CHOOSE A COUNTRY (OTHER THAN CANADA) AND AN ISSUE IMPACTING THE HUMAN Essay

CHOOSE A COUNTRY (OTHER THAN CANADA) AND AN ISSUE IMPACTING THE HUMAN GEOGRAPHY WITHIN THAT COUNTRY - Essay Example China is among the world’s greatest countries with a high human population. It is a dominant world economy with an increasing GDP, every year. Trade and development are two vital aspects that relate to globalization. It is evident from the GDP growth that China benefits from globalization in diverse aspects. Globalization, as a process, refers to the integration of regional economies, societies and cultures through enhanced networking and communication. Globalization is an aspect promoted by a synergy of socio-cultural, technological and economic aspects. It has social, economic, political and environmental implications on the china population. Globalization has notable social implications on the Chinese population as a vital aspect of human geography. Globalization supports diverse aspects of culture transformation across the country and the globe, as well. Interactions among the Chinese population and other world societies are responsible for diverse exchange of cultural ideas. Socio-cultural changes emanate from exchange and consumption of new products, knowledge about innovative ideas and transformations in lifestyles. Interactions between the Chinese and other world population gradually expose them to diverse thoughts. The Chinese acquire new cultural morals and different practices of life. Universal tendencies such as collaboration in common invention or trade system and linkages have extensive socio-cultural implications. They empower societies and people through improved understanding of the complexities of their relationships. Information sharing across the global society constitutes a central aspect of globalization. Global networks are forums for communities to share their experience, for instance. Networks may include professional platforms or forums for information exchanges. As the Chinese population interacts with the global society, they share experiences through global networks. This promotes a

The Physiology of Fitness Essay Example for Free

The Physiology of Fitness Essay What is an acute response? An acute response is an immediate response to exercise. Acute exercise will last throughout the full length of your training session. During the training session our bodies begin to respond to the exercises we are doing and begin to feel the changes within our bodies and mind due to physical strain and stress of the physical activity in lots of different ways. Musculoskeletal response Increased blood supply: the increased blood supply occurs in the body due to the increase in demand for more oxygen and this is due to the working muscles needing more oxygen and energy during exercise. With there been an increase in blood supply that means there will be greater amounts of oxygen been delivered around the body at a faster speed due to the heart pumping blood around the body at a faster pace. Increase in muscle pliability: Muscle pliability is the stretchiness of your muscles and connective tissues. When muscles become warm they become more pliable and this helps reduce the risk of an individual becoming injured during exercise and this is because the muscles contract quickly when the body is exercising. When the muscles are contracting they produce heat which then a=makes the muscle more pliable. The warmer the muscle becomes the further you can stretch it each time without the muscle becoming weakened or injured. Increased range of movement: Synovial fluid is the result of joint movement and allows joints to move without them rubbing together and causing friction. During exercise joint changes occur and this is because the synovial fluid becomes less viscous (the measure of thickness of a fluid) so therefore the range of movement at the joint will increase. Muscle fibre micro tears: When muscles are put under pressure whilst exercising tiny tears occur. These tears within the muscles cause swelling, which then puts pressure on the nerve endings which causes a lot of pain. To help strengthen the muscles and help repair the micro tears you need to rest and you can strengthen the muscles  by training. Energy systems Everything in our bodies requires energy and our body mainly needs energy to move. Energy can be generated in different ways and this is depending upon the duration or intensity of the exercise that the individual is performing. Phosphocreatine: The ATP-PC system can also been known as the alactic acid system. During exercise the ATP-PC energy system works between 1-10 seconds long it usually consists of different sport activities like: high jumpers, long jumpers, javelin and shot putters. This energy system doesn’t produce lactic acid and it works without oxygen. When the body has been doing exercise your body uses the energy source ATP. When ATP has been used within the body this energy system is the first fuel to be called upon the body to resynthesize ATP. ATP-PC utilizes Phosphatecreatine and this then allows high intensity muscle contractions. The maximum storage this energy can take up without the individual training is less than 8 seconds in duration. So this means tha t this energy system can work at a high intensity but only for a short period of time! There are ways in which Creatine phosphate (CP) can be increased within the human body and that is through training. By training levels of CP will increase by: †¢Speed training †¢Creatine loading Both of these delay the use of the lactic anaerobic system but even though it delays it still gives 15 seconds of energy stored in the body. The ATP is stored in the muscle and liver and this can produce energy quickly. Nerve impulses in the body trigger the breakdown of ATP into ADP, however for this to continue ad for the body to continue to use this energy system, the ATP must be resyntesized /rebuilt and this comes from the splitting of phosphocreatine. When the ATP is used, it is rebuilt but this will only happen as long as there is phosphocreatine available within the body. Energy is released from the phosphocreatine breaking off and from this it resynthesizes in the mitochondria and the ADP adds on the phosphate to remake ATP. The ATP-P system doesn’t provide a lot of energy but it is used for quick and powerful movements. For example: A 100m runner would use the ATP-PC system due to the fact that the athlete would need a short powerful burst of movement to be able to get off the blocks quickly. Another example  of this energy is for a shot putter. They would use this energy system because they don’t need a lot of energy for their sport, all they need is a short powerful burst of energy to be able to get a strong, powerful thrown and to be able to throw the shot-putt a long way. All these different sporting examples last up to 8-10 seconds and this is the energy production. The speed of energy production for Phosphocreatine is very fast, although the amount of ATP produced is very limited. The time it takes to recover from the ATP-PC energy system is 30 seconds up to 4 minutes. The phosphocreatine works when your body is working at high intensity at around 90-100%. The strengths of the Phosphocreatine system is because the source is stored in the muscles and liver so it can produce energy very quickly using a short burst. This means that there will be a higher force of contraction. There are also no waste products within this system. Another advantage/strength of this energy system is the recovery time. Phosphocreatine recovery time is shorter than the others which mean that the athlete can perform the event again quickly. For example: shot putters use this energy system because they have to perform 3 throws within a short period of time, so because the recovery time is between 30 seconds to 3 minutes this is the perfect energy system due to the fact they need to recover quickly to be back to their top level of performance. To improve the force of contraction, an athlete should do plyometric training and Creatine loading, this will increase powerful movements. There are some weaknesses of the Phosphocreatine system and there are: the amount of ATP that is produced is limited. It is limited due to the Creatine been stored in the muscles and liver. Although it gives a short burst of energy it only lasts around 8 seconds which is a weakness if it is used for endurance events because it wouldn’t be able to produce an explosive and powerful movement. A marathon runner wouldn’t be able to use this Phosphocreatine system because it only releases a short burst of energy of about 8 seconds whereas marathon runners need to use the aerobic energy system because the duration is unlimited and the oxygen will never run out. Lactic acid: This energy system is used without using any oxygen. It is used for activities that use large amounts of energy over a short period of time. The glycogen stored in the muscles helps the breakdown of ATP to become ADP  with no oxygen involved. Seen as though the glycogen is stored in the muscles and liver it is available quickly. This system provides ATP when ATP-PC runs out. ATP-PC lasts for a few seconds; the lactic acid system is an anaerobic energy system which allows 2-3 minutes of work. In the lactic acid system the process to produce ATP is not as fast as ATP-PC which makes contractions slower. When oxygen is not present the end product of glycolysis is lactic acid this causes the muscles to fatigue. Anaerobic glycolysis but it is then less efficient in producing ATP than aerobic glycolysis but is needed for a large burst of energy lasting a few minutes. The speed of the energy production in the Lactic acid system is fast, the energy source is glycogen. Although the amount of ATP produced is limited. Lactic acid is the by product in the production of waste products. This anaerobic energy system is used when the body is working at a moderate intensity of 60-95%. The length of time it takes to recover when the Lactic acid system has been used is 20 minutes up to 2 hours. For example: This energy system would be used for events and sports such as 800m, football and rugby games. The Lactic acid energy system would be used when an athlete is performing the 800m because you need a large burst of energy but you need it to last for a few minutes, as you do for a football, rugby game. Although all these sports would use all of the energy systems in some form. You would also use this anaerobic energy system for football/rugby game because the glycogen is stored in the muscle and liver so it is available quickly and the time is takes to recover is short so it can keep replenishing itself throughout the game. The strengths of the Lactic acid system is that is produces energy quickly, compared to the aerobic system because that releases energy slowly but lasts for an unlimited duration whereas the lactic acid system is a high intensity but for a long duration. This system lasts longer than the Phosphocreatine system because the lactic acid system uses glycogen stores which aid the resynthesis of ATP. The weaknesses of this system are that it doesn’t last as long as the aerobic energy system because the glycogen stores are limited which means it doesn’t produce energy for as long. Another disadvantage is that it causes lactic acid within the muscles which causes muscle soreness and fatigue which could lead to a drop in intensity. Aerobic: The aerobic energy system is the energy system that uses oxygen; it uses large muscle groups continuously over a period of time. Aerobic glycolysis and fatty oxidation is the resynthesis of ATP from carbohydrates and fat. Aerobic glycolysis uses glucose from the stores of the body. Glucose and oxygen are transported by the working muscles by the blood. These substances are then used by the body to produce energy. These substances are then used by the body to produce energy. This process creates the by-products carbon dioxide and water. This energy system is used for intensity exercise because this system uses oxygen. This allows unlimited duration at low intensity. Aerobic energy system uses long chain stores of glucose, this then break up further into glucose which is then used as a fuel within the body. This happens through the process of glycolysis and then in to the Krebs cycle where here it completes the oxidation of glucose, this creates more ATP. The chemical process in which it goes through, an aerobic glycolysis occurs is when Creatine Phosphate runs out, the muscles call upon the stores of glucose (glycogen). This system creates a waste product which is called Pyruvic acid. The body deals with this by the oxygen breaking down the Pyruvic acid into carbon dioxide and water. However if activity levels are too intense and not enough oxygen can be inspired then the Pyruvic acid is not broken down and it then converts into lactic acid. The speed of energy production for the aerobic energy system is slow but the amount of ATP that is produced is unlimited. This is why this energy system is used for marathon runners and cross country runners because they need to use large muscle groups within their body but for a long period of time. They also use this system because the amount of oxygen produced is unlimited so they can produce energy forever and ever without the oxygen never running out. This is why the lactic acid system and Phosphocreatine system isn’t used for long distance runners because the oxygen will run out. The advantages of the anaerobic energy system are that the system will work for an unlimited period providing glycogen stores and oxygen with high enough levels. This system lasts longer than the other two which allows an athlete to maintain high workloads for longer period of time. Another advantage would be that it can respond to high workloads much more quickly than the aerobic system meaning it can last for longer periods of time. Furthermore the anaerobic energy system is capable of supplying fuel to the cells even  when there is an oxygen deficit, which means that even when there is low oxygen the cells will still get some energy. The disadvantages of the anaerobic system are the fact that due to the lack of oxygen, glycolysis takes place which is catabolic (destructive) to the muscle cells if the process continues for too long. Lactate and hydrogen ions are produced. The lactate is used to continue energy production (current theory), while the hydrogen ions irritate the muscle tissue and chemically limit muscle contraction. This creates the burning sensation and the heavy wooden feeling in the muscles. Another disadvantage to this energy system would be that the system cannot supply energy for extended periods. When fully trained, an athlete can sustain sub anaerobic threshold intensities for 1 to 1.5 hours. Fuel resources are used up very rapidly and the body cannot synthesize fats and protein quickly enough to supply this system so, glycogen and carbohydrates must be used. Energy continuum: The term energy continuum is used to describe the types of energy system that are used during various physical activities. Energy is obtained through food and this is particularly carbohydrates and fats. This energy is transferred from the food into the proteins that are in the muscles. By the body doing this it will help determine the capacity at which intensity the body will exercise for. †¢The energy continuum is the interaction of the 3 energy systems to provide energy to resynthesize ATP. It shows the predominant system or percentage of each system dependant on their intensity and duration of the activity. †¢The most dominant energy system within our bodies would be the ATP/PC. At the beginning of exercise all three energy systems start however as we begin to exercise the PC (Phosphate Creatine) is used up meaning the lactic acid system then takes over. After this (depending on the intensity of the activity), the lactic acid/aerobic energy system is reached between 1-3 minutes. The aerobic system now becomes the main provider of energy for the ATP resynthesis. Describe the cardiovascular and respiratory systems responses to acute exercise Heart rate anticipatory response: This means the rate that the heart reaches before the start of exercise. When the body knows that it’s about to do exercise, the heart rate increases even though no exercise has  been done yet. Nerves release chemicals in the body which adjust the heart rate to increase the heart rate. This is because the body knows exercise is about to be done therefore the heart rate increases pumping more oxygenated blood to the muscles ensuring that the muscles already have a sufficient supply of oxygen for when they begin to exercise. Activity response: The activity response is very similar to the heart rate anticipatory response. At the start of exercise, nerves in the medulla detect cardiovascular activity. The nerves then send out chemical signals which increase the heart rate and the strength at which the heart is pumping. This makes more blood travel to the working muscles faster which is vital as the blood contains oxygen which ensures the muscles can carry on working. Regional blood flow is also altered to meet the requirements of blood needed at working places. This means that the working areas such as the quadriceps when running will have a higher blood flow coming to it than un-working areas such as the kidneys. Increased blood pressure: There are two types of blood pressure and these are known as systolic and diastolic. One of the body’s acute responses to exercise is to increase the blood pressure. This is because the demand for oxygenated blood to the working muscles increases therefore the amount and speed of the blood going to the working muscles must also increase. There are mechanisms in place which prevent blood pressure getting too high as this can cause a heart attack and possible death. Vasoconstriction: Vasoconstriction is when the body notices a change in temperature and begins become to come cold and it does certain things to ensure the body doesn’t lose too much heat. The blood vessels of the body constrict which means they decrease in size and this ensures as much heat as possible remains in the body as there is a smaller surface area and the blood flow decreases. Vasodilatation: Vasodilatation is one of the mechanisms the body has in place to ensure it remains at a safe temperature. It is the opposite of vasoconstriction in the way that vasodilatation functions to cool the body down. When the body notices the temperature is too high, the blood vessels will dilate which means to increase in size in an attempt to increase the blood flow. The larger surface area allows more heat to diffuse out of the body and therefore cools the body down. Control of breathing (neural): When an individual is doing exercise their body  needs more oxygen to be brought into our to the fact the demand for oxygen increases from the working muscles in order to carry on working. This is why our breathing rate increases when we are doing exercise. More oxygen is brought in by the increased breathing rate which goes on to be diffused into the blood and transported to the working muscles. If breathing rate didn’t increase, there wouldn’t be enough oxygen to meet the demands of the working muscles and exercise wouldn’t be able to take place. Control of breathing (chemical): Within our bodies there are things called chemoreceptors and these are what help to detect an imbalance of carbon dioxide levels and oxygen levels in the blood. Chemoreceptors are hydrogen ions that measure the pH levels of the blood. If something is not right, this hydrogen ion can tell the breathing rate to increase to ensure that the blood becomes neutral again. Increased tidal volume: Tidal volume is the measure of the amount of air inhaled and exhaled with each breath we take. During exercise, the tidal volume increases a significant amount. This increase happens as the breathing rate has to meet the huge demands of oxygen needed by the respiring muscles. The increase of the tidal volume allows a bigger intake of oxygen and also a bigger exhale of carbon dioxide which is produced by the working muscles and needs to be out of the body as it is a waste product.

Communication Reflection Essay -- Business

Introduction On Monday, November 14, 2011, Terry Burnham, Shawn Carlson, Roger Chikamura, Heidi Davidson and Natasha DeJesus were assigned membership of Team 1 for a virtual team project. The purpose of the project was to conduct a leadership analysis of a world-renowned leader, to be presented in the form of a narrated PowerPoint presentation. Areas of organizational behavior to be analyzed include: leadership of diversity practices; leadership values, personality and decision-making; leadership of organizational culture; leadership of follower motivation; and overall success as a leader. Team 1, by mutual consent, chose to use e-mail as the primary means of communication. Although, the planning and execution of the project, was carried out efficiently and considered a success by all members of the team, there are still a number of lessons that were learnt for future projects. Virtual Teams According to Kurland and Bailey (1999) a virtual team â€Å"consists of team members who are geographically dispersed and who come together by way of telecommunications technology. Each team member may be located in a traditional office setting, but the offices are not proximate to one another† (p. 56). This definition is supported by Berry (2011) who adds that the two main differences between virtual and regular teams are that the members of virtual teams may be dispersed geographically and rely predominately on computer-mediated communication. As stated by Robbins and Judge (2011) virtual teams face a number of particular challenges. Members experience very little social interaction and do not feel the benefit of the usual give-and-take experienced by teams. They tend to be more task-orientated and members often report less satisfactio... ...n be taken away from this project is that virtual teams work well when members are motivated and focused. But, had one, or more, members been uncommunicative, unreliable, or comfortable with the use of email as a primary means of communication, the team may have struggled to reach its goal. Other means of communication would have been required, and a more authoritarian form of leadership needed to keep the whole team focused. â€Æ' References Berry, G. R. (2011). Enhancing Effectiveness on Virtual Teams. Journal Of Business Communication, 48(2), 186-206. doi:10.1177/0021943610397270 Kurland, N.B., & Bailey, D.E. (1999). Telework: The advantages and challenges of working here, there, anywhere, and anytime. Organizational Dynamics, Autumn, 53-68. Robbins, S.P., & Judge, T.A. (2011). Organizational behavior (14th ed.). Upper Saddle River: Pearson Prentice Hall

Holidays in Vietnam Speaking topic Essay

HOLIDAYS IN VIETNAM (Cà ¡c Ngà  y Lá »â€¦ á »Å¾ Viá »â€¡t Nam) Liberation Day/Reunification Day – April 30 (Ngà  y Giá º £i phà ³ng miá » n Nam thá »â€˜ng nhá º ¥t Ä‘á º ¥t nÆ °Ã¡ »â€ºc) International Workers’ Day – May 1 (Ngà  y Quá »â€˜c tá º ¿ Lao Ä‘á »â„¢ng) National Day (Vietnam) – September 2 (Quá »â€˜c khà ¡nh) New Year – January 1 (Tá º ¿t DÆ °Ã† ¡ng Lá »â€¹ch) Tá º ¿t (Vietnamese New Year) (Tá º ¿t Nguyà ªn Ä Ãƒ ¡n) Hung Kings Commemorations – 10th day of the 3rd lunar month (Giá »â€" tá »â€¢ Hà ¹ng VÆ °Ã† ¡ng) Hung Kings’ Temple Festival (Lá »â€¦ há »â„¢i Ä Ã¡ » n Hà ¹ng) Communist Party of Viet Nam Foundation Anniversary – February 3 (Ngà  y thà  nh lá º ­p Ä Ã¡ º £ng) International Women’s Day – March 8 (Quá »â€˜c tá º ¿ Phá » ¥ ná » ¯) Dien Bien Phu Victory Day – May 7 (Ngà  y Chiá º ¿n thá º ¯ng Ä iá »â€¡n Biá »â€¡n Phá » §) President Ho Chi Minh’s Birthday – May 19 (Ngà  y sinh Chá » § tá »â€¹ch Há »â€œ Chà ­ Minh) International Children’s Day – June 1 (Ngà  y quá »â€˜c tá º ¿ thiá º ¿u nhi) Vietnamese Family Day – June 28 (Ngà  y gia Ä‘Ã ¬nh Viá »â€¡t Nam) Remembrance Day (Day for Martyrs and Wounded Soldiers) – July 27 (Ngà  y thÆ °Ã† ¡ng binh liá »â€¡t sÄ ©) August Revolution Commemoration Day – August 19 (Ngà  y cà ¡ch má º ¡ng thà ¡ng Capital Liberation Day – October 10 (Ngà  y giá º £i phà ³ng thá » § Ä‘Ã ´) Vietnamese Women’s Day – October 20 (Ngà  y phá » ¥ ná » ¯ Viá »â€¡t Nam) Teacher’s Day – November 20 (Ngà  y Nhà   già ¡o Viá »â€¡t Nam) SPEAKING TOPICS 1. The differences between Vietnamese culture and American culture that you recognize from movies and books. 2. A special holiday in Vietnam that you like the most. 3. Introduce a holiday or a traditional custom that represents your hometown. 4. Supposed you are talking with a foreign friend and you would like to introduce a special thing of Vietnamese culture (clothes, food, music, and so on). What would it be?

One of the Most Important Moment in Your Life

The terrible car accident occurred to me ten years ago threatened my life, only a few flashback memories are what is left in my head. It was summer in June and a Saturday night; the rain was pouring like I have seen very few times before. I had just left my mother’s house after a delicious meal along with some of our homemade red wine. In getting ready to go to work I realized that it was late, my Jazz music band, was supposed to start to play music at 10pm in a nightclub twenty miles west from my house.But the pleasant dinner, and mostly the wine, inadvertently caused me to be extremely late. Once on the highway I tried to reduce the lateness by increasing and maintaining high velocity, in several occasions the speedometer was above 130 MPH. When the crash happened I was not wearing the seatbelt; in fact I found myself on the passenger seat. The windshield and the side glasses were reduced in thousands of pieces, many of which were all over me. The absence of glass also facil itated the rain getting inside the vehicle and created more discomfort.The front of the automobile, where the engine was located, had been pushed so much inward that it almost reduced the length of the car in half. I was so furious about the damages that I didn’t even care of my health conditions. The car went down the side of the highway; it was hidden by trees and quite difficult to reach. In fact, the police report stated that I had been unconscious for more than half an hour before someone found me. When I came to senses I did not remember anything, not even what day it was, or why I was in the car. As minutes went by I began to consider the gravity of the situation, as my despair as well.Fully awake and angry still I could not move, my shoulder was hurting and something was obfuscating my sight and it was not the rain—I later discovered that it was my own blood. At some point I turned my head to the right and saw an old man standing right outside my car’s b roken window pushing a piece of fabric against my head. I guess he was trying to stop the blood flow. Thanks to this person, who despite the difficulty, came down almost 30 feet to reach my car I was found, and thanks to this man I was able to receive immediate assistance from the paramedics and be carried at a nearby hospital.Nevertheless, sadness embraces me when I think of him; unfortunately I missed the chance to express to him my gratitude. That night he simply vanished in the darkness. Once the paramedic took me off the car, the race to the hospital was almost pleasant. In the ambulance I will never forget the beautiful face of a relatively young female doctor who gave me the first aid—she came very close to my face several times in order to check my eyes and wounds on my head.At the destination, I was transported in the emergency room where other people immediately started to cut my clothes off with a pair of scissors, in order to check the integrity of my whole body. Even though it was summer I recall being very cold in that room, and thirsty as well. The numerous and small pieces of glass inside the upper-part of my body required an extensive amount of time to be taken out. During this long procedure—conducted by only one doctor—something funny happened. One of the nurses approached the surgery table, came close to my face and said, â€Å"Today boy is your lucky day. â€Å"Why? † I asked, â€Å"Well, at the moment the plastic surgeon is still at the hospital, he was supposed to leave an hour ago but something happened and kept him here† was her response—a couple of days later it was explained to me that these specialized doctors are not found frequently in the emergency room. Usually, generic doctors perform these surgeries with significantly poorer results. â€Å"He will fix your ear so well that you would not even notice the scar† she added—I had a deep cut behind my right ear, which fortunate ly enough did not damage any nerves.After those loud nurse’s last words, the anesthetic took over because I don’t remember anything else. As a result, every time I go back with my thoughts to that night I realize how irresponsible I acted. During the days prior to the accident I had a very poor sleep; that combined with the high speed and heavy rain caused the crash. This traumatic and unique experience will always accompany me. Still, today those memories affect my decision-making processes in order to prevent similar circumstances from occurring again. In the end I surely admit to have learned my lesson.

Macbeths Passage Act 2 Scene 1 Essays

Macbeths Passage Act 2 Scene 1 Essays Macbeths Passage Act 2 Scene 1 Essay Macbeths Passage Act 2 Scene 1 Essay Alberto Gomez Block: D Macbeth’s Passage Shakespeare is one of the mayor authors of English literature. Passages created by Shakespeare are known as excellent because of his new techniques of writing in the English literature. On his multiple tragic plays one of the most important is called Macbeth. Macbeth is characterized of having a strong desire of ambition and treacherous. On the trategy of Macbeth, there is more than one famous passage. Passages where they are analytical fundamental for the play, passages where Shakespeare critics human nature, and talks about death. One of the most important passages of Macbeth is when he is deciding whether the dagger that he sees is real or if it is fake (Act 2, Scene 1). This passage is a monologue of Macbeth, it is very important because when analyzed one can demonstrate that it is a summary of the entire play. At first it starts talking about how he sees a dagger, and he doesnt know if it is fake or real but what he do know is that he will use it. By this part of the passage one can allude it to a very important theme of the play, appearance or reality. Which also alludes to â€Å"foul is fare and fare is foul†. Later starts talking about the death of Duncan and how Macbeth will kill him. Here is the first act of concrete evilness. After this act, he will have blood in his hands, blood that cant be taken away with water. Blood that represents the guiltiness of the first act of killing that he will do. It also alludes to the theme of fake versus reality. Shakespeare writes â€Å"Nature seems dead, and wicked dreams abuse the curtained sleep† (Act 2 Scene 1). This means that he doesnt know if his nature and his sleep has ended or not, also brings the theme of reality and appearance. Later he doesnt want anyone to see what he has done, Shakespeare writes this in the passage as â€Å"Hear not my steps, which way they walk† (line 57, Scene 1 Act 2). Shakespeare critics human nature in different ways, in this passage he critics about how humans will do anything for having what they want, this is called being ambitious. Macbeth will do anything for getting and having what the prophecy said. The prophecy said that he will be king sooner or later. Since it is a prophecy, Macbeth doesnt truly know if it is true or not, he comes the theme again of appearance versus reality. To be king, there are many obstacles such as the actual king, and his sons. In this passage Shakespeare writes about how will be the death of king Duncan and the effects of this death. He starts to become insane.

The Holy Land essay essays

The Holy Land essay essays A possible solution to Israeli Palestinian peace is very hard to come by. Evidently, not all Israelis The only practical idea for creating a Palestinian-Israeli peace is the development of a large agreement. The approach of agreement calls for Israelis The method of agreement highlights the failing of the usual aggressiveness in the Israeli Palestinian relationship. It is a form based on the idea that the search for self-interest leads to the advantage of both sides. Agreement requires a cooperative form of Israeli Palestinian relationship that focuses on the benefits of peace for both sides. Neither Israelis nor Palestinians can get peace alone. In fact, both sides have to make sacrifices. Given present realities, the Israelis cannot be beaten in a war; yet, they cannot win politically. The loss of the ability to force a decision by war sets a restriction on the peace process. But it is a restriction that leaves room for strength, imagination, I give credit to Dr. Awad re report on this topic...