids. But not much ATP is stored in the muscles that just a few twitches could quickly exhaust the supply. Creatine phosphate cannot be used directly to power muscle contraction but phosphate can transfer its phosphate group to ADP to form ATP: Creatine phosphate + ADP += creatine + ATP. Two types of skeletal muscle Red (Slow twitch) White (Fast twitch). Red has a rich blood supply, numerous mitochondria and myglobin, that forms a loose combination with oxygen and stores it in the muscle. Although it contracts rather slowly it is capable of long term activity without fatigue. White Muscle has a limited blood supply, few mitochondria and a low myoglobin content. It depends entirely on anaerobic breakdown of glycogen for its energy supply is capable of very strong rapid contractions for a short period of time. Because these fibres have fewer mitochondria and capillaries than red fibres, their ability to resynthesize ATP through oxidative phosphorylation is limited and they fatigue rapidly. Muscle fibre types also differ between the sexes. Women tend to have more red fibres and less white fibres so a female will have less strength than a male but has more endurance. Men with more white fibre depend more on storing carbohydrate for fuel, therefore they have less endurance. Smooth muscle has some differences to skeletal muscles they are a pplied slowly and smoothly- contractions of the digestive system can occasionally rapid. In smooth muscle Ca ions activate the myosin, through two intermediate enzymes before the ATP becomes involved. Although smooth muscle contraction is slow it is efficient it uses 10% of the ATP required by skeletal muscle to produce the same strength contraction. Cardiac muscle is unique to the heart. It is able to beat incessantly because it never maintains a contraction. It contracts and promptly relaxes and the relaxation period is twice as long as its contraction period. The relaxation periods and contraction periods are strictly programmed; the muscle rests, then it must contract before it can rest again. Cardiac muscle is unlike smooth or skeletal muscle, it cannot rely on anaerobic metabolic pathways to provide its energy; it must never fail to get all the oxygen it needs. Cardiac muscle is the muscle in our bodies that is unable, except in disease states, to achieve a state of sustained contraction. (biog1445.org) (Martini 2006) Words 506 TAQ 3 The Impact of exercise on the Cardiovascular system: At rest the average cardiac output is 5.8 litres per minute, this changes significantly during exercise, the pattern of blood distribution changes. Light exercise: before you begin to exercise, the heart rate will increases slightly because of the rise in sympathetic activity. Extensive vasodilation occurs as the rate of oxygen consumption in skeletal muscles increases. Peripheral resistance drops, the blood flow through the capillaries increases and blood enters the venous system at a fast rate. The venus return increases as skeletal muscle contractions squeeze blood along the peripheral veins and increased breathing rate pulls blood into the venae cavae via respiratory pump. Cardiac output rises, primarily in response to the rise Respiratory System As the cardiac output rises the blood flow to the lungs ( pulmonary perfusion) increases. The oxygen diffusing capacity a measurement of the rate the avelor air into the blood increases during maximal exercise because more pulmonary capillaries become perfused. There becomes a greater surface area available for diffusion of oxygen into the pulmonary blood capillaries. During vigorous exercise, oxygen consumption and pulmonary ventilation both increase dramatically. With moderate exercise the increase is due to an increase in the depth of ventilation rather than the increased breathing rate. The abrupt increase in ventilation at the beginning of exercise is due to neural changes that send impulses to inspiratory area. The gradual increase in ventilation is due to chemical and physical changes in the blood stream Decreased hypophosphite due to increased oxygen Slightly increased Pc02 due to CO2 production contracting muscle fibres Increased temperature, due to the release of more heat as more oxygen is utilized. Smoking lowers respiratory effiency during exercise even with moderate exercise because several factors effect the respiratory system Nicotine constricts terminal bronchioles Carbon monoxide binds to haemoglobin reducing oxygen carrying capability Irritants in smoke cause muscus secretion to increase Muscular People with a higher proportion of fast glycolytic fibres often participate in activities which require periods of intense activity such as weight lifting. People with higher percentages of slow oxidative fibres are better at activities that require endurance ( long distance running). The total number of skeletal muscle fibres do not increase, the characteristics can alter to some extent. Aerobic exercises cause gradual transformation of FG fibres into FOG fibres. The transformed muscle fibres show slight increases in diameter. Exercise require great strengths for short periods of time to produce an increase in the size and strength of FG fibres. The increase is due to increased synthesis of thick and thin filaments. The result of muscle enlargement is evidence by the buldging muslces of body builders. Anabolic steroids are hormones similar to testosterone which increase muscles and strength during exercise. The large doses required have damging effects such as aggression, heart dise ase, kidney damage and stunted growth. Skeleton Bones have the ability to alter their strength in response to changes in mechanical stress. When placed under stress the bone tissue adapts by becoming stronger through increased deposition of mineral salts and production of collagen fibres. Another effect of stress is to increase the production of calcitonin. Without mechanical stress, the bones are unable to remodel normally because bone resorption outstrips bone formation. Removal mechanical stress weakens the bones through demineralisation and decreased collagen fibres. The most common of mechanical stress on the bones is from the the pull of skeletal muscles and the pull of gravity. The bones of an athletic person become thicker and stronger, weight bearing activities help build and retain bone mass. Astronauts and people which have fractured bones can lose up to 1% of bone mass per week. Words 560 (tortora grabowski 2003) TAQ 4 Osteoarthritis This is a degenerative non- inflammatory disease where over a period of time the cartilage is gradually lost. This will result in painful and restricted movement of the affected joints. This disease is a result of aging, irritation of the joints. This disease is the cause of disability in the elderly. The articular cartilage becomes thinner because its renewal does not keep in unison with its repair. Eventually the bony articular surfaces come in contact and the bones beings to degenerate. Some abnormal bone repair does take place and the articular surfaces become misshapen. Chronic inflammation develops with the effusion into the joints, due to the irritation caused by the tissue debris not removed by phagocytes. In some cases there is abnormal outgrowth of the cartilage at the edges of the bones which becomes ossified. Primary Osteoarthritis- Is the most common type, the cause of this disease is unknown. The changes may be due to acceleration of the normal aging process within the joints which have had excessive use over the years due to plenty of physical activity. This usually begins to develop in the late stage of middle age and affects large weight bearing joints; the hips, knees, cervical and lumbar spine. In most cases of primary osteoarthritis only affects one joint. Secondary osteoarthritis- This tends to occur in the joints where the cartilage has already been damaged due to Congential deformity of bones such as dislocation Trauma, intracapsular fracture of the bone and injury to intracapsuel structures. Other conditions, inflammatory diseases, haemophilia following repeated haemorrhages into the joints, peripheral nerve lesions, gout, acromegaly, diabetic neuropathy. Osteoarthritis of the spine This condition is more common within the elderly. Degenerative changes cause narrowing of intervertebral discs and osteophytes may develop around the margins of joints of the vertebral column, commonly in the cervical region. This may cause damage to the nervous system, varying from compression of the individual spinal nerves to spinal cord injury ( the main cause of paralysis). (340) (Grabowski and tortora 2003) Cruciate Knee This is where the ligament in the knee is torn which may result in reconstructive surgery. The anterior cruciate ligament is a tough band of tissue joining the thigh bone to the shin bone at the knee joint. (nhs.com). This condition tends to affect people which are more athletic. The cruciate ligaments are found inside the knee joint. They cross each other to form an x with the anterior cruciate ligament in front and the posterior cruciate ligament in the back and forth motion of the knee. The anterior cruciate ligament runs diagonally in the middle of the knee, it prevents the tibia from sliding out in front of the femur and this provides rotational stability for the knee. There are 3 different grades of sprains which occur to the knee Grade 1 sprain is where the ligament has been slightly stretched and the knee is still stable. This will result in discomfort whilst walking and inability to participate in strenuous activity. Grade 2 This stretches the ligament to the point where it becomes loose. This is often referred to as a partial tear. Grade 3 This is referred to as a complete tear of the ligament. The ligament has been split in two pieces and the knee joint is unstable. The cruciate anterior is often injured by stopping suddenly, changing direction instantly, slowing down whilst running, landing from jumping incorrectly, direct collision’s in contacts sports such as football and rugby. When the anterior cruciate is injured often the patient will hear a popping sound and will feel their knee giving way underneath them. The most common symptoms are; The knee will swell within 24 hours. The pain and swelling may resolve naturally. However if the patient choses to attempt returning back to sports they may cause further damage to the meniscus of the knee. Loss of a range of movement in the knee Tenderness along the joint line When a person does not have the adequate muscles strength coordination or balance to quickly react to the demands of sports there is an increased risk for a serious knee injury. Glute weakness and instability lead to excessive strain being placed on the ALC. (coreperformance.com) Words 365 (orthoinfo.aaos.org) References Martini F.H, 2006, Fundamentals of Anatomy and Physiology, seventh edition, San Fracisco, Pearson education.inc Grabowski Sandra.Tortora Gerard, 2003, Principles of Anatomy and Physiology, tenth edition, Hoboken, John Wiley and sons,inc Waugh.A,Grant. A.2001, Ross and Wilson Anatomy and Physiology in health and illness, ninth edition,London, Harcourt Publishers Tortora Gerard, Grabowski Sandra, principle of Anotomy and physiology. New York. Harper Collins college. http://orthoinfo.aaos.org/topic.cfm?topic=a00549 (9/10/2014) http://www.britannica.com/EBchecked/topic/587180/tendon-organ (15/05/2015) http://www.neuroanatomy.wisc.edu/virtualbrain/Brainstem/01pyramid.html (26/05/2015) http://www.biog1445.org/demo/10/muscles.html#smooth (1/06/2015) http://www.livestrong.com/article/115165-function-skeleton (1/06/2015) http:www.coreperformance.com/knowledge/injury-pain/acl-injuries.html (2/06/2015)

How the 13 Colonies Were Named :: American History, Informative

How the 13 Colonies Were Named   Ã‚  Ã‚  Ã‚  Ã‚  The first thirteen colonies were either named after people, Indian names or, places in England. The original states/colonies are, Massachusetts, Rhode Island, Connecticut, New York, Georgia, North Carolina, Maryland, South Carolina, Delaware, Pennsylvania, Virginia, New Hampshire and New Jersey.   Ã‚  Ã‚  Ã‚  Ã‚  The three states that are named specifically after Indian names are Massachusetts, Rhode Island and Connecticut. The Puritans named Massachusetts, after a local Indian tribe whose name means â€Å"a large hill place.† Rhode Island was named after the Indian name for â€Å"Red Island.† It was officially called â€Å"The State of Rhode Island and Providence Plantations† in 1790. The third state named after and Indian name is Connecticut, which gets its name from and Algonquin word meaning â€Å"land on the long tidal river†   Ã‚  Ã‚  Ã‚  Ã‚  The eight colonies that are named after people in England are Georgia, North Carolina, South Carolina, Maryland, Delaware, Pennsylvania, Virginia and New York. Georgia was named in honor of England’s King George II. North and South Carolina were both named in honor of King Charles I. (Carolous is Latin for Charles). It is believed that Lord Baltimore who received a charter for what is now the land of Maryland, named the state after Queen Henrietta Maria, wife of King Charles I. Delaware was named by the Delaware Indians (also known as lenni-lenape) after the person Lord de la Warr. The â€Å"Keystone State,† more commonly known as Pennsylvania was named by William Penn in honor of his father. William combined the name Penn and Latin term Sylvania, which means â€Å"woodlands† to come up with â€Å"Penn’s Woodlands.

Heroes Must Die :: English Literature Essays

Heroes Must Die Blaine the big was half badger and half troll. He was a huge beast (nearly twice the height of a human) and was almost completely covered in spikes. He hated his space colony. He lived with fake trees, fake grass, fake rain, and all sorts of fake things. He longed to live on Earth and see the real things. He tried multiple times to break into the space airports and enter a ship to Earth, but the wizard guards always caught him. One day, while Blaine was sleeping, the DANGER 1 alarm went off. The alarm was only used for extremely dangerous situations. Blaine and his pet dorg (a big dog trained to kill), Leo, ran out to see what the commotion was about. He felt cold fear run all down his body. There, right in front of him, was a huge troll. Trolls had horribly big bodies and had spikes everywhere below the neck. It smelt horrible and had a double-ended axe. â€Å"What do we have here?† the troll said. â€Å"Don’t hurt me-I’m half troll. You wouldn’t hurt me would you?† stammered Blaine. Blaine decided to go for the friendly approach. â€Å"Your axe looks †¦ marvelous,† he said. Trolls loved to hear their weapons get compliments. This troll was no exception. â€Å"You think so? I really like my axe. My name’s Pete the Perilous. So, what other half are you?† â€Å"I’m Blaine. I’m half badger as well as half troll,† answered Blaine . Blaine decided that Pete wasn’t all that bad. â€Å"What troll dynasty are you from?† Blaine asked. â€Å"Oh, I’m not a troll. I’m a seronto,† said Pete. â€Å"What!† blurted Blaine. Serontos were extremely rare these days because of their not-so-smart minds. Serontos have the power to change into anything they want, and a lot of times they would turn into something deadly. Therefore, the wizards kill them not knowing they were serontos. â€Å"Turn into something smaller!† hissed Blaine. With a â€Å"pop† he turned into a pen. Blaine hastily put the pen into his pocket. Just then, a score of wizards came around the corner, all with their staffs out. â€Å"Did you see a troll around here?† the eldest wizard asked. â€Å"No† replied Blaine. He didn’t dare tell the wizards that the troll was actually a seronto, because the wizards would have just taken him to the ejection room (a room where you are sent into space to die), innocent or not because of the chaos he created.

Elcano vs. Hill case

NATUREAppeal from an order of the CFI Quezon CityFACTSReginald Hill, a minor yet married at the time of occurrence, was criminally prosecuted for the killing of Agapito Elcano (son of Pedro), and was acquitted for ―lack of intent to kill, coupled with mistake.â€â€" – Pedro Elcano filed a complaint for recovery of damages from Reginald and his father Atty Marvin. CFI dismissed it.ISSUESWON the civil action for damages is barred by the acquittal of Reginald in the criminal case wherein the action for civil liability was not reversed2. WON Article 2180 (2nd and last par) of the CC can be applied against Atty. Hill, notwithstanding the fact that at the time of the occurrence, Reginald, though a minor, living with and getting subsistence from his father, was already legally married.HELD1. NOThe acquittal of Reginal Hill in the criminal case has not extinguished his liability forquasi-delict, hence that acquittal is not a bar to the instant action against him.  Ã¢â‚¬â€œÃ ‚  Barredo v Garcia  (dual character — civil and criminal—  of fault or negligence as a source of obligation):†The above case is pertinent because it shows that the same act may come under both the Penal Code and the Civil Code. In that case, the action of the agent was unjustified and fraudulent and therefore could have been the subject of a  criminal action. And yet, it was held to be also a proper subject of a civil action under article 1902 of the Civil Code.It is also to be noted that it was the employer and not the employee who was being sued.†Ã¢â‚¬ It will be noticed that the defendant in the above case could have been prosecuted in a criminal case because his negligence causing the death of the child was punishable by the Penal Code.Here is therefore a clear instance of the same act of negligence being aproper subject matter either of a criminal action with its consequent civil liability arising from a crime or of an entirely separate and ind ependent civil action for fault or negligence under article 1402 of the Civil Code. Thus, in this jurisdiction, the separate individuality of a c quasi-delito  or culpa aquiliana under the Civil Code has been fully and clearly recognized, even with regard to a negligent act for which the wrongdoer could have been prosecuted and convicted in a criminal case aria for which, after un a conviction, he could have been sued for this civil liability arising from his crime.Culpa aquiliana  includes acts which are criminal in character or in violation of a penal law, whether voluntary or negligent.-ART 1162: â€Å"Obligations derived from quasi-delicts shall be governed by the provisions of Chapter 2, Title XVII of this Book, (on quasi-delicts) and by special laws.† More precisely, Article 2177 of the new code provides:†ART 277. Responsibility for fault or negligence under the preceding article is entirely separate and distinct from the civil liability arising front negligen ce under the Penal Code. But the plaintiff cannot recover damages twice for the same act or omission of the defendant.