By Design Essay -- Literary Analysis, Robert Frost

Redesigned: One poem with two faces Robert Frost wrote a poem – twice. The early version of the poem titled, â€Å"In White,† creates a simple scene filled with anomalies. For some reason, years later, the work beckoned for further attention. The poet complied and skillfully enhanced the work, rendering a finished poem that exceeded the scope of the original. Side by side, both versions of Frost’s poem send a nuanced message to the thoughtful reader. Open to interpretation, that message invites debate, an introspective feast. For that reason, reworking the poem fine-tuned the message. The revised poem â€Å"Design† assumes polished superiority through Frost’s mastery of imagery, amplified by devices, and unburdened language. For the purpose of clarity, explicating provides an understanding of the internal workings of this finished poem. A closer look at one poem helps to identify the differences between the two. Frost’s poem, â€Å"Design† begins in a most uncomplicated way: â€Å"I found a dimpled spider, fat and white† (1). The spider, described as such, denotes jolly innocence, an unlikely association. Introducing the first of several ironies, the heal-all, which preserves life, has a growing connection to death. In fact, the flower provides a stage for the spider, menacing in spite of its pale disguise as it sits â€Å"On a white heal-all, holding up a moth / Like a white piece of rigid satin cloth–† (2-3). Frost’s white color scheme persists into the dead moth simile. Satin, typically equated with rich finery, finds a meaning much less elegant with the adjective, rigid. Each line zooms closer to the scene at hand, no doubt something is just not righ t. The mood continues with, â€Å"Assorted characters of death and blight† (4), and ad... ..., aided by Frost’s selection of devices, such as similes. As such, the reader derives a deeper understanding of the action, like the lifting of a veil. In summary, explicating â€Å"Design† served to process both poems. Such a exercise provided a clearer perspective of Frost’s initial rendering and subsequent finished work. Thus, exposing subtle differences resulted in a way to compare the work and draw a subjective conclusion regarding the more effective poem. However, one must remain mindful that without the lesser first â€Å"draft,† the second would have had no life. Indeed, Frost refined with a delicate hand by shaping images, placed inventive markers to prod thought, and carefully gave voice to each word. The result produced a superior message, which posed more questions than solid answers about whether life (or death) happens by coincidence, or by â€Å"Design.†

2004 Indian Ocean earthquake & Sanaysay Essay

A tsunami is a series of water waves caused by the displacement of a large volume of a body of water, generally an ocean or a large lake. Earthquakes, volcanic eruptions and other underwater explosions(including detonations of underwater nuclear devices), landslides, glacier calvings, meteorite impacts and other disturbances above or below water all have the potential to generate a tsunami.[3] Tsunami waves do not resemble normal sea waves, because their wavelength is far longer. Rather than appearing as a breaking wave, a tsunami may instead initially resemble a rapidly rising tide, and for this reason they are often referred to as tidal waves. Tsunamis generally consist of a series of waves with periods ranging from minutes to hours, arriving in a so-called â€Å"wave train†.[4] Wave heights of tens of metres can be generated by large events. Although the impact of tsunamis is limited to coastal areas, their destructive power can be enormous and they can affect entire ocean basins; the 2004 Indian Ocean tsunami was among the deadliest natural disasters in human history with over 230,000 people killed in 14 countries bordering the Indian Ocean. The Greek historian Thucydides suggested in his late 5th century BC, History of the Peloponnesian War, that tsunamis were related to submarine earthquakes,[5][6] but the understanding of a tsunami’s nature remained slim until the 20th century and much remains unknown. Major areas of current research include trying to determine why some large earthquakes do not generate tsunamis while other smaller ones do; trying to accurately forecast the passage of tsunamis across the oceans; and also to forecast how tsunami waves would interact with specific shorelines. A tsunami is a series of ocean waves that sends surges of water, sometimes reaching heights of over 100 feet (30.5 meters), onto land. These walls of water can cause widespread destruction when they crash ashore. Tsunami are waves caused by sudden movement of the ocean due to earthquakes, landslides on the sea floor, land slumping into the ocean, large volcanic eruptions or meteorite impact in the ocean. Earthquakes Most tsunami are caused by large earthquakes on the seafloor when slabs of rock move past each other suddenly, causing the overlying water to move. The  resulting waves move away from the source of the earthquake event. Landslides Underwater landslides can cause tsunami as can terrestrial land which slumps into the ocean. View our landslide generation animation which demonstrates how a landslide induces a tsunami. Volcanic eruptions Less common are tsunami initiated by volcanic eruptions. These occur in several ways: destructive collapse of coastal, island and underwater volcanoes which result in massive landslides pyroclastic flows, which are dense mixtures of hot blocks, pumice, ash and gas, plunging down volcanic slopes into the ocean and pushing water outwards a caldera volcano collapsing after an eruption causing overlying water to drop suddenly. An earthquake is the shaking of the earth that occurs after pieces of the crust of the Earth suddenly shift. The term earthquake describes the sudden slip on a fault and includes the ground shaking and radiating seismic energy that is caused by the slip. Volcanic activity, or other geologic processes, may cause stress changes in the earth that can also result in an earthquake. Earthquakes can occur anywhere in the world although some areas of the globe are more likely to experience an earthquake than others. Earthquakes occur in all types of weather, in all climate zones, in all seasons of the year, and at any time of day making it impossible to predict with any certainty when an earthquake is likely to occur. The best seismologists (scientists who study earthquakes) can do is to look at the historical record of earthquake activity for any geographical area and use this data to calculate the probability of an earthquake occurring in the future. Earthquake prediction is still in the future. A tsunami is a series of sea waves that can be caused by earthquakes or landslides at or beneath the sea floor. The displacement of the sea floor that occurs during certain large submarine earthquakes and landslides causes displacement of large volumes of the sea water above it producing large, fast moving waves. When a coast line experiences a tsunami it can be due to an earthquake near the coast or due to a quake occurring in a distant part of the ocean. Coastal areas may experience little or no damage from an  earthquake but can be devastated by the resulting tsunami. 2010 Haiti Earthquake Haiti suffered one of the largest earthquakes in more than 200 years in 2010. The 7.0 magnitude earthquake was centered about 10 miles from Port-au-Prince and set off a swarm of tsunamis that killed three people and destroyed several homes. The waves were averaged to be about 10 feet high. 2010 Sumatra Earthquake/Tsunami he October 2010 Sumatra earthquake occurred on the same fault as the 2004 Indian Ocean earthquake. The second time wasn’t as disastrous but there was still substantial damage. This time around the earthquake was 7.7 on the Richter scale and developed a tsunami that struck the Mentawai Islands. The tsunami, which had a wave of 9 feet, destroyed many of the villages on the island. It displaced more than 20,000 people and reportedly killed 435. 2010 Chile Earthquake/Tsunami A 8.8 magnitude earthquake struck Chile on February 27, 2010 with intense shaking that lasted for about three minutes. It triggered a tsunami that destroyed several coastal towns in south-central Chile. The tsunami raced through the Pacific Ocean that 53 countries had to post warning, though there was little damage as it moved past Hawaii, Australia and Japan. The death toll was 521 victims. 2011 Tohoku Earthquake/Tsunami The 9.0-magnitude megathrust earthquake that hit the Tohoku region of Japan on March 11, 2011 was the largest earthquake to have ever hit the country. Japanese Prime Minister Naoto Kan even called it â€Å"the toughest and most difficult crisis for Japan† since the end of World War II. The tsunami that traveled along the Pacific coast of Japan’s northern islands was measured to be at least 9.8 feet high. Entire towns and cities were swept away and about 5,692 are said to be dead, with 9,522 missing and 2,409 injured. 1771 Great Yaeyama Tsunami On April 24, 1771, the Yaeyama Great Earthquake caused the formation of the 1771 Great Yaeyama Tsunami. The tsunami hit both the Ishigaki and Miyakojima Island of Japan and killed a total of 12,000 people. Agriculture was severely damaged and the population decreased about one-third of what it was. The tsunami at Ishigaki reportedly reached a height of 262 feet. 1792 Mount Unzen The 1792 eruption of Mount Unzen in western Kyushu, Japan is the most deadliest volcanic eruption ever in Japan. It caused a megatsunami that reached up to 330 feet and killed 15,030 people. 1896 Meiji-Sanriku Earthquake The 1896 Meiji-Sanriku earthquake hit Japan on a day when the country was celebrating both the return of soldiers from the Sinto Japanese War and a Shinto holiday. The 7.2 magnitude earthquake that took place was small but the tsunami that struck the coast of Sanriku 35 minutes later was much greater. Waves as high as 125 feet were measured and nearly 9,000 homes were destroyed. 22,070 were reported dead and an unusually high count of victims with fractured skulls and broken or missing limbs. Hawaii also suffered some destruction from the tsunami as waves of 30 feet were measured there. 1868 Arica Earthquake/Tsunami The estimated 8.5 to 9.0 magnitude earthquake near Arica (then part of Peru, now part of Chile) in 1868 nearly destroyed all of Arica and its surrounding cities. The tsunami it produced almost completely destroyed the port city of Pisco. It also caused some damage in Hawaii, New Zealand and Japan. About 25,674 casualties were reported. Aug. 27, 1883: Eruptions from the Krakatoa volcano fueled a tsunami that drowned 36,000 people in the Indonesian Islands of western Java and southern Sumatra. The strength of the waves pushed coral blocks as large as 600 tons onto the shore. June 15, 1896: Waves as high as 100 feet (30 meters), spawned by an earthquake, swept the east coast of Japan. Some 27,000 people died. April 1, 1946: The April Fools tsunami, triggered by an earthquake in Alaska, killed 159 people, mostly in Hawaii. July 9, 1958:Regarded as the largest recorded in modern times, the tsunami in Lituya Bay, Alaska was caused by a landslide triggered by an 8.3 magnitude earthquake. Waves reached a height of 1,720 feet (576  meters) in the bay, but because the area is relatively isolated and in a unique geologic setting the tsunami did not cause much damage elsewhere. It sank a single boat, killing two fishermen. May 22, 1960: The largest recorded earthquake, magnitude 8.6 in Chile, created a tsunami that hit the Chilean coast within 15 minutes. The surge, up to 75 feet (25 meters) high, killed an estimated 1,500 people in Chile and Hawaii. March 27, 1964: The Alaskan Good Friday earthquake, magnitude between 8.4, spawned a 201-foot (67-meter) tsunami in the Valdez Inlet. It traveled at over 400 mph, killing more than 120 people. Ten of the deaths occurred in Crescent City, in northern California, which saw waves as high as 20 feet (6.3 meters). Aug. 23, 1976: tsunami in the southwest Philippines killed 8,000 on the heels of an earthquake. July 17, 1998:A magnitude 7.1 earthquake generated a tsunami in Papua New Guinea that quickly killed 2,200. Dec. 26, 2004: A colossal earthquake with a magnitude between 9.1 and 9.3 shook Indonesia and killed an estimated 230,000 people, most due to the tsunami and the lack of aid afterward, coupled with deviating and unsanitary conditions. The quake was named the Sumatra-Andaman earthquake, and the tsunami has become known as the 2004 Indian Ocean tsunami. Those waves traveled the globe – as far as Nova Scotia and Peru. March 11, 2011: A massive 8.9-magnitude earthquake struck northern Japan, triggering tsunamis that reportedly swept up cars, buildings and other debris. The Japan Meteorological Society has forecast more major tsunamis in the area, with some expected to reach more than 30 feet (10 m) off the coast of Hokkaido, Japan’s second largest island. A tsunami was also generated off the coast of Hawaii, one that could cause damage along the coastlines of all islands in the state of Hawaii, according to the Pacific Tsunami Warning Center. Tsunami warnings are in effect across Hawaii as well.

Phillosophy Teaching Essay

At daybreak on the morning of Friday, August 3 1492, an Italian adventurer named Christopher Columbus set sail from Spain to find a new way from Europe to Asia. His aim was to open up a sorter trade route between the two continents. In Asia, he intended to load his three small ships with silks, spices and gold, and sail back to Europe a rich man. Columbus first sailed south to the Canary Islands. Then he turned west across the unknown waters of the mid-Atlantic Ocean. Ten weeks after leaving Spain, on the morning of October 12, he stepped ashore on the beach of low Sandy Island. He named the island San Salvador – Holy Savior. Columbus believed that he had landed in the Indies, a group of Inlands close to the mainland of India. For this reason he called the friendly, brown-skind people who greeted him los Indios – Indians. In fact, Columbus was not near India. It was not the edge of Asia that he had reached, but islands off the shores of a new continent. Europeans would soon name the new continent America, but for many years they went on calling its inhabitants Indians. Only recently have these first Americans been described more accurately as Native Americans or Amerindians. There were many different groups of Amerindians. Those north of Mexico, in what is now the United States on Canada, were scattered across the grasslands and forests in separate groups called tribes. These tribes followed very different ways of life. Some were hunters, some were farmers. Some were peaceful, others warlike. They spoke over three hundred separate languages, some of which were as different from one another as English is from Chinese. Europeans called America the New World. But it was not new to the Amerindians. Their ancestors had already been living there for maybe 50000 years when Columbus stepped on to the beach in San Salvador. We say maybe because nobody is completely sure. Scientists believe that the distant ancestors of the Amerindians came to America from Asia. This happened, they say, during the earth’s last ice age, long before people began to make written records. At that time a bridge of ice joined Asia to America across what is now the Bering strait. Hunters from Siberia crossed this bridge into Alaska. From Alaska the hunters moved south and east across America, following herds of caribou and buffalo as the animals went from one feeding ground to the next. Maybe 12000 years ago, descendants of these first Americans were crossing the isthmus of Panama into south America. About 5000 years later their camp fires were burning on the frozen southern tip of the continent, now called Tierra del fuego – the Land of fire. For many centuries early Amerindians lived as wandering hunters and gatherers of food. Then a more settled way of life began. People living in highland areas of what is now Mexico found a wild grass with tiny seeds that were good to eat. These people became America’s first farmers. They cultivated the wild grass with great care to make its seeds larger. Eventually it became Indian corn, or maze. Other cultivated plant foods were developed. By 5000 BC Amerindians in Mexico were growing and eating beans, squash and peppers. The Pueblo people of present day Arizona and New Mexico were the best organized of the Amerindians farming people. They lived in groups of villages, or in towns which were built for safety on the sides and top of the cliffs. They shared terraced buildings made of adobe ( mud and straw ) bricks, dried in the sun. Some of these buildings contained as many as 800 rooms, crowded together on top of one another. The Pueblo made clothing and blankets from cotton which grew wild in the surrounding deserts. On their feet they wore boot-shaped leather moccasins to protect their legs against the sharp rocks and cactus plants of the desert. For food the grow crops of maize and beans. Irrigation made them successful as farmers. Long before Europeans came to America and Pueblo were building networks of canals across the deserts to bring water to their fields. In one desert valley modern archaeologists have traced canals and ditches which enable the Pueblo to irrigate 250000 acres of farmland. A people called the apache were the neighbors of the Pueblo. The apache never became settled farmers. They wandered the deserts and mountains in small bands, hunting deer and gathering wild plants, nuts and roots. They also obtained food by raiding their Pueblo neighbors and stealing it. The Apache were fierce and warlike, and they were much feared by the Pueblo. The Iroquois were a group of tribes – a nation- who lived far away from the Pueblo and the Apache in the thick woods of northeastern North America. Like the Pueblo, they were skilled farmers. In fields cleared from the forest they worked together growing beans, squash and twelve different varieties of maiz. They were also hunters and fishermen. They used birch bark canoes to carry them swiftly along the rivers and lakes of their forest homeland. The Iroquois lived in permanent villages, in long wooden huts with barrel-shaped roofs. These huts were made from a framework of saplings covered by sheets of elm bark. Each family had its own apartment on either side of a central hall. The Iroquois were fierce warriors. They were as feared by their neighbors as the Apache of the western deserts were feared by theirs. Around their huts they build strong wooden stockades to protect their villages from enemies. Eager to win a glory for their tribe and fame and honor for themselves, they often fought one another. From boyhood on, male Iroquois were taught to fear neither pain nor death. Bravery in battle was the surest way for a warrior to win respect and a high position in his tribe. Many miles to the west, on the vast plains of grass that stretched from the Mississippi River to the Rocky Mountains, there was another warrior nation. This group called themselves Dakota, which means allies. But they were better known by the name which other Amerindians gave to them – Sioux, which means enemies. Te Sioux grew no crops and built no houses. For food, for shelter and for clothing they depended upon the buffalo. Millions of these large, slow- moving animals wandered across the western grasslands in vast herds. When the buffalo moved, the Sioux moved.

Nature’s Role in Frankenstein

The writers of the Romantic period portrayed nature as a celestial source. In many Romantic works, nature's beauty is praised with pantheistic, almost pagan, terms. To these writers, the natural world was a direct connection to god. Through appreciation for nature, one could achieve spiritual fulfillment. The contrary, failure to surrender to natural law, results in punishment at the hands of nature. Mary Shelley, as well as her contemporary, Samuel Coleridge, depicts the antagonistic powers of nature against those who dare to provoke it.Victor Frankenstein offends nature in several ways. The first and foremost insult is his attempt to gain knowledge forbidden to humanity. Then, he uses this knowledge to create an unnatural being that serves no purpose in a natural world. Finally, Frankenstein refuses to take responsibility for his creation's actions, which have obvious and dangerous consequences for society. By daring to tread on the laws of nature, Frankenstein becomes the target o f the natural world's wrath. He, much like the Ancient Mariner, suffers due punishment for his sin.In both â€Å"Rime of the Ancient Mariner† and â€Å"Frankenstein,† nature is portrayed as a divine power. It is a deific force, capable of creating transcendental beauty, as well as inflicting horrific torment upon those who violate its laws. The Ancient Mariner's crime is his senseless murder of the albatross; his punishment presents itself through a series of natural phenomenon. Nature deprives him and his men of natural elements, food and water, â€Å"Water, water, every where, Nor any drop to drink. † (Coleridge 433). Nature also uses other natural elements to cause him further suffering.For instance, the Mariner and his men must endure the heat of the sun as their ship halts, the wind stops and intensifies the heat, â€Å"Down dropt the breeze, the sails dropt down†¦ â€Å"â€Å"All in a hot and copper sky, The bloody sun at noon. † (Coleridge 4 33). Frankenstein also faces retribution for his disobedience to the laws of nature. His punishment, however, is not as simple as the Mariner's. Nature bestows a far more cruel and spiteful fate upon Frankenstein. It uses Frankenstein's creature against him, adopting his former object of pride and manipulating the creation into a weapon against its creator.Abandoned by its â€Å"father†, Frankenstein's monster is forced to seek another parental figure. It finds one in Mother Nature. As the creature embarks on a lonesome journey, nature teaches him the lessons that Frankenstein does not. The creature learns of the dangers of fire by burning its hand in the flame â€Å"One day, when I was oppressed by cold, I found a fire which had been left by some wandering beggars, and was overcome with delight at the warmth I experienced from it. In my joy I thrust my hand into the live embers, but quickly drew it out again with a cry of pain.How strange, I thought, that the same cause sho uld produce such opposite effects! † (Shelley 389). In other such lessons, Nature shapes its â€Å"child† as a tool of revenge. For instance, the creature learns of it's hideousness by seeing it's reflection in a pool of water, † At first I started back, unable to believe that it was indeed I who was reflected in the mirror; and when I became fully convinced that I was in reality the monster that I am, I was filled with the bitterest sensations of despondence and mortification. Alas!I did not yet entirely know the fatal effects of this miserable deformity† (Shelley 431). This realization evokes anger within the monster, and its resentment towards its creator grows. Nature uses Frankenstein's hubristic disposition against him. When creating the monster, Victor Frankenstein gives it a gigantic stature. He states that he did this due to his haste, â€Å"As the minuteness of the parts formed a great hindrance to my speed, I resolved, contrary to my first intent ion, to make a being gigantic in stature†¦ † (Shelley 171).However, Frankenstein's ambition also played a role in his decision to make the creature a physically intimidating size, â€Å"A new species would bless me as its creator and source; many happy and excellent natures would owe their being to me† (Shelley 172). Here, Frankenstein states his desire to become the father of a supreme race of beings. By giving the creature an enormous form, Frankenstein is assuring that it will be dominant over other species. This is not only a threat to nature, but it also adds to the creature's unnatural genesis.The monster is abnormally powerful, as it possesses abilities far surpassing to any other species on Earth. Therefore, it is something unnatural and cannot be apart of the natural world. Nature, instead of removing the monster straight away, uses its physical superiority to taunt Frankenstein's pride. As the scientist begins his all-consuming quest to seize and kill the monster, he is constantly mocked by his own creation's power. Even at the end of his life, Frankenstein is still unable to capture the monster. The unnatural being has no true place or purpose in he natural world, so Nature uses the creature in the only suitable way: a tool for revenge. This becomes the monster's only role in the natural world. Once it has finally inflicted true punishment against Frankenstein, it will have no purpose. The monster does not belong in the natural world, and so it will be destroyed, â€Å"I, the miserable and the abandoned, am abortion, to be spurned at, and kicked, and trampled on† (Shelley 886). Revenge is its only objective, when nature finally achieves this intention it returns the monster back to nature.The creature's birth was allied by the use of natural materials, human flesh and lightning, similarly its death is caused by Nature's elements, fire, â€Å"I shall collect my funeral pile, and consume to ashes this miserable frame, that it s remains may afford no light to any curious and unhallowed wretch, who would create such another as I have been. I shall die. † (Shelley 889). The creature is of no use to Mother Nature any longer, and so it must remove itself from the natural world. â€Å"The Rime of the Ancient Mariner† and â€Å"Frankenstein† describes the horrors that result from invoking nature's rage.The natural world, according to the Romantics, was a divine force. Like the pagan gods of Greek and Roman culture, nature's wrath is terrible and unmerciful to those who dare to wrong it. Victor Frankenstein, the Promethean figure of the Romantic period, defies nature in his decision to bring unnatural life into the natural world. This is an act of blasphemy against nature, and to an extent, â€Å"God† himself. Frankenstein's punishment for this sin is both thorough and justified. Like Prometheus, Victor Frankenstein spends his remaining life paying for his act of defiance against the g ods of nature.

Literature review of nursing leaders Essay Example | Topics and Well Written Essays - 1000 words

Literature review of nursing leaders - Essay Example The Institute of Medicine (IOM) defines quality of care in hospitals as the level to which health services offered to individuals increase the certainty of expected health results and are in harmony with current professional expertise. With this standard definition, quality indictors include death, disability, discomfort, disease and dissatisfaction (Yragui et al, 2013). However, recent medical practitioners have shifted way from the usual negative to the positive aspects of quality. This has led to the innovation of the description of quality health care is the safe, effective and equitable services that health practitioners give to patients ( Mitchell). Curtis et al (2011) defines nurse leaders as medical practitioners who order instructions to medical students or co-workers. In addition, the two claim that every leader in whichever position merges their circle of influence with clinical practise. This goes hand in hand with Yraguis (2013) suggestion that anyone who is in authority and has disciples who rely on their expertise is a leader. Nurse leaders have many roles to perform in the hospital because of their influence to other nurses. One such role is providing organizational support. Nurse leaders are expected to motivate nurses and make them feel appreciated in the hospital (Morse, 2007). The nurses should feel needed in the organization and that their efforts are recognized. Nurse leaders help improve practice levels when they are responsive to patient concerns. They can also make other care providers believe that the management is concerned with high-quality care. This would in turn encourage care providers to give specialized care to patients, as agreed by Yargui (2013).The providers will also embrace positive attitude and behaviour. Employees who receive compliments from employers would have better attitudes. The nurse leaders should also give an aggression free environment to other care providers. They should

SCM Software selection Essay Example | Topics and Well Written Essays - 250 words - 1

SCM Software selection - Essay Example Build to order supply chain with zero inventory involves production of products on demand. Starbucks application involves the implementation cost that involves training the managers and operators of the supply chain to ensure that they are able to determine the demand to ensure that they are satisfied by the available supply. The integration in the continuous replenishment involves linking the manufacturing company with the suppliers to ensure there are adequate materials to meet the production needs. Build to order system with zero inventory involves cost that are incurred in training the system operators to enable them to determine the present demands in order to direct what needs to be produced. However, the most appropriate SCM software package for Bravo Company is the Starbucks system. This is because the application will enable the company to determine the appropriate delivery dates for its customers, solve the inventory problems by determining the right inventory levels for hard drives. It will also ensure that through synchronization and communication, the problem of trucks unavailability is solved, and that the procedures for customs clearance are made easier to ensure easily supply of

Entrepreneurship and Venture Creation Essay Example | Topics and Well Written Essays - 4000 words - 4

Entrepreneurship and Venture Creation - Essay Example Entrepreneurial behaviour is needed, and it is through the individual characteristics of entrepreneurs that enterprises and organisations occur. For the first section, this essay analyses the individual characteristics of three types of entrepreneurs, namely, small-business entrepreneurs, serial entrepreneurs, and social entrepreneurs. Then the second part presents a comprehensive debate on the role of individual characteristics in entrepreneurial choice or preference. Small business entrepreneurs are the powerhouse of the private business world. They create the competitive drive; enhance economic development and social backbone; generate employment, new enterprises, and prospects for others. Small business entrepreneurs are idealistic self-beginners who are fond of taking the risks of building new businesses (Chen et al., 2012, p. 1314). They possess the boldness, creating an environment of dynamism, ingenuity, and opportunity to develop. Primarily, they initiate change and are dedicated, tireless, and opportunity pursuers—agents who discern a market demand and fulfil that demand by transforming it into a profitable venture (Walker et al., 2013, p. 186). The act of disentangling oneself from the crowds of the employed to start a small business exhibits commitment and resolve. However, numerous other characteristics of small business entrepreneurs, such as confidence, flexibility, and adaptability, bring them success as entrepreneurs. A large scale research by the Guardian Life Small Business Research Institute discovered that there were specific characteristics that showed up among the most profitable, successful small business entrepreneurs (Walker et al., 2013, p. 186-8). Roughly 1,100 small organisations took part in the Guardian research. Generally, the research discovered several major characteristics that distinguished successful small business entrepreneurs (Baum et al., 2014, p. 94). First, small business