Biblical Response

Debt, even if it is said to be a tool that can help one to prosper in life, I do not support that argument because debt can make one to live uncomfortable life full of stress. Debts enslave people, living their life to pay loans of money, which may otherwise have been spent extravagantly. Fro instance, borrowing money is easy such that people may be tempted to borrow without proper plan of use. This way, debts can make a person who was initially leading a prosperous life to loose his or her wealth.Influence of banks is one major factor that makes people to have debts since they have known on better ways of attracting customers to advance loans. Having debts beats the whole idea of living a disciplined life unless under unavoidable circumstances such as being unable to cater for your medical bills or education. When you tend to live with a lot of debts, it means you are trying to live a lifestyle that you can not afford. One should try to understand him or herself and put more efforts in order to improve ones life rather than being enslaved with debts.On the use of credit card, I do not agree whether one can manage credit card wisely and avoid having debts since credit cards are much tempting. It is true that people with credit cards tend to spent more than those who use their cash. This would obviously put an individual into unwarranted debts. Paying things with cash can enable one to even negotiate or bargain for reduction of the purchasing price where as is much impossible to bargain while using plastic money. In other words, it is easier to control money in from of cash than credit cards.Using credit card at the end makes one to spend more since one does not feel or realize the money being spent. Therefore, for one to avoid having debts there is need for one to use cash or debit cards whereby you have control of money spend. References Daveramsey. (2010). The Truth About Credit Card Debt. Retrieved July 27, 2010, from http://www. daveramsey. com/article/the- truth-about-credit-card-debt/ Daveramsey. (2010). The Truth About Debt. Retrieved July 27, 2010, from http://www. daveramsey.

Deception Point Page 84

â€Å"Jesus,† the pilot said. â€Å"Eighteen-knot current? Don't fall overboard!† He laughed. Rachel did not laugh. â€Å"Mike, you didn't mention this megaplume, magma dome, hot-current situation.† He put a reassuring hand on her knee. â€Å"It's perfectly safe, trust me.† Rachel frowned. â€Å"So this documentary you were making out here was about this magma dome phenomenon?† â€Å"Megaplumes and Sphyrna mokarran.† â€Å"That's right. You mentioned that earlier.† Tolland gave a coy smile. â€Å"Sphyrna mokarran love warm water, and right now, every last one for a hundred miles is congregating in this mile-wide circle of heated ocean.† â€Å"Neat.† Rachel gave an uneasy nod. â€Å"And what, pray tell, are Sphyrna mokarran?† â€Å"Ugliest fish in the sea.† â€Å"Flounder?† Tolland laughed. â€Å"Great hammerhead shark.† Rachel stiffened beside him. â€Å"You've got hammerhead sharks around your boat?† Tolland winked. â€Å"Relax, they're not dangerous.† â€Å"You wouldn't say that unless they were dangerous.† Tolland chuckled. â€Å"I guess you're right.† He called playfully up to the pilot. â€Å"Hey, how long has it been since you guys saved anyone from an attack by a hammerhead?† The pilot shrugged. â€Å"Gosh. We haven't saved anyone from a hammerhead in decades.† Tolland turned to Rachel. â€Å"See. Decades. No worries.† â€Å"Just last month,† the pilot added, â€Å"we had an attack where some idiot skin diver was chumming-â€Å" â€Å"Hold on!† Rachel said. â€Å"You said you hadn't saved anyone in decades!† â€Å"Yeah,† the pilot replied. â€Å"Saved anyone. Usually, we're too late. Those bastards kill in a hurry.† 101 From the air, the flickering outline of the Goya loomed on the horizon. At half a mile, Tolland could make out the brilliant deck lights that his crewmember Xavia had wisely left glowing. When he saw the lights, he felt like a weary traveler pulling into his driveway. â€Å"I thought you said only one person was onboard,† Rachel said, looking surprised to see all the lights. â€Å"Don't you leave a light on when you're home alone?† â€Å"One light. Not the entire house.† Tolland smiled. Despite Rachel's attempts to be lighthearted, he could tell she was extremely apprehensive about being out here. He wanted to put an arm around her and reassure her, but he knew there was nothing he could say. â€Å"The lights are on for security. Makes the ship look active.† Corky chuckled. â€Å"Afraid of pirates, Mike?† â€Å"Nope. Biggest danger out here is the idiots who don't know how to read radar. Best defense against getting rammed is to make sure everyone can see you.† Corky squinted down at the glowing vessel. â€Å"See you? It looks like a Carnival Cruise line on New Year's Eve. Obviously, NBC pays your electric.† The Coast Guard chopper slowed and banked around the huge illuminated ship, and the pilot began maneuvering toward the helipad on the stern deck. Even from the air, Tolland could make out the raging current pulling at the ship's hull struts. Anchored from its bow, the Goya was aimed into the current, straining at its massive anchor line like a chained beast. â€Å"She really is a beauty,† the pilot said, laughing. Tolland knew the comment was sarcastic. The Goya was ugly. â€Å"Butt-ugly† according to one television reviewer. One of only seventeen SWATH ships ever built, the Goya's Small-Waterplane-Area Twin-Hull was anything but attractive. The vessel was essentially a massive horizontal platform floating thirty feet above the ocean on four huge struts affixed to pontoons. From a distance, the ship looked like a low-slung drilling platform. Up close, it resembled a deck barge on stilts. The crew quarters, research labs, and navigation bridge were housed in a series of tiered structures on top, giving one the rough impression of a giant floating coffee table supporting a hodgepodge of multistaged buildings. Despite its less than streamlined appearance, the Goya's design enjoyed significantly less water-plane area, resulting in increased stability. The suspended platform enabled better filming, easier lab work, and fewer seasick scientists. Although NBC was pressuring Tolland to let them buy him something newer, Tolland had refused. Granted, there were better ships out there now, even more stable ones, but the Goya had been his home for almost a decade now-the ship on which he had fought his way back after Celia's death. Some nights he still heard her voice in the wind out on deck. If and when the ghosts ever disappeared, Tolland would consider another ship. Not yet. When the chopper finally set down on the Goya's stern deck, Rachel Sexton felt only half-relieved. The good news was that she was no longer flying over the ocean. The bad news was that she was now standing on it. She fought off the shaky sensation in her legs as she climbed onto the deck and looked around. The deck was surprisingly cramped, particularly with the helicopter on its pad. Moving her eyes toward the bow, Rachel gazed at the ungainly, stacked edifice that made up the bulk of the ship. Tolland stood close beside her. â€Å"I know,† he said, talking loudly over the sound of the raging current. â€Å"It looks bigger on television.† Rachel nodded. â€Å"And more stable.† â€Å"This is one of the safest ships on the sea. I promise.† Tolland put a hand on her shoulder and guided her across the deck. The warmth of his hand did more to calm Rachel's nerves than anything he could have said. Nonetheless, as she looked toward the rear of the ship, she saw the roiling current streaming out behind them as though the ship was at full throttle. We're sitting on a megaplume, she thought. Centered on the foremost section of rear deck, Rachel spied a familiar, one-man Triton submersible hanging on a giant winch. The Triton-named for the Greek god of the sea-looked nothing like its predecessor, the steel-encased Alvin. The Triton had a hemispherical acrylic dome in front, making it look more like a giant fishbowl than a sub. Rachel could think of few things more terrifying than submerging hundreds of feet into the ocean with nothing between her face and the ocean but a sheet of clear acrylic. Of course, according to Tolland, the only unpleasant part of riding in the Triton was the initial deployment-being slowly winched down through the trap door in the Goya's deck, hanging like a pendulum thirty feet above the sea. â€Å"Xavia is probably in the hydrolab,† Tolland said, moving across the deck. â€Å"This way.† Rachel and Corky followed Tolland across the stern deck. The Coast Guard pilot remained in his chopper with strict instructions not to use the radio. â€Å"Have a look at this,† Tolland said, pausing at the stern railing of the ship. Hesitantly, Rachel neared the railing. They were very high up. The water was a good thirty feet below them, and yet Rachel could still feel the heat rising off the water. â€Å"It's about the temperature of a warm bath,† Tolland said over the sound of the current. He reached toward a switch-box on the railing. â€Å"Watch this.† He flipped a switch. A wide arc of light spread through the water behind the ship, illuminating it from within like a lit swimming pool. Rachel and Corky gasped in unison. The water around the ship was filled with dozens of ghostly shadows. Hovering only feet below the illuminated surface, armies of sleek, dark forms swam in parallel against the current, their unmistakable hammer-shaped skulls wagging back and forth as if to the beat of some prehistoric rhythm. â€Å"Christ, Mike,† Corky stammered. â€Å"So glad you shared this with us.†

Soccer Essay Example | Topics and Well Written Essays - 1250 words

Soccer - Essay Example One way or another you have to be totally involved to watch the game and live with it. It is a matter of fact that at least 80 percent of fans are good players. Many people consider simplicity to be the fundamental of soccer popularity, even if you see the game for the very first time you can figure out this game’s manner. But alongside with its simplicity, soccer is a game of great skill and strategy. If we take a look at the crowd, watching the game at the stadium, we would admit that regardless of the age, race or religion they become equal, wearing their teams replica’s shirts or scarves, chanting and supporting their team. The object of the game of soccer is to move the ball across the field and to drive a ball right into an opposing team’s goal and to score a point as a result. There are eleven players in each team playing on a rectangular field and apparently the team that scores the most points is a winner. It is almost impossible to list every existing aspect of the game and each country where soccer is played. Soccer has its interpretation of game culture, own kinesics as a body language of communication between the team players. As the game of contradictions soccer implies development of skill and endurance. You will hardly ever be able to play the ball and perform difficult techniques without training to do so. There are many characteristics a player should gain in order to succeed. Training of strength and endurance is essential feature. Soccer is a game of confidence, reaction and rhythm, thus developing speed, power and agility is important. You have to be flexible in order to warm up or cool down when the situation requires. Soccer game requires proper equipment to increase player’s effectiveness and safety. Shoes with spikes on the bottom are special feature that increases ability to stay on player’s feet and provide a better traction on grass. Socks are very long and sometimes a player has to buy them on his own but

The Success of FedEx Research Paper Example | Topics and Well Written Essays - 4250 words

The Success of FedEx - Research Paper Example As we can see from the above discussion, all the other functions of business have to support the strategy of the company in order for it to succeed. By focusing on the consumers—which has been the function of marketing, it is able to come up with products, through research and development, which serve well their customers’ needs. In order to support their positioning that is formulated with its marketing strategy, it invests in state-of-the-art technology for its facilities—database and infrastructure, in order to ensure that it will perform to consumers what it has promised through its brand. These technologies and expansion of facilities are therefore supported by finance, by coming up with ways to raise capital. This way, the strategy the company has is supported by strategies of the various functions of its business. FedEx’s success as a company is attributable to the synergy of its systems all working to support its objective as a company. In order to deliver results to its shareholders, it has to utilize strategic management where it has to identify its objectives in line with its mission and vision, then come up with a strategy to achieve it. Along with its strategy, its various functions such as marketing, finance, research and development, operations, as well as human resources all act out their parts in order to support the strategy. The synergy of the various functions of FedEx’s business enables it to plan well and achieve what it wants in line with its mission and vision. However, for the past year, the company, due to unforeseen factors that have affected the operations fumbles a bit in its performance. This means that better strategic planning techniques should be utilized in order to lessen the impacts of such uncertainties that certainly can affect the business.

Liberal Democracy. Why are elections so important for liberal Essay

Liberal Democracy. Why are elections so important for liberal democracy - Essay Example Elections and democracy are complementary to each other. Free and fair elections are central to promoting liberal democracy. The cosmopolitan nature of the United Kingdom society has made people devise means of having organized electoral systems that are fully representative. The intention of the electorate is to consolidate their civil rights and freedoms. These electoral systems are established through either direct or indirect means of picking representatives into the House of Commons. The electoral system must avoid irregularities and guarantee the wishes of the majority while respecting the rights and the voice of the minority. The strength of the electoral process guards against unnecessary tensions (Robinson 2010). This is the essence of reviewing the parliamentary electoral system in the United Kingdom to make them representative and free. A liberal democracy like the United Kingdom thrives through democratic elections. A general election is a vital decision making process in which the people decide whom to entrust with power. Modern liberal democracies like the United Kingdom use elections to fill vacancies in the executive, parliament and the judiciary. The word election comes from a Latin word Legere meaning-choose. The essence of general elections is to change leadership and express the wishes of the citizens on key matters. Modern liberal democracies like the United Kingdom have the electoral systems which yield the best results. The most popular democratic systems are both presidential and parliamentary systems. The United Kingdom used the parliamentary system. The liberties include the freedom of speech, religion, right to private property and privacy. Liberal democracy has safeguard against majoritarianism which hurts the minority. In a liberal democracy, elections must be free and fair (Johnson 2001). The electorate must have a choice of political parties, which differ in policies and views. In a liberal democracy, voting is by secret ballot. T his ensures that voters do not feel pressured (Robinson 2010). Elections are crucial in liberal democracies because the parliament and the government are chosen by and accountable to the voters. Liberal democracies demand that elections be regular (Dunleavy & O'Leary 2000). This gives the electorate a chance to review their leaders and make changes during the election year. The government must call for a referendum on key issues that affect the lives of people directly (Williams 1998). In liberal democracies, election results must be respected since they represent the demands of the people (Diamond & Platter 2006). As a result, the power transitions must be peaceful, and this ensures economic stability. In the United Kingdom, the European court of human rights ensures that civil rights are enforced. Democratic elections guarantee equal opportunities and a fair justice system in liberal democracies (Williams 1998). The government must be limited and open to the public (Dunleavy & O'L eary 2000). Democratic elections give the people power to securitize the government in liberal democracies. The constitution gives the citizens the right to access state information if it does not compromise the security situation of the country (Robinson 2010). Democratic electoral process guarantees free media, which is not controlled by the state. This means that the media must give neutral coverage to all the political activities in the country, and at the same time criticize any the government freely (Diamond & Platter 2006). In the United Kingdom, the electoral system is free and fair. The law demands that balloting in the UK be secret, in addition to universal suffrage of, eighteen and over. The country has a number of political

Frontline Analysis of Terrorist Attacks of September 11 Essay

Frontline Analysis of Terrorist Attacks of September 11 - Essay Example The first controversy that is detailed within this program is the lack of communication between US organizations such as the FBI and CIA. Former FBI agent, Ali Soufan is interviewed in this program and he describes how the CIA withheld information from the FBI which could have stopped the terrorist attacks on September 11th. According to Soufan, he requested information from the CIA on several occasions before the attacks because he was working on another terrorist attack that had occurred on the USS Cole in Yemen and was struggling to figure out specific connections between terrorist groups(â€Å"The Interrogator,† 2011). However, the CIA ignored all of his requests, but after September 11th, 2001, they suddenly began to provide him with documents and photographs which, if he had been given access to these sources earlier, he believes that the FBI would have been able to track down the people involved with 9/11 and ultimately been able to stop it. Ali Soufan did not really un derstand why he was ignored earlier, but most people seem to think that it had to do with miscommunication in that the CIA might have thought that the FBI and other agencies already had access to this information(â€Å"The Interrogator,† 2011). There is a lot of â€Å"what ifs† in this particular controversy as people imagine what the United States and the world might look like today if these two major agencies had been better at communicating with each other. There were other problems with communication as well when it came to interrogation techniques. Ali Soufan was one of the FBI’s foremost interrogators because of his ability to speak Arabic. He had spent a great deal of time questioning terrorist subjects; however, after September 11th, 2001, the United States decided to begin using enhanced interrogation techniques which included water boarding, nudity, sleep deprivation, and no toilets. Ali Soufan did not agree with these techniques because he believed th em to be ineffective in comparison to his own method of questioning. Ultimately, Soufan and others like him were replaced by experts in enhanced interrogation techniques. Soufan attempted to communicate his concerns about this, but no one really listened. He even spoke before the government with his identity concealed that there were plenty of examples which illustrated that techniques like water-boarding did more harm than good as terrorists simply give out false information in order to stop what some consider to be torture(â€Å"The Interrogator,† 2011). The controversy here stems from the fact that Soufan believes that no significant information has been gleaned from imprisoned terrorists using these severe interrogation techniques. However, those on the other side of the argument such as Dick Cheney, continue to defend these methods and say that they have been able to thwart many potential terrorist attacks because of it. The average American will never know the truth bec ause this controversey appears to be more of a difference of opinion than anything else with each side saying that the other is wrong. The average American is also unlikely to be aware of the controversey that surrounds how much money has been spent on counter-terrorism efforts and the ultimate impact that these efforts have had on stopping

Diary for one class-------- I will upload every think that you will Essay

Diary for one class-------- I will upload every think that you will need. You have to read the slides when it is need it and you - Essay Example 2. Health Illiteracy – Even if Maria’s children can get medical treatment, the disease have a possibility of recurrence because she is not aware on what causes the disease. Also, she needs to learn more about basics of health as well as family planning. The 4ps are product, price, place and promotion. For product, the information that Maria needs is birth-control methods and hygiene. She also needs to be counseled regarding her perspective towards traditional healing and the risks. The price denotes that Maria must change her perspectives so she could address the health issues objectively and effectively. For example, the price of not using birth control could mean more mouths to feed. As for the place, the only channel for educating her at the moment is through home visits by a health care provider. Lastly, promotion can be accomplished by suggesting birth control products through some brochures and samples like oral contraceptives. As for her children, Maria can be gi ven oral rehydration salts to prevent dehydration during diarrhea. In the end, the main objective is for Maria to take initiative in visiting the health facility on a regular basis. A sterling example of corporate social responsibility was exemplified by IBM way ahead of other companies. It was also interesting that IBM initiated CSR at the time that it almost fell into bankruptcy if not for the leadership of Louis Gertsner. During that time that Louis Gerstner ruled IBM, social responsibility then was a concept that was uncommonly practiced by organizations. IBM was influenced by Gertner’s social responsibility advocacy by erasing the barriers between class and gender within the organization which is a higher form of social responsibility. Unlike other organizations, that donated for a cause or planted a tree, Gerstner made something unique. Gerstner established a diversity task force that addressed to diversity issues. In line with that, he also co-chaired Achieve, an organ ization that focuses on improving the academic standards for public school in the U.S. In fact, he really supported quality education alongside being the CEO of IBM. He established Reinventing Education, an educational partnership with a number of states and school districts, enabling them to benefit from IBM technology, and technical assistance. Social responsibility was then a concern for Gerstner even during his IBM days. In a speech addressed to Comdex, he already made mention of how technology and social responsibility go hand in hand, to wit: I think we will make our visions reality. I think that as stewards of our industry, we will step up to the challenges of social responsibility. We will improve the world, and the way we work, the way we communicate, live and learn as people.  (1995, Transcript of Louis Gestner speech at Comdex) There are abundant examples of corporate social responsibility shown by large corporations. Just recently, Coca Cola pledged 2.5 Billion Yen ($3 1 Million dollars) to Japan so the country can recover from the disasters that happened. The pledge goes to a reconstruction fund which includes free dispensing of beverages for the victims. References CSR Press Release. (2011).  Coca-Cola Raises Total Pledge to 2.5 Billion Yen (US$31 Million) for Relief and Rebuilding Efforts in Japan.

Demonstrate how to show not tell the action Assignment

Demonstrate how to show not tell the action - Assignment Example The troops trudge towards the opposite end of the terminal. Their walk is characteristics of the surprise appreciation at this morning hour. Everyone is now afoot. A handshake offered, with an accompanying smile. The looks tell of pride and gratitude in this ecstatic moment of appreciation. As they walk down the momentary alley, feelings are kinetic. The memories of the previous onslaught thaws by the warmth of this moment. As majestic as they may seem, the chill is infectious. A heroic aura blended with a show of homecoming is all a troop can experience. The magnetic moment is impetuous and the child looks on, savoring the enigma of the moment. She cannot quite comprehend the unspoken elements held so closely by the moment. As the proceeding fades down the terminal, the lingering telltale of gratitude is characteristic of both parties. The general looks back at the unfamiliar faces made fleetingly clear by the momentary bond of appreciation. For a moment, the feeling of service to t he country stands worth the take. It is the Budweiser moment of

Reality of Jesus and his mission as a liberator Essay

Reality of Jesus and his mission as a liberator - Essay Example At the same time, various theories trying to unravel the mystery of Christ mandate on earth as a liberator have emerged. One example of such theory is Christ-Mist Theory that was coined in 17th century after Jesus had walked in the rocky hills of Judea. In the theory, several atheists argue that there has never been any secular evidence to prove that Jesus really existed and had come to liberate mankind. As such, some of the atheists feel that the existence of Jesus and His mission on earth is a total myth. This justifies the fact that real there is controversy with both Christians and not-worthy religious leaders in the understanding of Jesus’, His existence, His teachings, His death and His resurrection. However, in view of how Martin and Malcolm had much in common despite them having had public differences, this paper thus explores Christian perception of Jesus as having existed and come to earth as a liberator of mankind with reference to the bible as the foundation of Chr istianity.Christian leaders believe that Jesus was sent to the Earth as a liberator. That is, His mission on Earth was to show people the way through which they could overcome their sins and imperfections. The bible confirms this and assets that â€Å"for God so loved the world that he gave His only begotten Son, that whosoever believeth in Him should not perish, but have everlasting life.† (John 3:16). The coming of Jesus was prophesized in several incidences in the Old Testament with about 300 prophecies in the Old Testament foretelling Jesus’ mission to the Earth. ... With such enormous evidence, Jesus and His mission on Earth can never be assumed to have been accidental. As a fulfillment of the Old Testament prophecies, Christians have found every bit of what was prophesized came true inclusive of His birth, His life free of sins, miracles He performed, His death and His resurrection. Despite the differences that might exist among various Christian religious beliefs, the bible offers an overall confirmation that Jesus was born in Bethlehem a neighboring city of Nazareth where his earthly parents, Mary and Joseph lived. Moreover, the conception of Jesus is believed to have been through the Holy Spirit and therefore, he was perceived to be holy (Mathew 1-2). Jesus was crucified and then buried in a grave that was borrowed. According to the scriptures, he was raised from the dead after three days. Consequently, the validity of Christianity entirely depends on the facts about the resurrection of Jesus of Nazareth. Consideration of the validity of the resurrection Christians of all walks of life believe that Jesus, who might be varied on the basis of Christian religious belief is presently alive. There are many reasons why Christians believe that Jesus really existed and that all aspects that are talked about Him are really true. The fact that Jesus himself foresaw his death and his resurrection (Luke 18; 31-33), is one of the reasons that attributes to Christians’ belief in Jesus. Christians believe that Jesus resurrected as it had been foretold since the grave in which He was buried was found empty. However, certain not-worthy religious leaders claim that Jesus was only weakened and so there was no

Political and Economic System Essay Example for Free

Political and Economic System Essay Spain’s political system is parliamentary monarchy. Spain has many different political and economic issues that can impact the society. Most of these issues can be deal by the government. Sometimes other countries can be compare and contract its political and economic issues to other countries. Political System Spain’s government is parliamentary monarchy. The most important task of the constitution was to devolve power to the regions, which were given their own governments, regional assemblies and supreme legal authorities. The central government retains exclusive responsibility for foreign affairs, external trade, defense, justice, law (criminal, commercial and labour), merchant shipping and civil aviation. Spain has been a member of the United Nations (UN) since 1955, the North Atlantic Treaty Organization (NATO) since 1982 and the European Union (EU) since 1986, and is also a permanent observer member of the Organization of American States (OAS). Spain has three branches of government which includes the executive branch, the legislative branch and the judicial branch. The Senate has 259 members, directly elected by a first-past-the-post system. Each province provides four members plus additional members in the Balearic and Canary islands, where extra members represent the various islands, making a total of 208 members. The 17 autonomous regions also elect one senator each and an additional member for every million inhabitants, totaling a further 51 members. The Senate has the power to amend or veto legislation initiated by Congress. Under Spanish law, the official result of a general election is made public five days after the vote, in order to allow sufficient time for recounts and disputed results. After the members have been sworn in, the King of Spain meets with the party leaders and asks one of them to form a government, which must then be ratified by parliament. The leader of the party of government becomes the president of Spain and has his official residence in the Moncloa Palace in Madrid. The role of citizens in Spain is that they have to be born of a Spanish mother or father. A person born in Spain of foreign parents if neither of them has Spanish nationality or if neither of the parents legislations confer a nationality to their children. Spain has many political issues. One political issue is during the last few years has been corruption among public officials, including illegal financing of political parties, tax avoidance, fraud, bribery, trying to keep a place or someone in the residential institution, nepotism, misappropriation of public funds, illegal patronage, influence-peddling and kickbacks. Spain has been described (in the Spanish press) as the most corrupt society among the original 15 members of the EU and corruption permeates political and public life at every level. This problem is affecting the Marbella council on a massive scale, involving tens of millions of euros pocketed by council officials. Economic System Spain’s economy is a well-based way to equally spread money to all of the people. Some of Spain’s natural resources include coal, lignite, iron ore, uranium, mercury, pyrites, fluorspar, gypsum, zinc, lead, tungsten, copper, kaolin; hydroelectric power. Spain’s currency is the European Union euro. Spain’s imports include machinery and equipment, fuels, chemicals, semi-finished goods, foodstuffs, consumer goods, measuring and medical control instruments. In 2011, the amount of money that Spain received for imports was $364. 9 billion. Some of Spain’s exports include machinery, motor vehicles; foodstuffs, pharmaceuticals, medicines, other consumer goods. In 2011, the amount of money that Spain received for exports was $309. 6 billion. The gross domestic per capita is thirty three thousand six hundred euros a year. In labor force 2. 4 percent goes to agriculture, 24 percent to industry, and 71. 1 percent to services. Spain came out in the number one position because it is a sunny country, because its citizens enjoy shorter working hours and more days holiday, because energy and lifestyle costs are lower, because the government invests into education and healthcare, because the average age at which people die is higher than in most of Europe and because overall, living in Spain ensures you have a better quality of life. Spain has many economic issues. One economic issue is that the Spanish banks high exposure to the collapsed domestic construction and real estate market also poses a continued risk for the sector. The government oversaw a restructuring of the savings bank sector in 2010, and provided some $15 billion in capital to various institutions. Investors remain concerned that Madrid may need to bail out more troubled banks. The Bank of Spain, however, is seeking to boost confidence in the financial sector by pressuring banks to come clean about their losses and consolidate into stronger groups. Puerto Rico doesn’t have political and economic issues similar to Spain. One reason Puerto Rico political issue is not similar to Spain because Puerto Ricans do not have representation in the U. S. Senate and no voting representation in Congress. Instead, the 4 million U. S. Citizens of Puerto Rico only have one â€Å"Resident Commissioner† who cannot even vote on the House floor. Therefore, Puerto Ricans have no say in the making of the laws and statutes that apply to them. Even though the U. S. Supreme Court has absolute jurisdiction over Puerto Rico, Puerto Ricans do not have representation in the U. S. Senate to cast an up or down vote on Supreme Court nominees. In the end, Puerto Rico is governed by a Congress in which they are not allowed to participate in, an Executive whom they did not elect, and a Judiciary whose justices they did not confirm. The 4 million U. S. Citizens of Puerto Rico are not allowed to fully participate in the democratic process of their nation. One reason Puerto Rico economic issue is not similar to Spain because recently in Puerto Rico the economy has suffered budget cuts from U. S. The Puerto Rican economy has depended heavily on the tax incentives given to U. S. mainland companies and on federal transfers. Conclusion There were many different things that I learned about Spain’s Political and Economic Systems. One thing that I found interesting was that Spain has the ninth largest economy in the world. Another thing that I found interesting was that Spain was originally a constitutional monarchy but over time became a parliamentary monarchy.

Structure And Functions Of The Skeletal System

Structure And Functions Of The Skeletal System HUMAN SKELETON is the internal structure that holds the human body up and with the help of the muscular system allows us to move, also works to protect the delicate and vital organs found inside it from being damaged. At birth the human skeleton is made up of 275 different bones and as the body matures some of these bones start to fuse together leaving only 206 bones in an adult human. A skeleton has got five different job roles which are: Blood production. Movement Shape Protection DIAGRAM: BACK FRONT (@Google) There are two major systems of bones in the human body which are Axial Appendicular skeleton. AXIAL SKELETON it is essentially suited for protection. It forms the main axis/core of a human skeletal system. It consists of: Cranium protects the brain. Made up of hard sheets of bones with fixed joints. Sort of a ball shape at the back. It is comprised of eight cranial and fourteen facial bones. The cranial bones make up the protective frame of bone around the brain. The facial bones make up the shape of a human face. DIAGRAM: (@Google) Thorax takes part in both protecting the heart and lungs, and also helps in shape of the body. Made up of a sternum and 12 pairs of ribs. Forms a concave shape. Ribs are flat bones that are close together and make a concave shape that goes around the internal organs that are vital such as heart and lungs. DIAGRAM: fully labeled on next page. (@Google) Vertebral column (spine or backbone) consists of a series of 33 irregularly shaped bones that are called vertebrae. Extends from the base of the cranium to the pelvis, providing a central axis for the body Accounts for around 40% of a human overall weight. The vertebrae of a human spine are held together strongly by powerful ligaments that allow little movement between your adjacent vertebrae but afford a considerable degree flexibility along the spine as a whole. Its main job role is to protect the spinal cord even though it also helps by supporting the ribcage by maintaining the balance between it and the abdominal cavity. The bones of a vertebral column have got cartilage joints. It is divided into parts which are: Cervical vertebrae (seven) these are the vertebrae in the neck. The first two are known as the atlas (C1) and the axis (C2). These two form a pivot joint that allows the head and neck to move freely. It is the smallest and most vulnerable vertebrae of the vertebrae column but it is the most important because it sends signal to the thoracic from the head. Thoracic vertebrae (twelve) these are the vertebrae of the mid spine, which articulate with the ribs and are also found in the thorax. The thoracic vertebrae are larger than the cervical ad increase in size from top to bottom. Lumbar vertebrae (five focused) these are situated at the lower back and are the largest of the movable vertebrae. They are required to support more weight than other vertebrae and provide attachment for many of the muscles of the back. The discs that lie between these vertebrae produce a concave curve in the back. Sacral vertebrae (five) these are fused to form the sacrum. This is a triangular bone located below the lumbar and it forms the back wall of the pelvic griddle sitting between the two hip bones. Coccygeal vertebrae (four focused) this is the last part of the vertebral column which has got four fused bones that form a coccyx or a tail bone. DIAGRAM: (@Google) APPENDICULAR SKELETON it is for movement/leverage, shape, and blood production. It can also sometimes take part in protection Consists of 126 bones makes body movement possible and protects the organs of digestion, excretion, and reproduction. The word appendicular means referring to an appendage or anything attached to a major part of the body, such as the upper and lower extremities. The appendicular skeleton is the part of the skeleton that includes the pectoral girdle, the upper limbs, the pelvic girdle, and the lower limbs. The appendicular skeleton and the axial skeleton together form the complete skeleton Pectoral griddle consists of two shoulder blades (scapulae) and two collar bones (clavicles). These bones articulate with one another, allowing some degree of movement. Shoulder blades (scapulae) is a flat triangular bone which stretches from the shoulder to the vertebral column at the back. On the back side it has a bony ridge for the attachment of the muscles. The bony ridge forms a major projection, the acromion, above the shoulder joint. Beneath the collar bone and just on the inside of the shoulder joint, is another bony projection of the shoulder blade, the coracoid process, which also serves for the attachment of muscles. The upper outer corner of the shoulder blade ends in the glenoid cavity into which fit the head of upper arm bone forming a ball and socket joint. collar bones (clavicle) has got a rod-shaped and forms a roughly S-shape It lies horizontally and articulates with the upper end of the breastbone, right in the middle and front, just above the first rib The lateral end articulates with the acromium. Collar bones serve as a support for the shoulder blades in front and keep the shoulder blades back so that the arms can hang freely at the sides of the body. They prevent the pectoral girdles from getting out of joint easily and sufficient movement of the shoulders. (@Google) Pelvic girdle is composed of two coxal (hip) bones that are located at the base of the spine. It is also known as the hip girdle. It is the bony structures to which the last limbs of a vertebrate are attached to. 1. Ilium is the upper part of the bony pelvic which is also the largest. It has a prominent ridge running along its upper surface called the iliac crest. (@biology) 2. Iliac crest is for the attachment of body wall muscles. 3. Symphysis pubis is the midline cartilaginous joint uniting the left and right pubic bones. Upper limb can be divided into five main regions which are: The Upper Arm (Humerus) is a single bone. The upper end consists of a hemi-spherical ball which fits into the socket of the shoulder blade to form the shoulder joint. The lower end of the humerus forms a shallow ball and socket joint with the radius and a hinge joint with the ulna in the elbow. Forearm (Radius Ulna) the ulna is the larger of two bones situated in the inner side of the forearm. The upper end of the ulna articulates with the lower end of the humerus forming a strong hinge joint in the elbow region. The lower end of the ulna is slender and plays a minor role in the formation of the wrist joint. The radius is situated on the thumb side of the forearm and its upper end articulate with both the humerus and the ulna. The broad, lower end of the radius forms a major part of the wrist joint, where it articulates with the wrist bones (carpals). The radius also allows the forearm to be rotated. The radio-ulnar joints are pivot joints in which the moving bone is the radius. As the head of the radius pivots at these joints, the lower end of the radius moves round the lower head of the ulna. The Wrist The wrist consists of eight carpal bones. These are small, short bones that are arranged in two rows of four. They have articulating facets which allow them to slide over one another. The Palm of the Hand The palm is supported by five long metacarpals. The metacarpals articulate with carpals at one end and with the phalanges at the other end. The Fingers The fingers are made up of fourteen phalanges. There are three phalanges in each finger but only two in the thumb. Task 1b The bones in the skeleton are classified according to their shape and size. They are divided into different categories such as: Long bones they are found in the limbs. These have a shaft known as the diaphysis and they consist of two rounded ends known as the epiphysis. They act as levers. Short bones these are small, light, strong and cube-shaped bones. They are like sweet with a hard shell and a soft centre. Flat bones these are thin, flattened and slightly curved. They have a large surface area. Sesamoid bones these are bones found in the tendons, such as the patella in the knee. Irregular bones these are bones with complex shapes and cannot be classified under any of the other categories. Cranium The cranium is a box-like cavity that consists of interlinking segments of bone that gradually fuse together during first few years of life. It contains and protects the brain. Clavicle They are long and slim bones. They provide a strong and mobile attachment for the arms and are designated for the performance of complex movements. Ribs The ribs are long, thin, curved, flat bones. They form a protective cage around the organs in the upper body. Sternum This is a long and flat bone that lies at the centre of the chest. It is commonly referred to as the breast bone and it divided into three sections: the top, the mid and the lower section. It forms the rib cage that protects the heart, lungs and major blood vessels. Humerous The humerous is the largest bone in the upper limbs. Its a long bone and its head joins with the scapula to make the shoulder joint. The end of this bone joins with radius and ulna to make the elbow joint. Radius and ulna The ulna and radius articulate distally with the wrist. The radius contributes more to the movement of the wrist than the ulna and is also the longer bone. The convex shape of the radius allows it to move around the ulna to make the hand turn. Scapula The scapulae are large, triangular, flat bones that form the posterior part of the shoulder girdle. It serves as an attachment for several muscles. Movements of the scapula are brought about by scapular muscles. Ilium The Ilium is the wide flat upper portion of the pelvis that is connected to the base of the vertebral column. It supports the lower abdominal organs. The ilium is the largest part of the innominate bone. Pubis The pubis is also known as the pubic bone. It makes the lowest part of the innominate bone. Ischium The Ischium is located below the ilium and makes the middle of the innominate bone. Carpals These are the bones that make up the wrist. They are made of regular and small bones which are fit closely together and kept on place by ligaments. Metacarpals On the palm of the hand metacarpals are padded by a thick layer of fibrous, connective tissue on the back of the hand and they can be seen and felt through the skin. The heads of the metacarpal bones form the knuckles. Metacarpals join the carpals with the phalanges and help support movement of the fingers. Phalanges These are small bones that make up the skeleton of the thumbs, fingers and toes. The phalanges at the top of the fingers are and toes are called distal phalanges, the ones that join the bones of the hands and feet are known as the proximal phalanges. Patella The patella (knee cap) is the triangular shaped bone in front of knee joint. It protects the knee joint. Tibia and fibula The tibia is the inner and thicker of the two long bones in the lower leg. It is also called the shin bone and is the supporting bone of the lower leg. The fibula is the outer and thinner bone of the lower leg. The fibula provides attachment for the muscles. Tarsals These are short and irregular bones. They help to support the weight of the body and provide attachment for the calves. Metatarsals The metatarsal is one of the five long, cylindrical bones in the forefoot the forefoot is responsible for supporting body weight and balance pressure through the balls of the feet. Femur This is the longest bone in the body. The top of it fits into the sockets of the pelvis to make the hip joint, and the lower ends joins with the tibia to make the knee joint. The femur supports the weight of the upper body and enables movement of the legs. JOINTS Joints provide the link between bones. A joint is formed wherever two or more bones meet. There are three types of joint, each classified according to the degree of movement they allow. Fixed A fixed joint occurs where the margins of two bones meet and interlock. Bands of tough, fibrous tissue hold the bones together. They are also known as fibrous or immovable joints. An example of a fixed joint is between the plates in the cranium. Slightly movable These allow some slight movement as the name suggests. The ends of bone are covered in hyaline cartilage which is separated by pads of white fibro cartilage. Slight movement is made possible because the pads of cartilage compress. Between most of vertebrae is an example of this type of joint. Synovial They offer the highest level of mobility at a joint and they consist of two or more bones, the ends of which are covered with articular cartilage, which allows the bones to move over each other with minimum friction. Synovial fluid lubricates and nourishes the joint. The joint capsule is held together by ligaments. This provides the strength to avoid dislocation, while being flexible enough to allow movement. Synovial joints can be divided into groups according to the type of movement they allow. Hinge These allow movement in one direction only. Elbow and knee are typical examples of hinge joints. The types of movement allowed are flexion and extension. Ball and socket It allows movement in all directions. The types movement allowed are flexion, extension, abduction, adduction, circumductiom, rotation, pronation, supination, dorsiflexion, plantar flexion, inversion, evasion and hyper extension. Examples include the hip and shoulder joints. Ellipsoid These are a modified version of ball and socket. Movement is backward and forwards and from side to side. They are also known as condyloid joints and the wrist joint is an example. Ellipsoid joints allow circumductiom, inversion and eversion. Gliding These allow movement over a flat surface in all directions, but this is restricted by ligaments or bony prominence, for example carpals and tarsal. Gliding joints allow inversion, dorsiflexion, plantar flexion and eversion. Pivot These allow rotation only about a single axis. An example is in the neck, where the atlas and axis join. Saddle These are similar to ellipsoid joints but the surfaces are concave and convex. Movement occurs backwards and forward and from side to side, as at the base thumb. SKELETAL RESPONSE TO EXERCISE Synovial Fluid movement at joints stimulates the secretion of Synovial fluid. Becomes less thick range of movement at joints increases. Mineral Content increased by physical activity on bones e.g. increase of calcium collagen to keep up with the demand pressed on your bones. Cartilage- becomes thicker becoming better at shock absorption, with regular exercise it also connects the ribs to the sternum. Tendons they become thicker and are able to withstand greater forces applied when we take part in a physical activity. Ligaments these will stretch causing an increase in flexibility so that the person taking part in the physical activity is able to twist and turn without getting any injuries. (it helps increase agility) Bones becomes stronger denser as a result of the demands you place on them through physical activity exercise. So it becomes hard for the bones taking part in an activity to break compared to that of a person who is not taking part in any activity. MUSCLES The main function of the muscles is to move the bones of the skeleton. There are three different types of muscle tissue which are: Cardiac Is an involuntary muscle that forms the wall of the heart and works continuously. It is highly resistant to fatigue. Each contraction and relaxation of the heart muscle as a whole represents one heart beat. Skeletal It is also known as striped or striated muscle. They are attached to the bones of the skeleton by tendons and they usually work in pairs. These muscles are voluntary i.e. works under conscious control. Smooth It is an involuntary muscle that functions under the control of the nervous system. it is located in the walls of the digestive system and blood vessels and helps to regulate digestion and blood pressure. All skeletal muscles contain a mixture of fast and slow twitch fibres. Type 1 muscle fibres slow-twitch This type of muscles contract slowly with less force. They are slow to fatigue and suited to long duration aerobic activities. They are recruited for low intensity activities likes long-distance running. Type 2a muscle fibres fast-oxidative They contract very quickly, are able to produce a great force as well as resistant to fatigue. These muscle types are suited for middle-distance evens like 800m and 1500m running. Type 2b fast-glycoltic This type of muscle fibre contracts rapidly and can produce large amounts of force; they are better suited to activities that require sudden bursts of power such as high jump. They also tire easily. MAJOR MUSCLES Origin muscles origin is attached to the immovable bone. Insertion muscles insertion is attached to the movable bone. BICEP Function flexes the lowers arm. Location inside of arm. Movement the origin is the scapula, which is movable, and the radius is the insertion that moves with contraction. Sporting/exercise when taking a jump shot in basketball the insertion moves back as the biceps contracts to pull the arm. Agonist when making the shot. Concentric contraction. TRICEP Function extends the lower arm. Location outside of upper arm. Structure Movement Sporting/exercise when Agonist when lowering then arm. Antagonist when working against biceps. DELTOIDS Functions abducts, flexes and extends upper arm. Location forms cap of shoulder. Origin clavicle, scapula and acromion. Insertion humerus. Sport/exercise forward, later and back-arm raises, overhead. PECTORALS Functions flexes and abducts upper arm. Location large chest muscle. Origin sternum, clavicle and ribcage. Insertion humerus. Sports/exercise all pressing movements. RECTUS ABDOMINIS Functions flexion and rotation of lumbar region of vertebral column. Location six pack muscle running down abdomen. Origin pubic crest and symphysis Insertion Xiphoid process. Sports/exercise sit-ups. QUADRICEPS Rectus femoris Vastus lateralis Vastus medialis Vastus intermedius Functions extends lower leg and flexes thigh. Location front of thigh. Origin Ilium and femur Insertion tibia and fibula Sports/exercise knee bends, squats HAMSTRINGS Semimembranosus Semitendinosus Biceps femoris Functions flexes lower leg and extends thigh. Location back of thigh. Origin ischium and femur. Insertion tibia and fibula. Sports/exercise e.g. running (extending leg and flexing knee) GASTROCNEMIUS Function plantar flexion flexes knee. Location large calf muscle. Origin femur Insertion calcaneus. Sports/exercise running, jumping and standing on tiptoe. SOLEUS Function plantar flexion. Location deep to gastrocnemius. Origin fibula and tibia. Insertion calcaneus. Sports/exercise running and jumping. TIBIALIS ANTERIOR Functions dorsiflexion of foot. Location front of tibia on lower leg. Origin lateral condyle. Insertion by tendon to surface of medial cuneiform. Sports/exercise all running and jumping exercise. ERECTOR SPINAE Function extension of spine. Location long muscle running either side of spine. Origin cervical, thoracic and lumbar vertebrae. Insertion cervical, thoracic and lumbar vertebrae. Sporting/exercise prime mover of back extension. TERES MAJOR Function rotates and abducts the humerus. Location it is found between the scapula and humerus. Origin posterior surface of the scapula. Insertion intertubercular sulcus of humerus. Sporting/exercise all rowing and pulling movements. TRAPEZIUS Function elevates and depresses scapula. Location large triangular muscle at top of back. Origin continues insertion along acromion. Insertion occipital bone and all thoracic vertebrae. Sporting/exercise shrugging and overhead lifting. LATISSIMUS DORSI Functions extends and abducts the lower arm. Location large muscle covering back of lower ribs. origin vertebrae and iliac crest Insertion humerus. sporting/exercise rowing movements OBLIQUES Function lateral flexion of trunk. Location found on the waist. origin pubic crest and iliac crest insertion -fleshly strips to lower eight ribs Sporting/exercise oblique curls. GLUTEUS MAXIMUS Function -0 extends the thigh. Location large muscle on the buttocks. Origin ilium, sacrum and coccyx. insertion femur Sporting/exercise knee-bending movements, cycling. RESPONSE TO EXERCISE Short-term responses these are the responses that happens immediately and do not continue to be like that after the physical activity. An increase in muscular temperature and metabolic activity. Muscles become more pliable which increases their flexibility and reduce the risk of injuries. Long-term responses this is sort of an outcome that is achieved after a long time of training Muscle bulk and size will increase. Tendons become thicker and stronger. Articular cartilage becomes thicker. There is an increase in muscle tone and possibly reduction in body fat. Cardiovascular System Structure The cardiovascular system consists of heart, blood vessels and blood. It is also referred to as the circulatory system. This system is the major transport system in the body by which food, oxygen and all other essential products are carried to the tissue cells. The heart is the centre of the cardiovascular system. It is a muscular pump which pumps blood to the working muscles. It is situated in the left side of the chest beneath the sternum. An adult heart is about the size of a closed fist. The heart wall is made up of three layers: the epicardium (the outer layer), myocardium (the strong middle layer that forms most of the heart wall), and the endocardium (the inner layer). The septum separates the right and left side of the heart. Each side has two chambers which function separately from one another. The atria are the upper chambers of the heart. They receive blood returning to the heart from either the body or the lungs. The right atrium receives deoxygenated blood from the superior and inferior vena cava. The left atrium receives oxygenated blood from the left and right pulmonary veins. The ventricles are the pumping chambers of the heart. They have thicker walls than the atria. The right ventricle pumps blood to the pulmonary circulation for the lungs and the left ventricle pumps blood to the systematic circulation for the body. Valves prevent backflow of blood. The bicuspid valve allows blood to flow in one direction only, from the left atrium to the right ventricle. The tricuspid valve allows blood to flow the right atrium to the right ventricle. The pulmonary valve prevents backflow from the pulmonary artery. The aortic valve prevents backflow from the aorta into the left ventricle. Chordae tendineae are cord-like tendons that connect to the bicuspid and tricuspid valves. They prevent the valves from turning inside out. The aorta is the main artery in the body and it originates in the left ventricle and carries oxygenated blood to body tissues except the lungs. The superior vena cava receives deoxygenated blood from the upper body to empty into the right atrium of the heart. The inferior vena cava receives deoxygenated blood from the lower body to empty into right atrium of the heart. The pulmonary vein carries oxygenated blood from the lungs to the left atrium of the heart. The pulmonary artery carries deoxygenated blood from the heart back to the lungs. It is the only the artery in the body that carries deoxygenated blood. As the heart contracts, blood flows around the body in a complex network of vessels. The structure of the different vessels within the cardiovascular system is determined by their different functions and the pressure of blood exerted within in them. Arteries carry blood away from the heart and with exception of the pulmonary artery they carry oxygenated blood. They have thick muscular walls to carry blood at high speeds under high pressure. The contractility of the arteries helps to maintain blood pressure in relation to changes in blood flow. Arterioles have thinner walls than arteries. These vessels control blood distribution by changing their diameter. Capillaries form an extensive network that connects arteries and veins. They are the smallest of all blood vessels, narrow and their walls are just one cell thick. Veins facilitate venous return the return of deoxygenated blood to the heart. They branch into smaller vessels called venules, these collect blood leaving the capillarie s and transport it to the veins. CARDIO VASCULAR (CV) Functions Delivery of Oxygen and Nutrients the key function of the circulatory system is to supply oxygen and nutrients to the tissues of the body. Blood carries nutrients absorbed from the intestine to the of the body, along with oxygen and water. Removal of waste products the circulatory system is responsible for the removal of waste products from the tissues to the kidneys and liver returns carbon dioxide from the tissues to the lungs. Thermoregulation the cardiovascular system is also responsible for the distribution and redistribution of heat within the body to maintain thermal balance. CARDIO VASCULAR Responses to Exercise During exercise, the heart beats faster and harder in order to meet the demands of the energy by the working muscles. If these demands are repeated frequently, the heart eventually becomes stronger. The heart and blood vessels of the circulatory system adapt to these repeated demands. Short-term responses Anticipatory heart rate before starting exercise the heart rate usually increases above resting levels to meet the demands of an exercise. Heart rate at onset of exercise this is the heat rate as exercise begins. Redirection of blood flow at the start of exercise, nerve centres in the brain detect an activity resulting in the rate and pumping strength of heart to increase. Regional blood flow is changed in proportion to the intensity of the activity to be undertaken. Vasodilatation this is the widening of blood vessels in order to increase blood flow when it is getting pumped out in high amounts. Vasoconstriction this is the narrowing of blood vessels to reduce blood flow. Long-term Responses Cardiac hypertrophy this is when the heart increases in size and blood volume. The wall of the ventricle thickens, increasing the strength potential of its contractions delivering more oxygenated blood to the working muscle so that they do not fatigue easily. Increased stroke volume the volume of blood pumped out each beat increases. Increased cardiac output the volume of blood pumped in one minute increases as a result the of increased heart rate, stroke volume or both. Decreased resting heart rate the heart rate returns to normal after exercise quickly. This reduces the work load on the heart. RESPIRATORY SYSTEM Nasal cavity this is the passage above and behind the nose. Air enters the body through the nostrils. Small hairs within the nostrils filter out dust and all sorts of foreign particles before the air passes into the two nasal passages of the nasal cavity. The air is then further warmed and moistened before it passes into the nasopharynx. A mucous layer within this structure traps smaller foreign particles, which the cilia transport to the pharynx to be either swallowed or spit out. Pharynx This is a funnel shaped that connects the nasal cavity and the mouth to the larynx and oesophagus. Commonly known as the throat, the pharynx is a small length of tubing that measures approximately 10-13cm from the base of the skull to the level of the sixth cervical vertebrae. The muscular pharynx wall is composed of skeletal muscle throughout its length. It is a passage way for food as well as air. This outlines that it has to have special adaptations to prevent choking when swallowing food or drink. Larynx it has got rigid walls made up of muscles and cartilage and it contains the vocal cords and connects the pharynx to the trachea. Trachea It is also known as windpipe and it is approximately 12cm long and 2cm in diameter in size, containing rings of cartilage to prevent it from collapsing. It travels down the neck in front of the oesophagus and branches into two bronchi. Bronchus the main aim for the bronchi is to conduct air into the lungs. The right bronchus is shorter and wider than the left. When air is inhaled and reaches the bronchi, it is warm, clear of most impurities and saturated with water vapour. Onc