Health Care Provider and Faith Diversity Essay Example | Topics and Well Written Essays - 1000 words - 1

Health Care Provider and Faith Diversity - Essay Example There are numerous similarities and differences among all religions. Religions portray some sort of symbol or icon which they worship but cannot see. Every religion teaches non-violence as well as sacred beliefs. They all entail beliefs in a god or gods and that they all have a final destination. This paper will research three diverse faiths and compare the viewpoint of providing healthcare from the perception of each of these faiths with that of the Christian perspective and my own personal perspective. Health Care Provider and Faith Diversity Introduction Healing is thought as something that originates from medical science, but many religions are now looming on different spiritual or religious beliefs to cater for the healing process of their faithful (O’Brien, 2011). For individuals in the health care industry, it is essential to understand basic spiritual and religious beliefs because they offers more insight into how patients process and perceive their diseases or illness es. Christianity There are numerous religious practices and beliefs depending on an individual, denomination or church. In spite of the varying principles, there are numerous common practices among Christians today (O’Brien, 2011). A majority of Christians are baptized and take the Holy Communion. These are sacred beliefs, which a majority of Christians practice. ... Through asking for forgiveness and God’s intervention, Christians believe that the illness will disappear. Many Christians will first attempt spiritual healing prior to trying surgery or medical healing. Even though Christians opt for divine intervention when dealing with illnesses, they also consider medical intervention as a vital tool for healing (O’Brien, 2011). Christianity has a significant influence throughout the globe. Christianity is also one of the most dominant religions currently. Health care providers, therefore, need to understand the beliefs and doctrines of Christians. Buddhism Buddhism, just like numerous other religions, has different traditions. However, there are several principles that are shared by Buddhists and other religions. Buddhists strive for peace, love and fullness throughout their lives (Bloom, 2011). They use prayers as a tool of regaining mental stability and healing. When Buddhists pray, they must attach four points of their body to t he ground. A majority of Buddhists, for instance, attach the knees and the elbows to the ground when saying their prayers. The touching of the ground with four points symbolizes the heroes in the Buddhists religions. The first and foremost priority in their life is God. The second one is conceding to their ancestors. Their third priority is paying respect to their parents and guardians. Finally, their fourth priority is paying tribute to any teacher in their lives. Buddhists do not believe in evil things (Bloom, 2011). Normally, they are satisfied but do not consider whether a person has done a good or evil thing during his/her lifetime. Buddhists consider healthcare workers to be second to God. Healthcare providers are, therefore, widely respected in the Buddhist spiritual world and religion.

General relativity Essay Example for Free

General relativity Essay For many years time travel was the stuff of science fiction. This was all just part of the worlds imagination until recently. Scientists now believe that the current laws of physics allow us to travel though time. They believe that we can now travel back to see our founding fathers sign the declaration of independence. We could travel to 2999 to witness the birth of the next new millennium. Such travel would require a machine capable of withstanding great pressures and incredible amounts of speed. The act of actually traveling though time is for the most part, agreed upon, but the implications of such travel is not so decided upon. Many different theorists have different views of what could happen and some go, as far as to say that if we did travel to the past, we would end up in a different universe that is a replica of this one. One of the most basic concepts is that of Dilation, a stretching of something. Some scientists believe that the main gateway to the past or future is a wormhole. Einsteins general relativity theory explains about universal constants, this is important to understand the concepts of travel at light speed. Traveling to the past could create problems if someone tried to change something. This is a paradox. A few of these paradoxes are explained through the use of quantum mechanics. Sailing though the cosmos at the speed of light with no time passing us by, moving throughout time to witness the ancient Egyptians create their masterpieces. This is an exciting concept that we could actually formulate and make happen. Before the time of Einstein, Newton and other great investigators thought of space as an infinite expanse in which all things exist (Hewitt 213). We are in space and we live in it along with all of the planets and stars. It was never clear if the universe exists in space or space exists in the universe. Dose space exists outside the universe or only within the bounds of it. The similar question, does the universe exist only in time or does time only exist in the universe? Was there time before the universe, and will there be time after it ceases to exist? Einsteins answer to this is that time and space only exist within the universe. There is no time or space ? outside. (Hewitt 213) Einstein said that space and time are two separate parts of a whole called space-time (Hewitt 213). To understand this, consider our present knowledge. We move though time at the rate of 24 hours per day. This is only half the story though. To get the other half we have to convert our thinking from moving though time to moving though space-time (Hewitt 213). When we move, we not only move through space, we move though time. This is the idea of space-time. If a person were to stand still, they would be moving only though time. If they moved a little bit, they would be moving though space a little bit, but still mostly though time. If one were to travel at the speed of light, what changes would they experience in time? The answer is simple; they would be traveling through space, with no travel though time (Hewitt 214). They would be as ageless as light, for light travels though space only (not time) and is timeless. The frame of reference of a photon, a particle of light, a trip across the universe would take no time at all (Hewitt 214). To understand how traveling though time would work, we must first understand how time and space can be stretched. Motion in space affects motion in time. Whenever we move through space, we to some degree alter our rate of motion in time. This is known as time dilation, a stretching of time that occurs ever so slightly for everyday speeds, but significantly for speeds approaching the speed of light. If we were to attempt to travel to the nearest star, Alpha Centauri, which is 4 light years away, even traveling at the speed of light would take 8 years round trip (Hewitt 228). The center of our galaxies is something like 30000 light years away and at the speed of light would take 30000 years to get there. We could not possibly survive that long. These arguments fail to take in to account of time dilation though. Time for a stationary observer on earth and for an astronaut on a spaceship of high velocity is different. A persons heart beats to the rhythm of the realm it is in. One realm of time seems the same as any other to the person in the realms, but not to an observer outside that realm that can see the difference. As an example, astronauts traveling at 99% the speed of light could make a trip to the star Procyon that is 11. 4 light-years away in 23 earth years round trip (Hewitt 229). Because of time dilation, it would seem that only 3 years passed for the astronauts, there clocks would be 3 years older; they would be biologically only 3 years older (Hewitt 229). It would be the mission control people that would appear to be 23 years older. The question is why dose this happen. Lets say that we are in our hometown, looking at the grandfather clock that is in the center of town. The clock reads 12:00 noon. Light from the sun bounces off the face of the clock and hits our eyes. We then turn our head and the light misses us and travels off into space. In space, there is a space ship that is traveling at the speed of light. An astronaut looks out his passenger-side window and sees the reflection of the clock. It reads 12:00 noon. As he continues to move at the speed of light, he keeps up with the reflected face of the clock. In the space ship time would pass as normal, but time in the universe would have seemed to stop. This might sound like cosmic bologna but the idea has been proven. In 1975 Professor Carl Tllie of the University of Maryland tested this theory using two synchronized atomic clocks (Brian par2). One clock was placed on a plain and flown for several hours while he other clock stayed on the ground. Upon landing, the clock on the plain was a little slower than the one on the ground. This was not due to experimental error, for the same test was done several times and each time yielded the same results. Because of time dilation travel in to the distance future is a definite possibility. The only problem lies in propelling a craft to such speed at which light travels. Carl Sagan wrote a science fiction novel about a fictional device that allowed his character to travel great distances across the universe. Those faster than light speeds are not achievable; he also knew there was a common convention in science fiction that would allow a gimmick of a shortcut through ? Hyper space as a means around this problem( par2 ) . Sagen turned to Kip Thorne for help for hyperspace connections through space-time( par2). A black hole always has two ends, a property ignored by everyone except a few mathematicians until the mid-1980s. Thorne was sufficiently intrigued to set two of his Ph. D. students, Michael Morris and Ulvi Yurtsever, the task of working out some of the details of the physical behavior of what the relativists know aswormholes. By starting out from the mathematical end of the problem, they constructed a space-time geometry that matched Sagans requirement of a wormhole that could be physical traversed by human beings. Sagan was right; hyperspace connections do at least in theory provide a means to travel to far distant regions of the universe without spending thousands of years putting around in an ordinary spacecraft. Since the 30s scientists have speculated that wormholes exist. Einsteins theory combines 3 dimensional space with time to create a 4 dimensional space (Brian par3). Wormholes are gateways between two different parts of the universe made by linking two black holes. Wormholes are in the fabric of 4 dimensional space that are connected, but which originate at different points in space and different times. By connecting the two holes they provide a quick path between two different locations in space and time. Distortions in space cause the point separated by the gap to bulge out and connect. This forms a wormhole through, which something could instantaneously travel to a far away place and time. This is basically the 4dinensial equivalent of a folded sheet of paper, to make contact from one edge of the paper to the other. One could build a craft strong enough to withstand the intense force of the gravity towards the center, and pass right through like opening a door of a house and stepping outside, except the space travelers outside could be light-years away and centuries before the current time. If the traveler enters one side he would exit in the opposite side in a different place and time. The difficulty of doing this is in keeping the hole open till the travel gets through otherwise it would collapse and the traveler would not be seen again. The trip is not impossible just extremely difficult. It is believed to be possible to create our own wormhole. To actually make one, two identical machines consisting of 2 parallel metal plates charged with unbelievable amounts of energy would need to be constructed. When the machines are placed in close proximity of each other the enormous amounts of energy, about that of an exploding star, would rip a hole in the space-time continuum and connect the two machines via a wormhole. This is possible and the beginnings of it have been illustrated in the lab by what is known as the Casimir effect. The next step would be to put one of these machines on a space ship and send it off at near light speed. The ship would take the machine on a journey while being connected to the other on earth via the wormhole. A step in the hole would take us to where the other machine is, but that would be in a different time. Its use would be somewhat limited because we could not travel to a time before the machine was created. However if we were to utilize wormhole technologic we would have to be so advanced that we could master the energy within blockhouse. Space-time consists of portraits or events that represent a particular place at a particular time. Your life forms sort of a worm in space-time. The tip of the tail is your birth and the head is your death. And everything that is the body is your life, otherwise called your world line. In three-dimensional space, a rocket that is not accelerating is stationary, but in four-dimensional space the ship is moving along is world line. Einsteins law states simply that the world line of every object is a geodesic in the continuum. A geodesic is the shortest distance between two points but in curved space is not generally a straight line. If an objects world line were to be distorted, so much of form a loop connected with a part on itself that represented an earlier place in time it would create a corridor to the past. Picture a loop to loop that runs into it as it comes around. This closed loop is called a closed time like curve. These curves could be used to travel into our own history. All the clams made about time travel are consequences of the basic scientific laws and standard Quantum Mechanics. Wormholes and closed time like curves appear to be the main way to travel to the past. The aforementioned theories do fine in expelling how to we would go about traveling through time, but they do little to explain what it would be like traveling through them. Quantum mechanics can be used to model possible scenarios and yields the probability of each possible output. In the context of time travel, it has a so-called many universe interpretation. First pursed by Huge Evertt III in 1957. This means that if something can physically happen it does in some universe. Everett says that our reality is only one of the many equally valid universes. There is a collection of these universes called a multiverse. Every multiverse has copies of every person, structure and atom. For every possible event every possible outcome is said to be played out in a different universe. This interpretation of Quantum Mechanics is quite controversial, but it does suggest that it may be impossible to travel backward in it to our own dimension, but quite possible to travel back in time to an alternate dimension. Such an idea of linking parallel universes has been suggested in science fiction novels and in some television shoes such as Sliders. In the television series Sliders, a sliding machine creates a wormhole that links 2 parallel dimensions. Each week a group of these sliders jump into the wormhole and emerge in the same place and time, but in a different dimension. They can run into there own selves and experience a society vastily different than their own. The stuff of science fiction stems from existing Physical theories. So now that we know travel through time is theoretically possible, what would it be like? What would traveling at light speed be like? It would be similar to driving our car at 60 mph. You could not really tell the difference, Einstein says that you can not tell the difference in uniformly moving vessels. According to Einsteins laws of special relativity sight speed travel is not achievable. For any object to attain light speed, an object must be massless, such as a photon. Any object with mass would require an infinite amount of energy to accelerate to light speed. As we know, everything has mass so it would be impossible for any human to achieve these speeds. Another barrier on our traveling the speed of light, is the fact that light is pure energy, if we were to travel at that speed, we would turn into energy blobs. What happens when we actually travel back in to time? What happens if we change something, or try to commit suicide or to invent something from the future that we take for granted? The future from that point could be drastically changed. This argument is commonly called the Chronology principal. This principal states that the time travel could bring information to the past that could be used to create new ideas or products. If Pablo Picaso, the most influential and successful painter of the 20th century were to travel back in time to meet his younger self, assuming he stayed in his correct universe, he could then give himself a portfolio of all his work. His younger self could reproduce the paintings and profoundly and irrevocably affecting the future of art. This would involve no creative energy by the inventor. The reproductions would exist because they are copies from the original and the originals exist because they are copies of the reproductions. No creative energy would ever have to be put forth to create these masterpieces. Because of the chronology principal time travel, by some, has been ruled out. The cosmos await us, and the history of our world is at our fingertips. Would we use this great power for good, bad, and wealth? All we have to do is get in our spaceship, set sail for the nearest wormhole, and hope for a little luck, and we can witness things only told in stories. Only the traveler can decided what he or she wishes to go back for. The theories today state that traveling through time is possible, however they do not say what could be the repercussions of our actions. This great frontier awaits us; we have the knowledge, and are slowly but surly developing the technology. Only time will tell when time itself no longer rules our lives as one of the chief amendments of the universal constitution.

Free YGB Essay: Historical and Biographical Impact of Hawthornes Young Goodman Brown :: Young Goodman Brown YGB

Young Goodman Brown: Historical and Biographical Impact So much for textual matters, paraphrasable content, and genre. What kind of historical or biographical information do we need in order to get the full impact of this story aesthetically and intellectually? Obviously, some knowledge of Puritan New England is necessary. We can place the story in time easily, because Hawthorne mentions that it takes place in the days of King William (that is, William III, who reigned from 1688 to 1702). Other evidences of the time of the story are the references to persecution of the Quakers by Brown's grandfather (the 1660s) and King Philip's War [primarily a massacre of Indians by colonists [1675-1676]), in which Brown's father participated. Specific locales like Salem, Boston, Connecticut, and Rhode Island are mentioned, as are terms used in Puritan ecclesiasticism and government, such as ministers, elders, meetinghouses, communion tables, saints fin the Protestant sense of any Christian), selectmen, and lecture days. But it is not enough for us to visualize a sort of "First Thanksgiving" picture of Pilgrims with steeple-crowned hats, Bibles, and blunderbusses. For one thing, we need to know something of Puritan religion and theology. This means at least a slight knowledge of Calvinism, a main source of Puritan religious doctrine. A theology as extensive and complex as Calvinism and one that has been the subject of so many misconceptions cannot be described adequately in a handbook of this type. But at the risk of perpetuating some of these misconceptions, let us mention three or four tenets of Calvinism that will illuminate to some degree the story of Goodman Brown. Calvinism stresses the sovereignty of God --- in goodness, power, and knowledge. Correspondingly, it emphasizes the helplessness and sinfulness of man. Man has been, since the Fall of Adam, innately and totally depraved. His only hope is in the grace of God, for God alone is powerful enough (sovereign enough) to save him. And the most notorious, if not the chief, doctrine is predestination, which includes the belief that God has, before their creation, selected certain people for eternal salvation, others for eternal damnation. Appearances are therefore misleading; an outwardly godly man might not be one of the elect. Thus it is paradoxical that Goodman Brown is so shocked to learn that there is evil among the apparently righteous for this was one of the most strongly implied teachings of his church.

Construction Of A Glass Squash Court Engineering Essay

For centuries people have played games that involve hitting ball with racket against wall or back and Forth to each other across cyberspace. The most common illustration is tennis. In 19th century the captives were exercised by doing them to hit little and difficult ball around the walls of big room in the fleet prison in London, England. Subsequently this game became popular in English public school. Squash game was invented at Harrow School, England around 1830 and all of a sudden exploded its popularity worldwide in 1970 ‘s. The ground for the dramatic growing is because squash is a athletics which combines fittingness, merriment and competition. Squash is one of the fastest and most athletic athleticss. This is an international athletics played between two or four participants in a four walled tribunal with a little hallow gum elastic by hitting rubber ball against walls. The participants strike the ball alternately on to the forepart wall, which is 4.75 metres high. Player s can hit the ball straight to the forepart wall or utilize the sidewalls and rise up wall to make elusive winning shootings. Playing squash develops velocity, endurance, legerity, coordination and tribunal understanding. The mean length of the game is less than 45 proceedingss. The popularity of the game is due in big portion to the competitory exercise it generates in a little span of clip. The squash game is simple to larn and it ‘s hard to get the hang. The challenge is to accomplish end against more skilled opposition and you ‘ll play as you improve. This game is mentally and physically run outing and at the terminal of the twenty-four hours you will be satisfied and exhilarated and perchance small tired. The international tribunal was codified by London ; England in 1920 ‘s, with the dimension of 9.75 metre long and 6.4 metre broad. Squash tribunal is a rectangular box with perpendicular walls and changing in tallness, being front wall, side walls and back wall. It has a clear floor and clear height above tribunal. The squash tribunal is constructed by many stuffs supplying suited recoil and safe to play ; nevertheless, the World Squash Federation publishes tribunal specification which recommends criterions. Squash tribunal is constructed by walls or toughened glass ; there are three different types of wall systems: 1 ) Armourcoat difficult plaster: is 100 % gypsum based plaster system formulated with high impact opposition. This is been installed in over 40 states and accreditation with universe squash federation. This system contains no cement based merchandise, therefore extinguishing shrinking and emphasis snap. The entire system thickness is 12.7mm consisting of 2 bed of base coat plaster and 3 beds of finish coat plaster which is applied on moisture for lasting bond and smooth coating. Armourcoat requires no painted coating, finished coat available in bluish, green, white and xanthous coloring material. Armourcoat walls can be cleaned utilizing family, non-abrasive cleaners with scouring tablets and rinse with clean H2O. 2 ) Doweloc border grain: is superior in quality and lastingness, length of service proven is 60+ twelvemonth ‘s tribunal and still in drama. Doweloc is a Northern difficult maple ; edge grain system consists of lingua and groove wood strips held firmly by the aluminum joggle. Each 12inch subdivision is composed of 14 border grain pieces. Walls are so painted to procure wood based on the use of the tribunal. 3 ) High denseness fiberesin panel: is the pre – finished playing surface and engineered specifically for racquetball, handball and squash tribunal. It is a solid and rock difficult sheet stuff used to run into a stiff specifications and demands demanded for the fast action athleticss tribunal. It is composed of high denseness particle board nucleuss and multiple beds of thermalset rosin impregnated sheets that are moulded in hydraulic imperativenesss under controlled heat and force per unit area into sheets of changing thickness and denseness. Fiberesin requires no refinishing and merely occasional lavation. Glass walls: is a replacement for the walls which been mentioned above, since 1980 ‘s vouching to run into universe squash federations high proficient criterions. Glass walls are crystalline, so it makes game seeable for witnesss. Walls must non merely be crystalline, it has to be tough plenty to bounce the difficult ball without interrupting. Since normal glass is non difficult to defy the force per unit area of the ball toughened glass is used. Toughened or tampered glass is really much strong and satisfies all the criterions of universe squash federation, like strength, transparence and safety etc. Toughened glassA is been processed by controlledA thermalA or chemical interventions to increase its strength compared with normal glass. Tempered glass is made by procedures which create balanced internal emphasiss which give the glass strength. It will normally shatter into little fragments alternatively of crisp sherds when broken, doing it less likely to do terrible hurt and deep lacerations. As a consequence of its safety and strength, toughened glass is used in a assortment of applications. The 12mm toughened glass panels are designed to supply a flush coating and easy panel accommodation and alliance. The panels are joined by particular spot adjustments and 15mm thick glass fives. Joints between the glass panels are filled with a clear silicone sealer, to finish the continuity of the glass and guarantee a true playing surface that is tough plenty to defy force per unit area from either ball or participant. This joint constellation distributes and reduces emphasiss, minimizes warp, quiver or harm, and provides true ball recoil.RECOMMENDED STANDARDS OF CONSTRUCTIONInternational Squash tribunal is been constructed from glass or transparent stuffs, to do game seeable for the witnesss. Spectator countries may be located behind the plane of any wall of the tribunal. Play may be televised, filmed, photographed or recorded in any manner from above the tribunal or through any of the walls. No camera or any equipment is projected into the tribunal or below the clear tallness of the tribunal. Camera panels may be incorporated in any portion of the tribunal playing walls provided that any such panel shall: ( a ) Be flush with the next wall surfaces on the tribunal side ( B ) Match every bit closely as possible the coloring material of the next surfaces on the tribunal side. ( degree Celsius ) Have similar recoil features to the environing tribunal playing surface ( vitamin D ) Be fixed in such a manner as to defy indefinitely the impact of the ball, rackets and participants in normal drama ( vitamin E ) Be constructed of a stuff ( for illustration safety glass ) which will non be apt to do serious hurt to participants or witnesss if it breaks. Court dimensions and tolerances: is the of import criterion which has to be taken into history. The dimension of the tribunal varies based singles or doubles tribunal. The length and breadth of the singles tribunal is 9750mm and 6400mm severally with tolerance of plus or minus 10mm. Diagonals is 11665 millimeter and tolerance of plus or minus 25 millimeter. The dimensions of the doubles tribunal will be much more than singles tribunal. The length of the tribunal remains same, but breadth and diagonals will be more for doubles. Width is 7620 millimeter and Diagonals is 12375 millimeter, tolerance will be same as singles tribunal. For WSF recognised World and Regional events and Commonwealth Games, the breadth of the tribunal between playing surfaces may be expanded from 7620mm to 8420mm. The Court Walls should be perpendicular to within plus or minus 5mm in a tallness of 2 meters when measured within 250 millimeters of each corner of the tribunal and at three extra intermediate points equally spaced along the length of each wall. The walls of the tribunal shall be straight to within plus or minus 15 millimeter in the length of any wall when measured horizontally at a tallness of 1 meters above finished floor degree. The floor shall be degree to within plus or minus 10 millimeter in the length, breadth and on the diagonals of the tribunal. The walls of the tribunal and all constituents of them shall be capable of defying all the emphasiss which may be placed upon them in normal drama and shall non endure any lasting or impermanent harm as a consequence of: the impact of balls or rackets, the impact of participants defined as equivalent to that of a human organic structure with a mass of 100kg and a coefficient of soaking up of 47 % ( i.e. 47 % of the impact energy is absorbed by the organic structure and 53 % transmitted to the wall ) , going at the minute of impact at a velocity of 4.5 meters per second and striking the wall at right angles to it over an country of non more than 0.25 square meters at a tallness to the Centre of the impact country of 1.47 meters ( plus or minus 50 millimeter ) over the whole of its length. Where tribunals have transparent walls they shall be constructed of safety stuffs tested in conformity with the appropriate national criterion and shall run into the declared demands for safe breakage. The walls of the tribunal shall non debar under the impact of the ball in normal drama to such an extent or in such a mode than the recoil of the ball is affected. The walls may debar under the impact of participants if it is necessary for their structural unity that they should make so ; nevertheless, they should non debar to such an extent or in such a mode so as to impact the safety of the participants. Any wall which deflects as above shall return to its original inactive place within one second of the initial impact and shall non endure any breakage or any lasting or impermanent harm as a consequence of the warp. All playing walls of the tribunal shall hold a difficult smooth finish. Any forepart or side walls, or any crystalline panel in the playing surface of the forepart or side walls, shall be treated and/or lit in such a mode as to do it non-reflecting when viewed from inside the tribunal. The mean coefficient of reflection of the forepart and side walls shall non be less than 50 % at any point when in a clean status. The coefficient of reflection of the forepart and side walls shall non change at any point by more than plus or minus 5 % of the mean coefficient of reflection. The ball shall bounce genuinely on striking all parts of the playing walls. The ball bounce shall be consistent over the whole country of each wall. All wall surfaces including crystalline stuffs shall hold surface clash such that the gait and wall angle features are tantamount to that encountered in a plaster tribunal. Any unfastened articulation in the coating of a wall of panel building shall non debar the recoil of the ball in any manner. There shall be no bulges of any sort into the tribunal at the junction of one wall with another. The bounciness of the ball shall be of even height and gait over the whole country of the floor. When viewed from vertically above the line of flight of the ball, the additive way of the ball shall non be affected when it bounces on the floor.SpecificationGlassAll walls and fives are 12mm clear tempered or toughened glass with finished borders. All holes on the playing side are countersunk and dimensioned to have particular flower mounted adjustments and hardware. A clear silicone compound is used to bond all articulations. No glass-to-glass or glass-to-metal contact is permitted.AdjustmentAll glass-to-glass connexions are manufactured in hi-tensile GSM Nylatron. Nylatron GSM is a dramatis personae and partly cross-linked. Nylatron GSM is manufactured by modifying Nylon 6 stuff by a carefully controlled degree of finely divided atoms of Mo disulphide additive. TheA Mo disulphide enhances its bearing and have on behavior without impairing the impact and weariness opposition built-in t o unmodified dramatis personae nylon classs. All parts are moulded for maximal strength. These parts will hold tensile strength of 773 to 984 kg/cmA? with Hardness durometer of 2.3 and Shear strength of 541 to 668 kg/cmA? . Base angle brackets which is been used to repair wall to the floor and are available in either steel or anodized aluminum. Size of the brackets will be 12 † ten 3 † x 2 1/2 † ten 1/4 † . Two ground tackle bolts of 11mm Defense Intelligence Agency. x 89mm are used for each angle bracket. Aluminium channels of size 25 ten 25 ten 3mm and Aluminium angles of size 50 ten 50 ten 6mm are used to keep panels and attached to fives.

2008 Ap English (Rhetorical Strategies)

Barry expresses his use of rhetorical strategies through is book The Great Influenza, using anaphora, metaphors, tone, contrast, imagery, word choice, repetition of words, and ethos to drive his claim that being a scientist requires dealing with a huge amount of uncertainty, and takes courage, patience, and curiosity to succeed. Barry starts off with a comparison, an antithetical concept: certainty vs. uncertainty. Beginning with a universal truth, defining complete opposites, intensifies the revelation of the paradox in the second paragraph that scientists thrive on uncertainty.His use of anaphora further solidifies the wisdom that certainty is positive and uncertainty negative. As he goes on talking about what is required to become a scientist he uses a rather common strategy classification, as he lists traits, receiving the highest order of these traits are intelligence, curiosity, and purpose. â€Å"It is not the courage†¦Ã¢â‚¬ , â€Å"It is the courage†¦Ã¢â‚¬  is y et another use of anaphora to refine connotations associated with â€Å"courage† through negation of common concepts.Ending his second paragraph with reference to Claude Bernard, Barry is using the famous rhetorical strategy ethos. On the third paragraph he is still talking about scientists but he switches from â€Å"To be a scientist†¦Ã¢â‚¬  to â€Å"A Scientist†¦Ã¢â‚¬  changing from abstraction to practical. In this paragraph he also uses another reference to someone known and praised in the science world, this time Einstein. This could be looked at as ethos but also as an appeal to an authority. Initiating the thought of if he didn’t do it why should we.As he talks about how scientist could lose their â€Å"works† and â€Å"even beliefs† leaving them only to â€Å"believe in the process of inquiry† I take on pathos because that is powerful to think about losing everything, that definitely takes courage. But as he ends with â€Å"T o move.. † your left with a hopeful tone. You could lose everything but you keep moving on. The next paragraph uses great rhetorical strategies, allusion, simile, and metaphor to build on top of each other creating intensity. â€Å"Through the looking glass† is an allusion suggesting going into a world that isn’t real r doesn’t appear to be. This leads to the simile â€Å"like a crystal†, which suggestion setting off a chain of events beyond the control of a scientist. Then ends with a metaphor â€Å"off a cliff† suggesting some steps could mean the end. As he proceeds to talk about a scientist career style of a scientist, he presents imagery of a scientist a work by creating a slight example with a shovel digging up dirt, asking a series of question to represent the thought process of a scientist. This imagery continues on to the next paragraph, and then in his ending paragraph the tone shifts. Not at all†¦Ã¢â‚¬  is a negation of previ ous paragraphs reminding you what is common to scientist’s id not in all scientists. The reputation of â€Å"experiments† and â€Å"yield†, changing the meaning: first meaning to produce as in â€Å"yielding a bumper crop† to suggest giving up as in â€Å"yielding to a superior force† Through Barry’s use of all of these rhetorical strategies, it is clear Barry is aware of the uncertainty science contains and the courage and strength it takes scientists to deal with this, and keep moving forward.

A Lesson Before Dying1 essays

A Lesson Before Dying1 essays Grant Wiggins' life crises were the center of the story. Although he was supposed to make Jefferson into a man, he himself became more of one as a result. Not to say that Jefferson was not in any way transformed from the "hog" he was into an actual man, but I believe this story was really written about Mr. Wiggins. Mr. Wiggins improved as a person greatly in this book, and that helped his relationships with other people for the most part. At the start of the book, he more or less hated Jefferson, but after a while he became his friend and probably the only person Jefferson felt he could trust. The turning point in their relationship was the one visit in which Jefferson told Mr. Wiggins that he wanted a gallon of ice cream, and that he never had enough ice cream in his whole life. At that point Jefferson confided something in Mr. Wiggins, something that I didn't see Jefferson doing often at all in this book. "I saw a slight smile come to his face, and it was not a bitter smile. Not bitter at all"; this is the first instance in which Jefferson breaks his somber barrier and shows emotions. At that point he became a man, not a hog. As far as the story tells, he never showed any sort of emotion before the shooting or after up until that point. A hog can't show emotions, but a man can. There is the epiphany of the story, where Mr. Wiggins realizes that the purpose of life is to help make the world a better place, and at that time he no longer minds visiting Jefferson and begins becoming his friend. Mr. Wiggins' relationship with his Aunt declined in this story, although it was never very strong. His Aunt treated him like he should be a hog and always obey, yet she wanted him to make a hog into a man. His Aunt was not a very nice person, she would only show kindness towards people who shared many of her views, and therefore was probably a very hard person to get along with. ...

Find Out What Happened to the Mayan People

Find Out What Happened to the Mayan People The fall of the Maya is one of history’s great mysteries. One of the mightiest civilizations in the ancient Americas simply fell into ruin in a very short time, leaving many wondering what happened to the ancient Maya. Mighty cities like Tikal were abandoned and Maya stonemasons stopped making temples and stelae. The dates are not in doubt: deciphered glyphs at several sites indicate a thriving culture in the ninth century A.D., but the record goes eerily silent after the last recorded date on a Maya stela, 904 A.D. Many theories exist as to what happened to the Maya, but experts display little consensus. The Disaster Theory Early Maya researchers believed that some catastrophic event may have doomed the Maya. An earthquake, volcanic eruption, or sudden epidemic disease could have destroyed cities and killed or displaced tens of thousands of people, bringing the Maya civilization crashing down. These theories have been discarded today, however, largely because of the fact that the decline of the Maya took about 200 years; some cities fell while others thrived, at least for a while longer. An earthquake, disease, or another widespread calamity would have snuffed out the great Maya cities more or less simultaneously. The Warfare Theory The Maya were once thought to have been a peaceful, Pacific culture. This image has been shattered by the historical record; new discoveries and newly deciphered stone carvings clearly indicate that the Maya battled frequently and viciously among themselves. City-states such as Dos Pilas, Tikal, Copn, and Quirigua went to war with one another often, and Dos Pilas was invaded and destroyed in 760 A.D. Some experts wonder if they went to war with one another enough to cause the collapse of their civilization, which is quite possible. War often brings with it an economic disaster and collateral damage that could have caused a domino effect in the Maya cities. Civil Strife Theory Staying with a theory of unrest, some researchers believe civil war may have been a cause. As the populations in the large cities boomed, a great strain was placed on the working class to produce food, build temples, clear rainforests, mine obsidian and jade, and do other labor-intensive tasks. At the same time, food was becoming more and more scarce. The idea that a hungry, overworked working class might overthrow the ruling elite is not too far-fetched, especially if warfare between city-states was as endemic as researchers believe. The Famine Theory Preclassic Maya (1000 B.C.–300 A.D.) practiced basic subsistence agriculture: slash-and-burn cultivation on small family plots. They planted mostly corn, beans, and squash. On the coast and lakes, there was some basic fishing as well. As the Maya civilization advanced, the cities grew, their population growing much larger than could be fed by local production. Improved agricultural techniques such as draining wetlands for planting or terracing hills picked up some of the slack, and increased trade also helped, but the large population in the cities must have put great strain on the food production. A famine or other agricultural calamity affecting these basic and vital crops could certainly have caused the downfall of the ancient Maya. Environmental Change Theory Climate change may also have done in the ancient Maya. As the Maya were dependent on the most basic agriculture and a handful of crops, supplemented by hunting and fishing, they were extremely vulnerable to droughts, floods, or any change in the conditions that affected their food and water supply. Some researchers have identified some climatic change that occurred around that time: for example, the coastal water levels rose toward the end of the Classic period. As coastal villages flooded, people would have moved to the large inland cities, placing added strain upon their resources while losing food from farms and fishing. So...What Happened to the Ancient Maya? Experts in the field simply do not have enough solid information to state with clear-cut certainty how the Maya civilization ended. The downfall of the ancient Maya was likely caused by some combination of the factors above. The question seems to be which factors were most important and if they were linked somehow. For example, did a famine lead to starvation, which in turn led to civil strife and warring upon neighbors? Investigations havent ceased. Archaeological digs are ongoing at many sites, and new technology is being used to re-examine previously excavated sites. For example, recent research, using chemical analysis of soil samples, indicates that a certain area at the Chunchucmil archaeological site in Yucatan was used for a food market, as had been long suspected. Mayan glyphs, long a mystery to researchers, have now mostly been deciphered. Sources: McKillop, Heather. The Ancient Maya: New Perspectives. New York: Norton, 2004. National Geographic Online: The Maya: Glory and Ruin. 2007. NY Times Online: Ancient Yucatn Soils Point to Maya Market, and Market Economy. 2008.