Business Formal report Essay Example | Topics and Well Written Essays - 1750 words

Business Formal report - Essay Example Memo of Transmittal DATE: October XX, XXXX. TO: FROM: XXXX SUBJECT: Business In response to the request made by you on October XX, 2012, I have completed writing the project report after undergoing a detailed research using both primary and secondary sources regarding the various factors related to intercultural communication. I am pleased to present you the project report as asked by you. Please find the report attached herewith. The problem statement in this research study is to develop best practices of intercultural communication for the assigned company. The study has selected United Kingdom as target market for the company. The study used case study of a Polish manufacturer in order to understand existing best practices in the business environment. Based on the findings and analysis of the research study, it is recommended that the company needs to adopt British culture and recruit local people to overcome linguistics barrier in the United Kingdom. Detailed recommendations are illustrated in last section of the study. Please feel free to contact me if you have any questions associated with the project report or if you need any kind of additional information. I will try to assist you in every possible way. Enc. Project Report Table of Contents Table of Contents 4 Scenario 3 6 PESTLE of UK 6 Political 6 Economical 6 Social 6 Technological 7 Environmental 7 Legal 7 Porter’s Diamond Model 8 Chance Factor 8 Factor Condition 8 Firm’s Strategy 8 Demand 8 Supporting Facility 9 Government 9 PIMLICO 9 Strategic Initiative 9 Phases of PIMLICO 10 Case Study on Industry Best Practices 11 Recommendation 12 Conclusion 14 Works Cited 15 Scenario 3 United Kingdom has been selected for the company to open their first international division. A macro environment auditing is needed to be done in order to understand business opportunities present in the country (Henry 52-58). PESTLE of UK Political The political issues represent the ongoing political situation of the country. It indicates the factors such as tax policies, political changes and issues regarding trade restriction, tariffs and the constancy of the government. The political design of United Kingdom is a legal monarchy and also a parliamentary system. The country is very much politically stable. Economical The economic contributors include gross domestic product, interest rates, unemployment rates, inflation rate and growth rate of the economy. The economy of UK is one of the strongest economies around the globe. UK is regards as highly manufacturing country. The other significant sectors of UK include fishing, tourism, agricultural and finance. The official currency of United Kingdom is British pound sterling. Social The social issues include patterns in demographics such as size, population, cultural factors and consumer behavior. The culture of UK regards the idiosyncratic cultural inheritance. British people generally speak English as the local language. It is classified by the existence of dissimilar types of consumers in the market. Technological Factors comprise rate of new product development, increase in process automation and other technical infrastructures such as technology transfer, technology inducements, internet application and research & development. In United Kingdom technology plays central parts of any business.

African American Gay Rights Essay Example for Free

African American Gay Rights Essay I cannot begin to argue about African American/Hispanic LGBT, living in New York City and their civil rights without remembering the public outcry against black civil rights. Although the focus of this paper is on African American/Hispanic LGBT living in New York City and Their Rights to Marriage I have decided to start my paper of by discussing the civil rights movement of the 1960s. The civil rights movement of the 1960s and the continuing struggle against race-based discrimination were rooted in the struggle against slavery. As early as the eighteen hundreds the United States legislative had laws known as segregation laws that limited certain freedom to them. They had to live in separate neighborhood, attend separate schools, drive in the back of public buses verses in the front where Whites were; African American would not dare go against these laws back then because if and when they did, they were unjustly imprisoned, beaten lynched and more for just trying to exercise human rights. In the 1960s African Americans led a fight to remove the legally codified vestiges of slavery from our constitution and from state and local laws. Most repulsive among these, were Jim Crow laws that required racial segregation; African Americans had to endure all these things until The Civil Rights Movement. The modern concept of civil rights was pioneered by African Americans in their long struggle to become full citizens of the United States. From the Civil Rights Movement to the Stonewall Riots of 1969 to May 17, 2004, the LGBTQ movement has made some tremendous gains into mainstream society, a reality that has not been afforded to African Americans. The African American Civil Rights Movement gave birth to many other civil rights movements in the 1960s. African Americans not only made new law, their success gave new hope. Among the many efforts sparked by the African American Civil Rights Movements were the efforts to end discrimination against women, Hispanic Americans, Native Americans, and Asian Americans, people with disabilities and lesbians and gays. Some African American still has one more river to cross because now African American LGBT are fighting a new civil war, the fight for same sex marriage; the right to be legally married. Currently, marriage has two distinct components: civil marriage and the religious ritual of marriage. Mixed-gender couples can have a civil marriage without the religious ceremony/ritual. Couples can have a religious ceremony/ritual, without a civil marriage. Some couples can choose both. However, to receive the legal protections of marriage, a couple must have a civil marriage, which is the only marriage that can be addressed by courts or legislatures. The LBGT believe that the rights and legal protections of civil marriage that are given to mixed-gender couples and families should also be extended to couples and families who are headed by same-gender couples. These include the rights of survivorship, inheritance, insurance, joint income tax filing, and a myriad of rights that many mixed-gender couples take for granted. For African American LGBT, state regulation has been particularly harsh. State sodomy law has had a way of preventing LGBT from acquiring some of the rights they are entitle to. Today, fewer than half the state has sodomy laws. LGBT recognizes New York City for being the birth place for many modern gay movements; however, New York has not yet passed any law giving LGBT legal protection and political support, (right to marriage being on of them). New York State gay rights bill, first introduced in 1971, still has not become law. While other states, like Vermont has established civil unions for LGBT, New York has not. Andy Humm writes that the biggest gay-related debate throughout the country right now is over government sanction of same-sex elationships. Vermont has gone the furthest, establishing civil unions for gay couples that confer almost all of the rights to which a married man and woman are entitled, though stopping short of full legal marriage. New Yorkers may travel to Vermont for the civil ceremony as of July 1, but there is some question as to what legal weight it will carry back home. The federal government enacted the Defense of Marriage Act (DOMA) in 1996 when it looked as if Hawaii might give same-sex couples marriage licenses. It barred federal recognition of legal same-sex marriages performed in any state and gave the other states the right not to honor such a contract. Thirty-two states have passed laws barring recognition of same-sex marriages performed in other states, even though no state or nation allows gay couples to obtain a marriage license. (Holland will likely be the first in 2001. ) A New York version of the Defense of Marriage Act is pending in Albany, but has not had a vote in either chamber. Bibliography Diane Silver et al. , The New Civil War: The Lesbian and Gay Struggle For Civil Rights (New York; New York:1997), 25-26 Andy Humm, The State of gay rights in New York, Available http://www. gothamgazette. com/iotw/gayrights/ (Accessed May 16, 2005).

Schwann Cells and Nerve Regeneration

Schwann Cells and Nerve Regeneration Yinghui Xu   Ã‚   Abstract The majority of the nervous system cells are glial cells, which have various properties and functions. Schwann cells are the principal glial cells of the peripheral nervous system(PNS). In normal nerves, they function to form insulating myelin sheath around axons and provide support to neurons. In injured nerves, however, they change their properties and switch function to that of supporting nerve regeneration. Understanding their ability in the switching process could lead to better treatment for those suffering from nerve injuries. This essay gives an overview of the structure and development of Schwann cells and the causes of nerve injuries. It also provides an explanation in the role that Schwann cells play in supporting nerve regeneration and how different approach could promote nerve regeneration. Introduction to Schwann cells Schwann cells are the most abundant glial cells in the PNS. They are a diverse group of cells originated from neural crest cells and they play an essential role in the PNS of both vertebrate and invertebrate. They can be subdivided by their morphology and anatomical location into four subsets, namely the myelinating Schwann cells, non-myelinating Schwann cells, satellite cells and perisynaptic Schwann cells (Armati Mathey, 2014).These different types of Schwann cells and their anatomical locations are shown in Figure 1. Figure 1 Locations of different types of Schwann cells in the PNS(Armati Mathey, 2007). (a) Satellite Schwann cells in the dorsal root ganglia. (b) Non myelinating Schwann cells in mixed peripheral nerve fibres. (c) Myelinating Schwann cells in mixed nerve fibres. (d)Perisynapic Schwann cells at the neuromuscular junction (NMJ). Each subset of Schwann cells has different functions. For example, perisynaptic Schwann cells are essential for modulating NMJ function whereas satellite Schwann cells have the ability to regulate the neuronal environment (Armati Mathey, 2007). Non-myelinating Schwann cells associate with several axons via a single layer of myelin. Myelinating Schwann cells are the most studied Schwann cell subset and they are most known for their function in speeding up the propagation of action potentials. Myelinating Schwann cells wrap around axons of neurons to form the insulating myelin sheath. Between the myelin sheaths are periodic gaps called nodes of Ranvier where action potentials occur. Action potentials jump from one node to the next node,in a process called saltatory conduction, which increases conduction velocity and allows signals to be propagated long distances without any degradation. In addition to their function in the propagation of action potentials, Schwann cells have many subtle yet essential functions, one of which is its role in nerve regeneration. This essay will focus on the characteristics of Schwann cells and how they respond to injury that allows the PNS to regenerate after damage. Development of Schwann cells The myelinating and nonmyelinating Schwann cells in the PNS are originated from the neural crest, which is a multipotent structure that also gives rise to other glial cells of the PNS. Schwann cell development occurs in well-defined developmental steps, which are strictly regulated by a number of signals. (Figure 1.2). During the first stage of Schwann cell development, neural crest cells produces Schwann cell precursors. These then generate the immature Schwann cells. At birth, the immature Schwann cells differentiate into either the myelinating or nonmyelinating Schwann cells. Figure 1.2 Main stages of Schwann cell development (Jessen, et al., 2015). Peripheral nerve injury Peripheral nerve injury is injury to peripheral nervous tissue. It can occur at any point along a peripheral nerve. Nerves can be damaged by a number of mechanisms such as compression, traction, or a cut. They can also get damaged by toxins, infection and physical agents such as freezing and electrical current (Murray, 2014). 2.1 Structure of peripheral nerves In order to understand the pathophysiology of peripheral nerve injury, it is important to know the anatomical structure of a peripheral nerve (Figure 2). Axon is made up of neurofilaments and microtubules that transport substances between the nerve cell body and the axon terminal. All peripheral nerve axons are associated with Schwann cells. In larger (myelinated) nerves, Schwann cells generate layers of myelin around the axon to form a sheath, whereas in smaller (unmyelinated) nerves a single Schwann cell associates with several axons via a single layer of myelin. The connective tissue (the endoneurium) that surrounds the axon-Schwann cell unit provides structural support to individual axons. Nerve fibres are further protected by a surrounding multipayered cellular tube (the perineurium) that surround nerve fascicles (Jessen, et al., 2015; Murray, 2014). Finally, the entire nerve trunks are protected by the outermost connective tissue (the epineurium) (Murray, 2014). Figure 2 Anatomical structure and main cellular components of a peripheral nerve (Jessen, et al., 2015). 2.2 Pathogenesis of peripheral nerve injury Regardless of cause, there is a limited range of responses to peripheral nerve injury. Wallerian degeneration. Wallerian degeneration occurs when there is a loss of axonal continuity by cut or crush. Communication is lost between the cell body and the segment of nerve distal to the site of injury. As a consequence, the distal nerve segment degenerate. The details of the initiation of this degeneration remain to be fully explained, but evidence shows that an increase in intraaxonal calcium activates proteases, which leads to the degradation of the axon cytoskeleton. Wallerian degeneration is also associated with the degeneration of the myelin sheath by lipases and proteases. Schwan cells (and later macrophages) are involved in further myelin degeneration. Schwann cells also proliferate and undergo morphological changes and are induced to generate molecules that will be required for nerve regeneration later on. Figure 2.2 Wallerian degeneration2.3 Types of peripheral nerve injury There are two main types of peripheral nerve injury (Burnett Zager, 2004). The first type is axonotmesis, in which axons are damaged but the connective tissue sheaths are preserved. This type of injury can be caused by compression, traction and laceration but it is mainly seen in crush injury (Murray, 2014). Axonal regeneration is very effective and function is restored in 3-4 week when modelled in rodents by nerve crush (Jessen, et al., 2015). The second and the more severe type of nerve injury, neurotmesis, involves damage to both the axon and connective tissue sheath. Severe traction, crush and laceration can lead to neurotmesis (Murray, 2014). In this case, functional recovery is generally poor. The Schwann cell injury response When nerve injury occurs, Schwann cells respond rapidly and undergoes a radical phenotypic change. The process has two major parts, one of which is the reversal of myelin differentiation. Molecules involved in forming Schwann cells before myelination are up-regulated while myelin associated genes are down-regulated (Jessen, et al., 2015). The other part of the response involves the appearance of phenotypes that are not associated with normal Schwann cells or immature Schwann cells. These cells have a repair supportive phenotype and contribute to the nerve regeneration process. Schwann cells function in multiple modes during nerve regeneration. There are four main functions that Schwann cells carry out in response to nerve injury (Niu, 2009). These functions include(1) activating macrophages and clearing debris; (2) forming the Bungner band; (3) secreting neurotropic factors; (4) secreting ECM and CAM. 3.1 Schwann cells secrete cytokines to attract macrophages When an axon is cut, the end still attached to the cell body is called the proximal segment, while the other end is called the distal segment. The process of nerve regeneration involves the formation of axonal sprouts at the proximal stump and the growth of axonal sprouts until they enter the distal stump. Efficient nerve regeneration needs a suitable microenvironment which is regulated by macrophages via their phagocytotic and clearing functions (Barrette, et al., 2008). Experiment by Huang et al. showed that Schwann cells can secrete macrophage migration inhibitory factor (MIF) when peripheral nerve injury occurs (Huang, et al., 2002). MIF is a pluripotent cytokine that functions in inflammatory reactions and immune responses. It also plays an important role in macrophage activation, attracting macrophages to clear away debris at the injury site and regulate the microenvironment to allow for efficient regeneration. Nishio et al. administered anti-MIF polyclonal antibody into regenerating rat sciatic nerves using the silicone chamber model. The results showed that the regeneration length of the nerve in the anti-MIF antibody-treated group was significantly shorter than that in the control group at weeks 2,4,6 after surgery (Nishio, et al., 2002). In addition, a large number of apoptotic Schwann cells were observed the anti-MIF antibody-treated nerves. These results suggest that MIF also contributes to the acceleration of peripheral nerve regeneration and the prevention of Schwann cell apoptosis (Nishio, et al., 2002). Besides MIF, other cytokines such as MCP-1 were also secreted by Schwann cells When peripheral nerve injury occurs, Schwann cells secrete MIF and other cytokines which activates macrophages. Invading macrophages also secrete cytokines which contribute to Schwann cell proliferation (Kubota Suzuki, 2000). Injury-induced Schwann cell proliferation plays an important role in axon regeneration as described in the following section. Schwann cells are also capable of phagocytosing myelin and they cooperate with macrophages to clear away myelin and debris (Jessen, et al., 2015), providing a good microenvironment for nerve regeneration to occur. 3.2 Schwann cells proliferate to form the Bungner band to guide axonal growth Schwann cells are highly plastic. The change has been characterised as de-differentiation (Chen, et al., 2007), but it is also seen by some groups as activation (Armstrong, et al., 2007). The two terms seem to be contradictory to each other, but this can have a simple explanation, which is that the change in Schwann cell phenotypes during Wallerian degeneration in fact involves both of these processes. The conversion of Schwann cells to repair Schwann cells involves both a loss- dedifferentiation and a gain-activation of phenotypes In the distal stump of injured nerves, denervated Schwann cells undergo a phenotypic change to form repair Schwann cells. These repair Schwann cells form Bungner bands which are regeneration tracks that provide support for injured nerves and guide regenerating axons to their targets. 3.3 Schwann cells secrete neurotropic factors (NTF) to enhance nerve regeneration NTFs are peptides or small proteins that support the growth and differentiation of neurons. The level of their expression is elevated in Schwann cells during nerve injury. Because of their strong function in promoting neuronal growth, they may be used to prevent the impairment of function or death of neurons during nerve injury (Niu, 2009). Most NTFs produce their effects by signalling through receptor tyrosine kinases (Malenka, et al., 2009). NTFs can be divided by their cellular mechanisms into three families, namely the neurotrophin family, the CNTF family and GDNF family (Henderson, 1996) 3.3.1 Neurotrophin family The neurotrophin family includes nerve growth factor (NGF), brain-derived neurotrophic factor (BDNF) and neurotrophin-3/4/5/6/7 (NT-3/4/5/6/7). There are two receptor types for neurotrophins. The first type is called the tropomyosin receptor kinanse (Trk) which has an high affinity to different neurotrophins. TrkA is the receptor for NGF, Trk B can be the receptor for BGNF, NT-4 and NT-3, and TrkC is activated only by NT-3. The other type of is called p75 neurotrophin receptor which has a low affinity and can bind with all neurotrophins (Niu, 2009).. NGF is the first discovered neurotrophin. It is critical for the proliferation and survival of neurons, especially after nerve injury. Schwann cells express an elevated level of NGF during nerve injury, which promotes axonal regeneration and accelerates the process of nerve repair (Niu, 2009). Recombinant NGF have been produced in laboratory and it is regarded as a feasible therapy for neurodegeneration of the CNS and PNS (Colangelo, et al., 2005). BDNF help to support the survival of existing neurons and promote the growth and differentiation of new neurons (Huang Reichardt, 2001). Schwann cells that are genetically modified to overly express BDNF significantly improve the survival of spinal gangalion neuron (Pettingil, et al., 2008). Takano et al. developed an in vitro model for retinal explants and showed that BDNF greatly promoted the regeneration of neurites from retinal ganglion cells in a damaged retina. A considerabe number of neurites were observed within 24 hour in the group containing BDNF while only a small number of neurites were observed after 3 days in the control group (Takano, et al., 2002). Other neutrophins use different ways to accelerate nerve repair when damage occurs. Using NT-3 alone or in combination with other NTFs can promote nerve regeneration in the injured spinal cord (Taylor, et al., 2006; Arvanian, et al., 2006). Research by English et al. showed that neutotrophin-4/5 is required for the early growth of regenerating axons in peripheral nerves (English, et al., 2005). 3.3.2 Ciliary neurotrophic factor (CNTF) family The CNTF family includes CNTF, leukemia inhibitory factor (LIF) and interleukin-6 (IL-6). LIF and IL-6 can act directly on neurons to promote axonal regeneration (Jessen, et al., 2015). The most prominent function of the CNTF family is its prevention of motor neuron degeneration, which suggests that it can be used as a therapeutic treatment for human degenerative motor neuron diseases (Sendtner, et al., 1992). 3.3.3 GDNF family GDNF is a small protein that supports the survival of many types of neurons including motorneutrons. It can also prevent apoptosis of motor neurons caused by axotomy. 3.4 Schwann cells produce extracellular matrix proteins (ECM) and cell adhesion molecules (CAM) The endoneurium surrounding peripheral axons contain a large amount of ECM secreted by Schwann cells. ECM is rich in collagen and contains glycoproteins such as fibronectin and laminin (Niu, 2009). ECM regulates key aspects of Schwann cell development including the formation and function of myelin (Court, et al., 2006). In addition, they mediate Schwann cell proliferation and axon growth (Armstrong, et al., 2007; Webber Zochodne, 2010). CAMs secreted by Schwann cells are involved in peripheral nerve repair. They play an important role in axon growth and formation of nerve bundles. Study from Lavdas et al showed that Schwann cells have the ability to migrate in the CNS, promoting myelin regeneration and making it possible for remyelination in the CNS (Lavdas, et al., 2006) . Experiment from Park et al. showed that the attachment and proliferation of Schwann cells are affected by special CAMs. It is therefore important to consider choosing optimal CAMs for tissue-engineered nerve regeneration (Park, et al., 2008). Summary Schwann cells use the above four ways to function during peripheral nerve repair. Many years of research have already proved that Schwann cells can secrete a large amount of molecules to support neurons and accelerate the damage repair process. However, further research is needed to show whether As Although the PNS is able to regenerate, much research still needs to done to maximise regeneration potential.      Ã‚  

Quackery :: essays research papers

Quackery This year, we Americans will spend billions of dollars on products that do nothing for us - or may even harm us. And we'll do it for the same reason people have done it since ancient times... We want to believe in miracles. We want to find simple solutions and shortcuts to better health. It's hard to resist. All of us, at one time or another, have seen or heard about a product - a new and exotic pill, a device, or potion - that can easily solve our most vexing problem. With this product, we're told, we can eat all we want and still lose weight. We can grow taller or have bigger breasts. Or we can overcome baldness, age, arthritis, even cancer. It sounds too good to be true - and it is. But we're tempted to try the product in spite of all we know about modern medical science - or perhaps because of it. After all, many treatments we take for granted today were once considered miracles. How can we tell the difference? Not all advertisements for health products are false, of course. In fact, the vast majority aren't .So just what is quackery? Simply put, quackery is the promotion of a medical remedy that doesn't work or hasn't been proven to work. In modern times, quackery is known as health fraud. But call it quackery or call it health fraud, the result is the same - unfulfilled wishes, wasted dollars, endangered health. Often quack products are fairly easy to spot, like the magic pills you are supposed to take to stay forever young. But sometimes the products are vaguely based on some medical report that you may even have heard about in the news. In general, when looking over ads for medicines and medical devices, watch out for those that seem to promise too much too easily. Quack cures rob us of more than money. They can steal health away or even take lives. Quacks may lure the seriously and often desperately ill, such as people suffering from arthritis and cancer, into buying a bogus cure. When people try quack remedies instead of getting effective medical help, their illnesses progress, sometimes beyond the treatable stage. Quacks have always been quick to exploit current thinking. The snake-oil salesmen a few generations back carried an array of "natural" remedies to sell to a public that was still close to the frontier. And today, quacks take advantage of the back-to-nature movement, capitalizing on the notion that there ought to be simple, natural solutions to almost any problem.

Brave New World

Through the author’s manipulation of word choice, the reader can infer that the brave new world’s society is based on advanced technology and science. Words such as â€Å"laboratories† and â€Å"microscopes† are generally used in an environment that relates to the field of science. One wouldn't typically find microscopes in the kitchen after all. By using these diction words to help describe the scene, the reader can infer from common knowledge the location must be some form of science practice. Another give away that Brave New World is a place of innovative technologies would be the building’s name: â€Å"Conditioning Centre. † Its uncommon in most societies if not all for â€Å"conditioning† to be immoral, based on the practice is a science to rid free will. With this part of the text, the reader can assume the Brave New World is an advanced society with developed ideals. The numerous mental images depicted in Brave New World — â€Å"microscopes,† â€Å"polished tubes,† laboratories filled with white coats and zygotes — conveys Huxley’s concept of a world filled with technological advances. When one reads the words â€Å"Hatchery and Conditioning Centre,† immediately subjects being hatched and molded comes to mind. Although it is not known what is being hatched from the passage, the reader can infer that a thirty-four story building is there for a lot more than brooding poultry. Once introduced inside of the building, the author gives a description of the laboratories within. As the Director enters the â€Å"Fertilizing Room,† the author creates a room of silence, occupied by three hundred Fertilizers in unison â€Å"bent over their instruments. These are professors Through the author’s manipulation of word choice, the reader can infer that the brave new world’s society is based on advanced technology and science. Words such as â€Å"laboratories† and â€Å"microscopes† are generally used in an environment that relates to the field of science. One wouldn't typically find microscopes in the kitchen after all. By using these dict ion words to help describe the scene, the reader can infer from common knowledge the location must be some form of science practice. Another give away that Brave New World is a place of innovative technologies would be the building’s name: â€Å"Conditioning Centre. † Its uncommon in most societies if not all for â€Å"conditioning† to be immoral, based on the practice is a science to rid free will. With this part of the text, the reader can assume the Brave New World is an advanced society with developed ideals. The numerous mental images depicted in Brave New World — â€Å"microscopes,† â€Å"polished tubes,† laboratories filled with white coats and zygotes — conveys Huxley’s concept of a world filled with technological advances. When one reads the words â€Å"Hatchery and Conditioning Centre,† immediately subjects being hatched and molded comes to mind. Although it is not known what is being hatched from the passage, the reader can infer that a thirty-four story building is there for a lot more than brooding poultry. Once introduced inside of the building, the author gives a description of the laboratories within. As the Director enters the â€Å"Fertilizing Room,† the author creates a room of silence, occupied by three hundred Fertilizers in unison â€Å"bent over their instruments. † These are professors Brave New World Through the author’s manipulation of word choice, the reader can infer that the brave new world’s society is based on advanced technology and science. Words such as â€Å"laboratories† and â€Å"microscopes† are generally used in an environment that relates to the field of science. One wouldn't typically find microscopes in the kitchen after all. By using these diction words to help describe the scene, the reader can infer from common knowledge the location must be some form of science practice. Another give away that Brave New World is a place of innovative technologies would be the building’s name: â€Å"Conditioning Centre. † Its uncommon in most societies if not all for â€Å"conditioning† to be immoral, based on the practice is a science to rid free will. With this part of the text, the reader can assume the Brave New World is an advanced society with developed ideals. The numerous mental images depicted in Brave New World — â€Å"microscopes,† â€Å"polished tubes,† laboratories filled with white coats and zygotes — conveys Huxley’s concept of a world filled with technological advances. When one reads the words â€Å"Hatchery and Conditioning Centre,† immediately subjects being hatched and molded comes to mind. Although it is not known what is being hatched from the passage, the reader can infer that a thirty-four story building is there for a lot more than brooding poultry. Once introduced inside of the building, the author gives a description of the laboratories within. As the Director enters the â€Å"Fertilizing Room,† the author creates a room of silence, occupied by three hundred Fertilizers in unison â€Å"bent over their instruments. These are professors Through the author’s manipulation of word choice, the reader can infer that the brave new world’s society is based on advanced technology and science. Words such as â€Å"laboratories† and â€Å"microscopes† are generally used in an environment that relates to the field of science. One wouldn't typically find microscopes in the kitchen after all. By using these dict ion words to help describe the scene, the reader can infer from common knowledge the location must be some form of science practice. Another give away that Brave New World is a place of innovative technologies would be the building’s name: â€Å"Conditioning Centre. † Its uncommon in most societies if not all for â€Å"conditioning† to be immoral, based on the practice is a science to rid free will. With this part of the text, the reader can assume the Brave New World is an advanced society with developed ideals. The numerous mental images depicted in Brave New World — â€Å"microscopes,† â€Å"polished tubes,† laboratories filled with white coats and zygotes — conveys Huxley’s concept of a world filled with technological advances. When one reads the words â€Å"Hatchery and Conditioning Centre,† immediately subjects being hatched and molded comes to mind. Although it is not known what is being hatched from the passage, the reader can infer that a thirty-four story building is there for a lot more than brooding poultry. Once introduced inside of the building, the author gives a description of the laboratories within. As the Director enters the â€Å"Fertilizing Room,† the author creates a room of silence, occupied by three hundred Fertilizers in unison â€Å"bent over their instruments. † These are professors Brave New World Through the author’s manipulation of word choice, the reader can infer that the brave new world’s society is based on advanced technology and science. Words such as â€Å"laboratories† and â€Å"microscopes† are generally used in an environment that relates to the field of science. One wouldn't typically find microscopes in the kitchen after all. By using these diction words to help describe the scene, the reader can infer from common knowledge the location must be some form of science practice. Another give away that Brave New World is a place of innovative technologies would be the building’s name: â€Å"Conditioning Centre. † Its uncommon in most societies if not all for â€Å"conditioning† to be immoral, based on the practice is a science to rid free will. With this part of the text, the reader can assume the Brave New World is an advanced society with developed ideals. The numerous mental images depicted in Brave New World — â€Å"microscopes,† â€Å"polished tubes,† laboratories filled with white coats and zygotes — conveys Huxley’s concept of a world filled with technological advances. When one reads the words â€Å"Hatchery and Conditioning Centre,† immediately subjects being hatched and molded comes to mind. Although it is not known what is being hatched from the passage, the reader can infer that a thirty-four story building is there for a lot more than brooding poultry. Once introduced inside of the building, the author gives a description of the laboratories within. As the Director enters the â€Å"Fertilizing Room,† the author creates a room of silence, occupied by three hundred Fertilizers in unison â€Å"bent over their instruments. These are professors Through the author’s manipulation of word choice, the reader can infer that the brave new world’s society is based on advanced technology and science. Words such as â€Å"laboratories† and â€Å"microscopes† are generally used in an environment that relates to the field of science. One wouldn't typically find microscopes in the kitchen after all. By using these dict ion words to help describe the scene, the reader can infer from common knowledge the location must be some form of science practice. Another give away that Brave New World is a place of innovative technologies would be the building’s name: â€Å"Conditioning Centre. † Its uncommon in most societies if not all for â€Å"conditioning† to be immoral, based on the practice is a science to rid free will. With this part of the text, the reader can assume the Brave New World is an advanced society with developed ideals. The numerous mental images depicted in Brave New World — â€Å"microscopes,† â€Å"polished tubes,† laboratories filled with white coats and zygotes — conveys Huxley’s concept of a world filled with technological advances. When one reads the words â€Å"Hatchery and Conditioning Centre,† immediately subjects being hatched and molded comes to mind. Although it is not known what is being hatched from the passage, the reader can infer that a thirty-four story building is there for a lot more than brooding poultry. Once introduced inside of the building, the author gives a description of the laboratories within. As the Director enters the â€Å"Fertilizing Room,† the author creates a room of silence, occupied by three hundred Fertilizers in unison â€Å"bent over their instruments. † These are professors

Unit Paper

There isn't an American citizen in the world ho doesn't know of the painstaking terror that swept through the country as we witnessed the scene via the myriad of media coverage on every channel. Watching these news sources and seeing the aftermath, and watching the government response as they tried to figure out why it happened was actually detrimental to the healing process of the country. Hearing the scientists discuss how the towers fell, and listening as the government talked about how these terrorists gained access to the planes Just worked to spread more fear into the minds of the American citizens.Had the media Just gone dark, had the government Just said, â€Å"k, this happened, we need time to clean this up and discuss options, trust us,† Then the country may have been able to relax a little more. American citizen's now have some level of post- traumatic stress simply from being exposed to what was going on in real time. I will never forget the video of the people Jum ping from the buildings before their collapse, or the ash falling like snowflakes, covering everything around the city. I'll never forget the clouds of thick black smoke, and the exact moment that the towers finally elapsed.And I'll never forget the days after, and the images of the towers missing from that NYC skyline. And yet, Vive never even been to New York. The media showed every horrifying angle as things progressed, making it as though we were all standing on the roadway, gazing up at the horrors as they occurred. The news provided every view point and every option, even though 95% of them were speculative and so far from the truth. The terrorists' goal was to make the US fearful of them in order to make their point, and while they did a decent Job of that, the media Just added icing o the cake.For months afterwards, people were too afraid to fly; people were too fearful to use public transportation. This fear was Just perpetuated by the media's involvement. On the opposing e nd of the spectrum, the media can sometimes have a positive effect in minimizing the effectiveness of the terrorist attack. While flying into Boston in April of last year, I was amazed to hear the news of the city being in Lockwood. Sitting outside of Logan airport, the lack of people was eerie, and I pulled up the news on my phone to follow what was going on.The city was in Lockwood and police were requesting that people stay in their homes and off the roads to make it easier to search for the bombing suspect; a nice way of suggesting that Marshall Law was being imposed, but not exactly. The good thing about the media being involved in this was that people quickly heard that they should stay inside, which cleared the roads and made it possible for the police and government to really focus and search for Tsarina's. Would they have found him if they hadn't put the city on Lockwood?Probably, but you can't be certain, ND it was more effective to do so to ensure that he was located as q uickly as possible. Social networking is almost as bad as the media. Daily, there are posts about a child with cancer or a family whose home burned down that are asking people to like the photo. This is all misinformation and useless. Not to mention the things people post about terrorists or even the government, where you can tell that they have heard one thing and assumed the rest. That being said, social networking has a knack for escalating facts really quickly until they are more lie than truth.It's important to be informed, but when you're getting your facts from a post that's majority misinformation, it Just snowballs and leads to a bunch of confusion and panic. That's not always the case, however. Sometimes, social networking can be a fantastic tool when it comes to terrorist activity. The ability to share posts on Backbone, for example, can be an excellent tool if the police are searching for a particular suspect. A picture or description can be released, and people can spre ad it to millions of others in mere minutes.Not Just relating to terrorism, but crime in mineral, this is incredible and has been known to assist with finding many people, suspects and victims. While the media can be a useful aspect when it comes to terrorist activity, it is generally more of a hassle than an aiding tool. It's our civil right to be kept informed on the events in our country, but in times of an attack, our government should focus on responding before they should worry about letting us bystanders know what happened. A terrorist attack is performed with the objective of instilling fear in the targeted audience, and when facts are misconstrued, this is Just perpetuated.

How Many Seconds Are There in a Day A Week A Year

How Many Seconds Are There in a Day A Week A Year SAT / ACT Prep Online Guides and Tips Ever wondered how many seconds there are in a day? How about a week? A year? Thanks to Rent, we might know the number of minutes in a year (525,600), but how many seconds is that? Whether you’re trying to get even more granular about how you measure a year or you’re just trying to figure out how many seconds are left until summer vacation, this guide will teach you how many seconds are in a day, a week, a year, and beyond. Not only will we teach you how to calculate these problems, but we’ll also give you a handy chart to keep track of them. Read on to find out how to swap one unit of time for another! All the numbers on a clock represent different aspects of time, all of which come back to seconds. What’s a Second? Before we get into how many seconds there are in a day, let’s talk about what a second is. A second is our base unit of time- base, but not smallest. A base unit is a unit defined on its own terms upon which other units are based. That means that all our other units, such as minutes, hours, nanoseconds, and so on, are all based on seconds. We talk about hours in terms of minutes, but minutes are based on seconds, bringing us back to the base unit. A second used to be based on the Earth’s rotation cycle, with one second being 1/86,400 of the average solar day. Now that we know more about how the Earth rotates- and that the speed at which it rotates is slowing down- we now use a more accurate method. We base a second off of the radiation cycles of a caesium-133 atom, often called an â€Å"atomic clock.† Because our astronomical year varies in length, we also sometimes add â€Å"leap seconds† to the clock to keep better time, or we’d eventually end up with time being way off of where it should be. Adding seconds is infrequent, and doesn’t actually change the time- all it does is keep us consistent. But those single leap seconds matter, keeping us on track so that a few missed seconds doesn’t become a missed minute or hour or day over time. The hands on a clock move in seconds, minutes, and hours, which are all, in some ways, measures of seconds. How Many Seconds in a Day? Now that we know what a second really is- an arbitrary measurement of time used to calculate other, larger units of time- we can start thinking about how many it takes to make up all the other time units. How Many Seconds in a Minute The largest unit after seconds is a minute. There are 60 seconds in one minute. Why? Nobody’s really sure, but it goes all the way back to ancient Babylon. How Many Seconds in an Hour You may already know that there are 60 minutes in an hour, but how many seconds is that? To figure it out, we’ll need to multiply. 60 seconds in one minute and 60 minutes in one hour means that $1 \hour = 60 * 60$. Calculate that out and you’ll find that 1 hour = 3,600 minutes. How to Calculate Seconds Back and Forth It takes some memorization, but it’s not hard to calculate seconds into minutes, hours, days, or even years; you can even go in reverse! For example, if you know that something will take 120 seconds but aren’t sure how many minutes that is, you simply divide by 60, the number of seconds in a minute. Likewise, if you want to know how many seconds are in three days, first you’ll need to calculate how many minutes there are in three days. Three days is 72 hours ($24 \hours * 3 \days$), equivalent to 4,320 minutes ($72 \hours * 60 \minutes$), or 259,200 seconds ($4,320 \minutes * 60 \seconds$). You can do this for really big numbers, too. How many seconds are in a month? Well, the average month is 30.42 days. A day is 24 hours, so the average month is 730.08 hours ($30.42 \days * 24 \hours$). 730.08 hours is equal to 43,804.8 minutes ($730.08 \hours * 60 \minutes$), or 2,628,288 seconds ($43,804.8 \minutes * 60 \seconds$). ...in a second .. in a minute ...in an hour ...in a day ...in a week ...in a month ...in a year †¦in a decade ...in a century Seconds 1 60 3,600 86,400 604,800 2,628,288 3.1536 Ãâ€" $10^7$ 3.1536 Ãâ€" $10^8$ 3.1536 Ãâ€" $10^9$ Minutes $1/60$ 1 60 1,440 10,080 43,804.8 525,600 5.256 Ãâ€" $10^6$ 5.256 Ãâ€" $10^7$ Hours $1/3600$ $1/60$ 1 24 168 730.08 8,760 87,600 876,000 Days $1/86400$ $1/1400$ $1/24$ 1 7 30.42 365 3,650 36,500 Weeks $1/604800$ $1/10080$ $1/168$ $1/7$ 1 4.3 52 520 5,200 Months $1/2628288$ $1/43804.8$ $1/730.08$ $1/30.42$ $1/4.3$ 1 12 120 1,200 Years $1/(3.1536 Ãâ€" 10^7)$ $1/525600$ $1/87600$ $1/365$ $1/52$ $1/12$ 1 10 100 Decades $1/(3.1536 Ãâ€" 10^8)$ $1/(5.256 Ãâ€" 10^6)$ $1/3650$ $1/520$ $1/520$ $1/120$ $1/10$ 1 10 Centuries $1/(3.1536 Ãâ€" 10^9)$ $1/(5.256 Ãâ€" 10^7)$ $1/876000$ $1/36500$ $1/5200$ $1/1200$ $1/100$ $1/10$ 1 Key Tips for Time Conversions It’s not a big deal if you can’t memorize this whole table- most people can’t tell you how many seconds are in a decade off the top of their head. But the calculations are simple math- you just need to know the basics! One Minute = 60 Seconds One Hour = 60 Minutes One Day = 24 Hours One Week = 7 Days One Year = 52 Weeks One Decade = 10 Years One Century = 10 Decades It can be difficult to figure out how many days or weeks are in a month, because months vary in length between 28 and 31 days. If you find yourself needing to figure things out on a more exact basis, use the number of days in the specific month you’re looking for rather than trying to use an average. If a specific month won’t work and you just want an overall sense of the number of days in a month, for example, you know that there are 365 days and 12 months in a year. Divide $365/12$ for 30.42, the average number of days in a month. You don’t have to memorize it- just solve it out! Likewise, you can divide the number of weeks in a year, 52, by the number of months in a year, 12, to get 4.3, the average number of weeks in a month. What’s Next? Ready for more big numbers? Check out this guide to how many zeros there are in a billion and beyond! If you just want to test your calculation skills, these math games are great for fifth graders! Converting seconds to minutes and beyond requires a solid grasp of multiplication- if you need a little help with memorizing your times tables, our multiplication guide will help you out!