Struggles of Robert Frost - Free Essay Example

Sample details Pages: 2 Words: 733 Downloads: 2 Date added: 2019/08/08 Category People Essay Level High school Tags: Robert Frost Essay Did you like this example? There have been many renowned American poets, but many critics say there is no one like Robert Frost. He has written numerous poems, most of which are famous all over the world. It is often said that behind success, there is some hidden disappointment or secret in persons lives. Don’t waste time! Our writers will create an original "Struggles of Robert Frost" essay for you Create order The same thing can be said from the life of this great American poet. I went over most of the poems of Robert Frost and came across a common point of depression and tragedy reflected in the poems of Frost. Even though Robert Frost had all the fame and prosperity one could achieve in his lifetime, the fact that he struggled in his life due to various reasons cannot be ignored. Through my research paper, I am going to highlight some of the tragedies and struggles Robert went over throughout his life and will point out various reasons for those depression and how he overcame those hurdles. To achieve the point of my research paper, I have organized my paper into three main sections. In the first section, I talk about the early life of Robert frost and discuss the influence of people in his childhood. In second section, I talk about his turning point in the career and how he became giant name in the literary industry. In this section, I also talk about his family life and the potential reason for entering depression. The third section is comprised of various instances from poems which point us to the fact that there was darkness stored in his mind. I end my paper with my thoughts on the lifestyle of Robert Frost and conclusion on the research I did. So, lets dive into the life of Robert Frost and I hope this paper will be interesting to you as a reader. Robert Frost (1874-1963) is widely regarded as one of the most decorated American poets of all time. He was an author who used New England as the base of his writings and used those settings to explore social and complicated subjects. Frosts subjects are extremely basic in the surface significance supplied with an effortlessly justifiable word usage with liberal style of composing. Yet, a careful study of his works reveals the misfortune and tragedy associated with his lifestyle. Frost was born and spent his first 11 years of life in San Francisco, until his father who was journalist, passed away due to tuberculosis. Born to an alcoholic father and a discouraged mother, Frost was tormented every one of his years by the impacts of psychological instability on himself and those he cherished. After the demise of his father, Frost decided to move to Lawrence, MA with his mother and sister, Jeanie. Frost found the love of his life and his future wife, Elinor White, during the days of High school. Starting in 1897, Frost attended Harvard University but had to drop out only after two years because of health issues. He returned to Lawrence to unite with his wife, who at the time was pregnant with their second child. In 1900, Frost moved with his wife and children to a homestead in New Hampshire†property that Frosts grandfather had bought for them†and they lived there for the next 12 years. Though it was a productive time for Frosts writing, it was very difficult period in his personal life. Frosts firstborn son, Elliot, passed due to cholera in 1900. After his death, Elinor gave birth to four more kids: son Carol (1902), who would commit suicide in 1940; Irma (1903), who later developed mental illness; Marjorie (1905), who died in her late 20s after giving birth; and Elinor (1907), who died just weeks after she was born. Additionally, during that time, Frost and Elinor endeavored few undertakings, including poultry cultivating, which were all unsuccessful. In spite of such difficulties, it was amid this time that Frost accustomed himself to rural life. In fact, he developed to represent it quite well, and started huge number of his poems in the countryside. But while two of these, The Tuft of Flowers and The Trial by Existence, would be distributed in 1906, he could not discover any publishers who were eager to sponsor his different poems. During his lifetime, Frost wo uld receive more than 40 honorary degrees, and in 1924, he was awarded his first of four Pulitzer Prizes, for his book New Hampshire. He would subsequently win Pulitzers for Collected Poems (1931), A Further Range (1937) and A Witness Tree (1943).

John Calvin s Contributions Of The Reformation - 1325 Words

John Calvin’s Contributions Calvin’s strength as a reformer was his brilliance to organize the Ecclesiastical Ordinances within the church that would bring structure among the church and elders. Furthermore, his writings brought structure to the reformation and shaped theological doctrines. John Calvin was a major contributor as a reformer in Geneva. The Protestants were throughout Europe, and were considered leaders of the Reformation. Calvin’s work in the writing of the Institutes would arouse many throughout Europe; and give the Protestants the opportunity to present their faith and views as a church. Which enabled them to have a voice in Calvin, who was respected for his religious views and the publishing of the institutes. Calvin did not fear the negative attacks the Protestant movement was receiving from other religious figures in the publishing of the Protestant literature. John Calvin began impacting the Reformation through writing a treatise that would later lead to the publishing of the Institutes of the Christian Religion. These writings discussed Christian faith from the Protestant view point. Being able to elaborate on the Protestant faith was crucial to some, because most of the literature was met with strong attacks. Calvin’s was beginning to establish himself as a legitimate reformer as his work was being noticed among very important people in the church. Calvin had some very influential people in his life, starting with his father, who was able to obtainShow MoreRelatedJohn Calvin s Contributions Of The Reformation1370 Words   |  6 PagesJohn Calvin’s Contributions John Calvin was one of the reformers who would bring reformation to the city of Geneva and help establish the Protestant faith among the community of Geneva and throughout Europe. His strength in the reformation was his ability to organize. John Calvin was a major Contributor as a reformer in Geneva. The Protestants were scattered heavily throughout Europe, and were considered leaders of the Reformation. Calvin’s work in the writing of the Institutes would arouse manyRead MoreThe Reformation And The Protestant Reformation876 Words   |  4 Pages The 16th century reformation is also known as the Protestant reformation. There are a various number of causes for the Protestant reformation. The causes of the reformation will be analyzed from two different perspectives: Germany s causes and Europe s causes. The results of reformation will be examined. Major contributors such as Martin Luther and John Calvin s perspectives and contributions will also be analyzed and the impact they had during their time period.  People in Europe during theRead MoreMartin Luther And John Calvin1069 Words   |  5 PagesMartin Luther and John Calvin were both leaders in the Protestant Reformation. Martin Luther was a monk, or priest, in the Augustinian friars’ order and his ideals were that Catholicism were corrupting the New Testament beliefs and people were saved by faith alone not by buying their way into heaven. John Calvin studied law â€Å"but in 1533 he experienced a religious crisis, as a result of which he converted from Catholicism to Protestantism. Calvin believed that God had specifically selected him toRead MoreTheodore Beza And The Protestant Reformation1813 Words   |  8 Pagesfigure in the Protestant Reformation who is often left out of the discussion of most important reformers at the time. To begin with, Beza’s rise to distinction in the French Reformed movement was sparked so quickly to the point that he must be observed as John Calvin’s coworker and friend rather th an his successor (Steinmetz 114). The two companions often relied upon each other for advice to increase their knowledge and flourish in theology (Wolfe 230). His time with Calvin included a large amountRead MoreComparing Calvinism And Arminianism And Two Systems Of Theology1921 Words   |  8 Pagesof God’s truth founded by theologian John Calvin. Calvin was born in Noyon, France in 1509. He joined the Protestant Reformation when he was a law student at the University of Orlà ©ans. John Calvin was Martin Luther’s successor as the preeminent Protestant theologian during the Reformation (Biography). In the summer of 1536, Calvin published his magnum opus, â€Å"The Institutes of the Christian Religion.† This book was a very important part of the Reformation as it was written to â€Å"aid those who desireRead MoreJohn Calvin Essay1770 Words   |  8 PagesAt an early age, John Calvin found his calling to God to the chagrin of his father, who wanted him to be a lawyer. This calling to God helped Calvin bring about changes to the church. Even though Calvin traveled to some isolated spots in Europe preaching his sermons, the changes occurred all throughout Europe and then into the Americas. All these changes began humbly in France in the early 1500s. According to Lord, John Cauvin or Calvin as we know him, was born July 10th, 1509 in Noyon, whichRead MoreMartin Luther ( 1483-1546 )2808 Words   |  12 Pagesled to the Protestant Reformation. He was a prolific writer and his theology challenged many of the accepted traditions of the church, perhaps most importantly his doctrine of â€Å"justification by faith,† affirming that human faith and justification are not works of their own hands, but gifts from God. Philipp Melanchthon (1497-1560) – Philipp Melanchthon was a follower and colleague of Martin Luther that played a vital role in the development of Lutheranism during the Reformation. He was a primary authorRead MoreThe Catholic Reformation Essay1393 Words   |  6 Pagesthese Reformation movements, the Church needed to make some reforms itself. These reforms took the form of educating the clergy, opening monasteries, the Inquisition, and the organizing of councils. In fact, even though Protestant attacks brought these reforms, many of these reforms were needed anyway. The problems in the Church were so bad that the Church would not have survived if the problems were not fixed. Even though there were movements to stop Protestantism, the Catholic Reformation was moreRead MoreAnalysis Of Thes The Interior Castle And John Calvins Institutes Of The Christian Religion1888 Words   |  8 Pagesknowledge and self have undergone significant changes. The 16th century offers a liminal period of such changes in the Western world as the Reformations, both Catholic and Protestant, remade the Christian self. In this essay, I offer a foray into the concept of self-knowledge in this pivotal period by comparing the concept in Teresa of Avila’s The Interior Castle and John Calvin’s Institutes of the Christian Religion. These two dissimilar figures, one a Catholic, mystical theologian and the other the fatherRead MoreThe Classical Theory Of Management2103 Words   |  9 PagesThe Classical Theory of Management During the 1700’s -1800’s a systematic thought process for an established American government battled between Jeffersonianism and Hamiltonianism. The Jeffersonian argued a weak federal government and strong state and local governments, on the grounds that lower-level government will be more responsive than the national government to the popular will. The Jeffersonian also argued that the American economy should rely more on agriculture than on industry and sees

Cellular Organelles Six

Question: The six cellular organelles that are likely to be seen by the biologist who is seeing an epithelial intestinal cell under a microscope? Explain. Answer: The six cellular organelles that are likely to be seen by the biologist who is seeing an epithelial intestinal cell under a microscope are: Mitochondria: one of the main function of this double membrane bound organelle is the production of Adenosine Tri-Phosphate or ATP. Oxygen acts as the ultimate receptor of the electron in the electron transport chain ETC pathway that is present on the membrane of mitochondria. Another main function of mitochondria is the production of heat which is the result of mitochondrial uncoupling or proton leak where the unharnessed potential energy of the proton electrochemical gradient gets released as heat. It is also known as the power house of the cell. Other functions include storage of calcium ions, cell signaling by the help of reactive oxygen species ROS, regulating the membranes potential difference, synthesis of steroids and some hormonal signaling like estrogen due to the presence of mtERs (Davis 2012). Endoplasmic Reticulum: It is an extension of the Plasma membrane that extends from the periphery towards the center of the cell close to the Nucleus. It is divided into two regions. The first is known as the Smooth Endoplasmic Reticulum whose function is a synthesis of Lipids, Phospholipids, and Steroids. It is also known to form the Golgi apparatus after cellular reproduction.The other side is known as the Rough Endoplasmic Reticulum because of the presence of small dot-like structures known as Ribosomes. Proteins are synthesized in ribosomes from where it is transferred to the RER for splicing, folding, and packaging. The accuracy of the protein folding is achieved due to the presence of Chaperones and Chaperonins, which are a special type of proteins used in protein folding that includes another class of proteins known as the HSP70. Only correctly folded proteins are transported from the ER to Golgi bodies (GB) and if there is any unfolded protein it triggers a stress response in the ER that is known as unfolded protein response (Alberts et al. 2013). Golgi Apparatus: Its main function is to modify the proteins that it receives from the RER. The modification is done by glycosylation or phosphorylation at specific regions of the folded proteins. Transportation of protein, lipids, and cholesterol molecules includes intracellular transport, intercellular transport as well as extracellular transport (Kierszenbaum and Tres 2015). Secretory Vesicles: It is a double membrane-bound cellular organelle produced from the Golgi bodies that may contain proteins, lipids or fats and are directed to a particular place that is already determined by the Golgi bodies that can be either intra, inter or extra cellular (Davis 2012). Nucleus: this membrane-bound cellular organelle is usually situated at the center of the cell that is the site of DNA synthesis. Its main function is to replicate the DNA during cellular reproduction that determines the fate of a cell. The formation of mRNA by transcription of DNA and transportation of this mRNA to the ribosomes through nuclear pores is also an important function. Another important function is control of gene expression and its regulation (Alberts et al. 2013). Lysosome: Lysosomes and various vesicles are produced from the Golgi apparatus and present inside the cell (Davis 2012). The plasma membrane is the outermost covering of an animal cell. It is selectively permeable which means that some and not all molecules can pass through the plasma membrane (Kukulski et al. 2012). The diagram given in the question shows the phospholipids as molecule A and the Trans-membrane protein as molecule B. The head of the phospholipid consist of glycerol and phosphate whereas the tail consists of a fatty acid chain. Due to the presence of glycerol and phosphate group the head region becomes polar and hence it is hydrophilic (Zhou et al. 2015). The tail region, on the other hand, contains only hydrocarbons due to which it remains non-polar and hence becomes hydrophobic. This property gives help in the creation of a lipid bi-layer that ultimately forms the plasma membrane. When charged particles like ions or any polar substance try to enter the cell, they get attached to the head region of the plasma membrane but they cannot enter the cell as the middle of the lipid bi-layer is hydrophobic. The only way for them to enter the cell is by the help of channel proteins. These are proteins runs across the lipid bi-layer and has a specialized structure. The trans-membrane protein is an alfa-helix folded protein which has a central hydrophilic core due to which it can remain fully embedded in the tail part of the phospholipid and through them the polar molecule may enter the cell. To enter the alfa-helix protein, there are some conditions that must be considered such as a size of the molecule and its polarity. If all are in the favorable region, then the molecule may enter the cell otherwise not. Non-polar molecules need to reach a typical type of proteins known as integral proteins that runs across the lipid bi-layer as the non-polar molecules get repelled from the surface of the cell membrane because of the presence of polar heads of the phospholipids. These proteins do not run completely through the membrane but is half embedded in the membrane, and they can b e found on both sides of the cell. The non-polar molecules get attached to these proteins and reach the hydrophobic part of the cell membrane by diffusion. Once it reaches there, it starts to search for another integral protein that opens in the inner part of the cell or the outer part depending on its target point. Once that protein is found the non-polar protein gets transported to its required destination (Chang et al. 2013). A cheek cell in hypotonic (weak) salt solution A hypotonic solution is a solution where the amount of water is more outside the cell than inside the cell. When a cheek cell is placed inside a hypotonic salt solution due to difference in concentration of water across the cell membrane water will start rushing into the cell. This process of movement of water from a region of higher concentration to a region of lower concentration across a semipermeable membrane is known as osmosis. Ultimately the cell will start swelling up and then burst to release its DNA if the difference of water concentration is very high ( Rickard et al. 2014). Glucose moving into a cell after a meal Glucose molecule moves into a cell after a meal by the process of active transport. It is the movement of the glucoce molecule across the cell membrane from the region of lower concentration to a region of higher concentration. Cellular energy is used up for moving the glucose molecule against the gradient. Accumulation of high concentrations of glucose molecules occurs that the cell needs. The glucose molecules moves against the concentration gradient in order to enter the cell. Specific transmemebrane carrier proteins are involved in this process (Kaback 2012). White blood cells taking in streptococcus bacteria Bulk transport is the process by which large or bulk quantities of materials move out or into the cells. Bulk transport can be of two types, namely, enodcytosis and exocytosis. Endocytosis is the process by which cells engulf materials from outside in bulk quantity and forms a sac inside of the cell. The common example is white blood cells taking in bacteria like streptococcus (Jeon, 2013). High oxygen level in lungs High oxygen level in lungs are due to the process of diffusion. Oxygen diffuses into the lungs and carbon dioxide diffuses out of the lungs. The exchange surfaces on the lungs helps in this process. Diffusion works down a concentration gradient and a steeper concentration gradient helps in faster diffusion. The concentration between the blood and the exchange transport must be steep for better diffusion. Carbon dioxide is breathed out and deoxygenated blood comes to the exchange surface and this means that oxygen is diffused inside in a rapid fashion. This gives rise to high oxygen level in the lungs (Phillips et al. 2012). Salivary glands secreting saliva Salivary glands secrets saliva by the process of exocytosis of the acinar cell protein storage granules (Jeon 2013). References Alberts, B., Bray, D., Hopkin, K., Johnson, A., Lewis, J., Raff, M., Roberts, K. and Walter, P., 2013.Essential cell biology. Garland Science. Chang, C.L., Hsieh, T.S., Yang, T.T., Rothberg, K.G., Azizoglu, D.B., Volk, E., Liao, J.C. and Liou, J., 2013. Feedback Regulation of Receptor-Induced Ca 2+ Signaling Mediated by E-Syt1 and Nir2 at Endoplasmic Reticulum-Plasma Membrane Junctions.Cell reports,5(3), pp.813-825. Davis, L., 2012.Basic methods in molecular biology. Elsevier. Jeon, K. (2013).International review of cell and molecular biology. Waltham, Mass.: Academic Press. Kaback, H.R., 2012. Active transport: Membrane vesicles, bioenergetics, molecules, and mechanisms.Bacterial Energetics: A Treatise on Structure and Function,12, p.151. Kierszenbaum, A.L. and Tres, L., 2015.Histology and cell biology: an introduction to pathology. Elsevier Health Sciences. Kukulski, W., Schorb, M., Kaksonen, M. and Briggs, J.A., 2012. Plasma membrane reshaping during endocytosis is revealed by time-resolved electron tomography.Cell,150(3), pp.508-520. Lee, E., Koskimaki, J.E., Pandey, N.B. and Popel, A.S., 2013. Inhibition of lymphangiogenesis and angiogenesis in breast tumor xenografts and lymph nodes by a peptide derived from transmembrane protein 45A.Neoplasia,15(2), pp.112-IN6. Phillips, R., Kondev, J., Theriot, J. and Garcia, H., 2012.Physical biology of the cell. Garland Science. Rickard, A.C., Smith, J.E., Newell, P., Bailey, A., Kehoe, A. and Mann, C., 2014. Salt or sugar for your injured brain? A meta-analysis of randomised controlled trials of mannitol versus hypertonic sodium solutions to manage raised intracranial pressure in traumatic brain injury.Emergency Medicine Journal,31(8), pp.679-683. s-cool.co.uk, (2016). [online] Available at: https://www.s-cool.co.uk/a-level/biology/cells-and-organelles/test-it/exam-style-questions [Accessed 13 Jan. 2016]. Zhou, Y., Wong, C.O., Cho, K.J., Van Der Hoeven, D., Liang, H., Thakur, D.P., Luo, J., Babic, M., Zinsmaier, K.E., Zhu, M.X. and Hu, H., 2015. Membrane potential modulates plasma membrane phospholipid dynamics and K-Ras signaling.Science,349(6250), pp.873-876.