Martin Luther And Bible Translation Essays - Christianity, Religion

Martin Luther And Bible Translation Martin Luther was born on November 10, 1483. He lived on a farm where his parents raised seven children. He began his schooling at age four and he later entered the monastery when he was twenty-two in 1505. After entering the monastery a good friend of Luther's passed away. This traumatic experience made Luther start thinking about life, death, and his destiny. Pondering these new thoughts led Luther to focus on Christian studies. On April 4, 1507 Luther was ordained a priest. With his new status among the church Luther was cautious because not only did he respect the power of God he also feared it. There were many scholars that translated the bible from Greek to the German language. Martin Luther was the most famous of them all. Other notable attempts to translate the bible were made by Hans Denck, Johann Dietenberger, and Ludwig Hatzer. These scholars and writers gave their best effort to translate and improve upon the current version. It was not until Luther's translation that the German church had an acceptable bible to preach by. Martin Luther believed in "one Church, established by Christ and that he was reforming it" (Todd 99). In 1517 Luther expressed his disappointment with the Catholic Church by publishing his Ninety-Five Theses. After the publication Luther began to receive political pressure for his criticism of the Catholic Church. However, Luther persevered and held strong to his beliefs. Luther was so disturbed about the direction the Church was going that he decided to form his own religion. This version of Catholic faith is called Lutheranism. Luther, with his new religion saw the need for to have a book of guidelines to follow. It is about this time that Luther began the daunting task of translating the New Testament into German. He finished the translation from Greek to German about September 1522. He titled it Das Neue Testament Deutzsh which eventually became know as the September Testament. Soon, after Luther began translating the Old Testament as well. These were printed in sections as soon as the translation was complete. He felt it was necessary for the German people know and learn about Jesus Christ. In 1534 Martin Luther completed his mission when the first German Bible was sent to print. There is no other way to describe Luther's translation except as the best of his time. I feel reference that Bluhm gives Luther is the only one who does him justice: Luther's German Bible is famous book, a classic no only of German but of world literature. Its eminence is universally recognized. Beyond being the first as well as the foremost of the major Protestant versions of the Bible, it is one of the two greatest translations the Christian church of the West has produced. It was the earliest and most successful rival of the vulgate. Catholic as well as Protestant scholars fully recognize the high artistic level of Luther's German Bible. It is superior to the Vulgate both in accuracy and in literary quality (Bluhm 15). Martin Luther was very strongly committed to translating the Bible to German in its most pure form without his own opinions or bias conveyed with it. He tried to capture what the scripture was really trying to say. Luther's background in Theology helped him a great deal with the translation of the Bible. His studies centered on "the hard intellectual thought about Christian doctrine" (Todd 231). Of all the many translations of the Bible that have been completed I feel that Martin Luther's was one of the best. He made Theology his life's work and he continued to improve the Bible, Lutheranism, and all his works until he passed away in February 1545. Works Cited Bluhm, Heinz. Martin Luter: Creative Translator. St. Louis: Concordia Publishing House, 1965 Todd, John M. Martin Luther: A Biographical Study. Westminster: First American Printing, 1965.

Political Contention Essay Essays

Political Contention Essay Essays Political Contention Essay Essay Political Contention Essay Essay Solita Collas-Monsod is a professor at the University of the Philippines: Diliman and a author in the Filipino Daily Inquirer. Solita Collas-Monsod’s article entitled â€Å"The Trillanes Myth† was published or appeared in the Filipino Daily Inquirer and was last updated in September 3. 2007. The writer was able to catch the attending of its audience. and she was able to efficaciously utilize the rubric of her article to give a bird’s oculus position of what is stored for the readers. She besides starts her column through a statement of her base sing the issue being discussed. The writer wanted to demo or inform the audience and or the readers of the Filipino Daily Inquirer about the Trillanes group which started a putsch d’ etat in Oakwood Hotel. or the good known â€Å"Oakwood ‘Mutiny† . wherein there were 300 uniformed military officers and work forces who were guided or led by Sen. Antonio Trillanes IV. Her statements besides province that the Court. led by July 25 order of RTC Judge Oscar B. Pimentel. should go on its house base with respects to enforcing the necessary jurisprudence or exercise authorities authorization. without proof of the badges of inequality. She assumed that the universe. more specifically the sympathisers of the Trillanes group or the military officers. should non be deranged or persuaded by the â€Å"idealisms and principles† of the Trillanes group. She besides states that the audience. we. should non be blinded by the myths or prevarications which the Trillanes group gives us. and that we should lodge or be steadfast with our authorities regulations about putsch d’etats. Solita Collas-Monsod values the truth and in seeking proper justness for such lawbreakers of the jurisprudence. She strongly believes that proper justness or penalty in conformity with the authorities Torahs should be imposed on the Trillanes group. and we should make this objectively. non subjectively. Monsod was able to specify footings clearly in her article. Solita Collas-Monsod did her assignment or did basic research. therefore. she was able to back up her statements with ample and adequate facts. The statement for me is successful. and it does convert me. There are facts or sufficient back uping statements used by Monsod in her article and these facts or statements seem truly dependable. My beliefs and line of thought was the same as Monsod with respects to the â€Å"Oakwood ‘Mutiny† . more specifically about the Trillanes group. Monsod’s statement strengthened my former belief about proper authorities executing of its Torahs. Politically talking. this is truly an eye-opening article non merely to the populace but to the authorities and its functionaries every bit good. more specifically to the Judicial Court. There are times when I had little uncertainties with respects the Judiciary system of the Philippines before. but because of Monsod’s article. and facts that she stated about the actions taken by the Court. led by Judge Pimentel. these uncertainties are non gone. I believe that so. the political universe still has its â€Å"impartiality. † Solita Collas-Monsod’s article affects the political procedure by merely beef uping the execution of Judicial jurisprudence and in informing the populace about the Trillanes group. The authorities and the populace. or the audience. are at the advantage. whereas the Trillanes group is decidedly in the losing terminal. Work Cited: Collas-Monsod. Solita. â€Å"The Trillanes Myth. † The Filipino Daily Inquirer. 2007.

Introduction Lab Report Example | Topics and Well Written Essays - 250 words

Introduction - Lab Report Example Coral reefs are found in about 100 countries and are home to over 25% of marine population and are the world's most fragile ones. They are topographically complex. Thousands of species of fish and invertebrates live in association with reefs, because of their complexity. For example, hundreds of colonial invertebrate species are found living on the undersides of platy corals in Caribbean Sea. Coral Bleaching: Coral bleaching is the whitening of diverse coral colonies. It happens as the reaction of the loss of symbiotic zooxanthellae, residing within corals, or a reduction in its photosynthetic pigments. Factors causing coral bleaching include various anthropogenic and natural variations in the environment including sea temperature, solar irradiance, sedimentation, xenobiotics, sub aerial exposure, inorganic nutrients, freshwater dilution, and epizootics. Coral bleaching is caused by both low as well as high levels of salinity. Low salinity level originates from sea water dilution tha t is a result of high precipitation events or storm runoff. High salinity levels are produced by the desalination plant operations. Copper accumulation is the dominant trait of Aiptasia pallida. They are sensitive towards the relevant copper concentrations. Hence they may be useful in bio-monitoring of copper polluted environments.

Write a single page summarizing Essay Example | Topics and Well Written Essays - 250 words

Write a single page summarizing - Essay Example The company was happy with the product, which manifested great features as compared to Apple II. However, the happiness was cut short, two months after introduction. The project did not consider the available software, as only three existed. Evidently, no software was expected at the time for a period of six months hence making operations difficult. Apple III software was buggy and crashed even at little functions such as the save command. Certainly, this caused frustration among journalists interested in exploring the new device. The problems did not stop at the software, but the motherboard also got hot hence pushing chips out of their sockets. In response, Apple officials advised customers to drop their systems for reset. Nonetheless, the project came at a halt when IBM launched a more effective computer at lower prices ($1,565) than Apple. In this light, customers crossed over to IBM PC without giving apple even the alternative option hence the

Analytical Critique of the Novel Ionization Device for Controlling the Term Paper

Analytical Critique of the Novel Ionization Device for Controlling the Charge States of Peptides - Term Paper Example Therefore understanding current improvements in the analytical procedures such as the inductive ionization technique is vital in the progress of proteomics. This paper by Peng et al (pp.8863) presents an improvement of the electrospray ionization method used in mass spectrometry, the inductive electrospray (inductive ESI). This work provides a background of the existing electrospray (conventional electrospray) method, its short comings and then attempts to introduce the novel technique. The benefits of the new technique are highlighted in the study together with a simple experiment giving a comparison of the mass spectrum produced by the conventional ESI and the one produced by inductive ESI. A background Mass spectrometer is used to measure samples by producing ions and separating them according to their mass-to-charge (m/z) ratio. In mass spectrometric analysis various steps are carried on the sample to be analysed. These include atomization, conversion of the atomized portion into a stream of ions. The streams of ions are then separated based on their charge-to-mass ratio (m/z). Final step in mass spectroscopy involves measuring the current when these ions hit appropriate transducers. Major components of a mass spectrometer are an inlet system for injecting micro amounts of the sample to the ion source. Conversion of the sample into ions is achieved by bombarding the sample with electrons, ions or molecules. Upon samples being converted into ions, the stream of ions is directed into a mass analyzer which disperses the ions based on m/z ratio. From the mass analyzer, the transducer converts the beam of ions into electrical signal which are processed to generate a mass spectrum of the analyte. Method for ionization falls into two categories; the gas phase and desorption methods. Gas phase involves the vaporization and ionization of a sample whereas in desorption method; solid or liquid sample is converted into a gaseous phase directly. Matrix-assisted desorpti on-ionization (MALDI) and electrospray ionization (ESI) are examples of desorption ion sources for mass spectrometry and bear the advantage of being applicable to thermally unstable samples as well as in non-volatile samples. Electrospray ionization(ESI) is based on extraction of ions from solution (Rosenberg 845). ESI is amenable in the analyses of biomolecules such as polypeptides, proteins and oligonucleotides which have high molecular weight (100, 000 kDa) (Skoog pp560). Multiple charged ions are produced in ESI which enable measurement of high mass species. This is achieved by reducing m/z ratio to a range appropriate for mass spectrometry application. Samples used in ESI are usually non-volatile and the method is amenable for mass determination of biomolecules, analyzing and sequencing of proteins as well as analyzing drugs. Description of the chemical target to be measured, desired precision, accuracy and cost of the measurements/instrument. The mass spectrum in an electrospr ay depends on the generation of ions in an aerosol. Usually ion formation in the aerosol is a competitive process where the sample of interest in this case peptide will compete for formation of ions with contaminants such as phosphates

Rate of Diffusion of Potassium permanganate, Potassium dichromate, and Methylene blue1

Rate of Diffusion of Potassium permanganate, Potassium dichromate, and Methylene blue1 1 The Effect of Molecular Weight and Time on the Rate of Diffusion of Potassium permanganate, Potassium dichromate, and Methylene blue1 scientific paper submitted in partial fulfillment of the requirements in General Biology I laboratory under Prof. Diana Rose Gonzales, 1st sem., 2013 2014 _ 2 ABSTRACT The effect of molecular weight and time on the rate of diffusion of potassium permanganate, potassium dichromate, and methylene blue was tested using a petri dish of agar water gel with three wells. The three substances were dropped simultaneously in the petri dish. Potassium permanganate (MW 158g/mole) increased rapidly (14.50 mm) while Methylene blue (MW 374 g/mole) gradually increased (9.50 mm) only. Thus, molecular weight and time affects the rate of diffusion. INTRODUCTION Diffusion is a movement of molecules from an area of higher concentration to an area of lower concentration. The particles will fuse when they are evenly distributed and have reached equilibrium. Potassium permanganate, potassium dichromate, and methylene blue are substances used as indicators and oxidizing agents. Potassium permanganate is used in organic compounds and used commercially to purify water and sanitizer. It is chemically used to regulate certain reducing compounds. Potassium dichromate is used to determine ethanol concentrations in solutions and determine the presence and purity of silver. Researches also suggest that potassium dichromate functions as an agent that cause genetic mutation against DNA repair deficient strains of Escherichia coli. Lastly, methylene blue is used as dye to identify bacteria and nucleic acids. The dye will have the deepest shade of blue when in contact with acids. As indicators and oxidizing agents, the substances stated above must prove that their diffusion must be fast in order to do their functions. Due to their difference in molecular weight, a test was conducted to prove what substance is more recommendable _ 3 to be used in getting the rate of diffusion. To further verify the experiment rate of diffusion was also tested with time. To test this, agar water gel is one of the materials was used. Agar water gel is a substance that functions as a thickener, stabilizer, and emulsifier since it do not melt at room temperature until it is heated to 85oC and more. Also, with a stopwatch the substances were measured (mm) at a regular three minute interval for thirty minutes. The study aims to determine the effect of molecular weight and time on the rate diffusion of potassium permanganate, potassium dichromate, and methylene blue. The specific objectives are 1. to prove that molecular weight affects the rate of diffusion; and 2. to explain why molecular weight must also be observed with time MATERIALS AND METHODS In testing the effect of molecular weight and time on the rate of diffusion of potassium permanganate, potassium dichromate, and methylene blue, agar water gel was used. Three bottles with dropper containing the substances and a petri dish with agar water gel were given to each group. As three members of the group dropped all substances together in the wells of the agar water gel, the stopwatch started simultaneously with it. One member measured each wells of the agar water gel with a ruler to get the initial measurement (mm) of the wells. The group then drew the initial appearance of the experiment (Figure 4.1.). One member was assigned to signal the group if three minutes have passed and the member of the group who is assigned to _ 4 measure the wells will immediately but carefully measure the area with the ruler. There was a regular three minute interval for thirty minutes. After thirty minutes, the group then drew the final appearance of the experiment Figure 4.2. Also, the group computed for the average of the substances by adding all the data that were gathered divided by number of time intervals. To test the effect of time on the rate of diffusion the data gathered were computed by partial rate. Partial rate is computed by subtracting the diameter of colored area immediately (di-1) before the diameter of colored area at a given time (d1) divided by the time when d1 was measured (t1) minus the time immediately before t1 (ti 1). Again, the average of each substances were computed by adding all the date divided by the number of time intervals. A graph comparing the average rate of diffusion of each substance was plotted against its molecular weight in Figure 4.3. Also, a graph comparing the partial rate of diffusion of each substance was plotted against the time elapsed in Figure 4.4 _ 5 Potassium dichromate Methylene blue Potassium permanganate Figure 4.1. Initial appearance of the substances in the agar water gel wells. Potassium dichromate Methylene blue Potassium permanganate Figure 4.2. Final appearance of the substances in the agar water gel wells. _ 6 RESULTS AND DISCUSSIONS As seen in Table 4.2, potassium permanganate (MW 158 g/mole) has the highest average rate of diffusion with 11.32 mm/min, followed by potassium dichromate (MW 294 g/mole) with 10.86 mm/min, and methylene blue (MW 374 g/mole) with 7.95 mm/min. In Table 4.3, potassium permanganate has the highest partial rates of diffusion with 0.35 mm/min, followed by potassium dichromate with 0.32 mm/min, and methylene blue with 0.19 mm/min. This results shows that molecular weight has an effect in the rate of diffusion. When the molecular weight is lower then the rate of diffusion will be higher meaning they have an indirect relationship. Also, with time the rate of diffusion of the substances decreased, meaning time and the rate of diffusion has an indirect relationship. _ 7 SUMMARY AND CONCLUSION The effect of molecular weight and time on the rate of diffusion of potassium permanganate, potassium dichromate, and methylene blue was determined. Each substance was dropped simultaneously with each other into the petri dish with agar water gel. With a stopwatch the time was observed with an interval of three minuets in thirty minutes. After thirty minutes, the average of the circumference and the partial rates of diffusion were computed. Results showed that potassium permanganate (MW 158 g/mole) which has the least molecular weight had the highest average rate of diffusion compared to methylene blue (MW 374 g/mole), which has the greatest molecular weight among the three. In time, the circumference (mm/min) of each substance increased since there was diffusion in the agar water gel wells. Hence, molecular weight and time has an effect in the increase, decrease, slowness, and fastness of the diffusion of substances. Nevertheless, further experimentation must be done to improve the results of the experiment. It is recommended to use other substances, a different medium other than the agar water gel, a longer time period to test the diffusion, a more stable environment, and have more trials to observe better results. _ 11 LITERATURE CITED Dean, John A. Lange's Handbook of Chemistry, 12th ed.; McGraw-Hill Book Company: New York, NY, 1979; p 9:4-9:94. Ebbing, Darrell D. General Chemistry 3rd ed.; Houghton Mifflin Company: Boston, MA, 1990; p 137. Andrew Mills, David Hazafy, John A. Parkinson, Tell Tuttle and Michael G. Hutchings The Journal of Physical Chemistry A 2009, 113 (34), 9575-9576 Chongmok Lee, Yoo Wha Sung, and Joon Woo ParkThe Journal of Physical Chemistry B1999, 103 (5), 893-898 _

The Veldt by Ray Bradbury :: Veldt

The Veldt by Ray Bradbury   Ã‚  Ã‚  Ã‚   The story of The Veldt, is a delving into the issue of how modern technology can destroy the nuclear family.   The editor of the Encounters book, John A. Rothermich comments that "This story is almost devoid of characterization.", I agree with this statement and think it is key to the plot of the story.   Ã‚  Ã‚  Ã‚   The story begins with the mother of the family, who has quite a generic name.   We are given no information of the characters background and how they came to the point in time they are now.   The lines "Happylife Home" and the familiar room settings like the parent's bedroom and the nursery give you a sense that this is a typical suburban home of the time. The mother seems alarmed or confused about something, "the nursery is...different now than it was", this at first might lead you to believe the mother has true individual characteristics.   However, when you read on, you see the stereotyped reactions to every situation that comes about, the parents then say "nothing's too good for our children".   Ã‚  Ã‚  Ã‚   Later in the story the parents discuss the problems of the incredible house and nursery, "The house is wife, mother, and nursemaid, Can I compete with it?", and the father has a generic answer "But I thought that's why we bought this house".   The parents in the story look upon their children's needs as services instead of ways of expressing any love or care.   Ã‚  Ã‚  Ã‚  Ã‚   In the story we never learn anything about the children except for their obsession with the nursery, "I don't want to do anything but look and listen and smell; what else is there to do?".   When the parents tell the children the idea of shutting down the computerized house "for a vacation", the children react shocked and stay with their one, single characteristic given, they act shocked "Who will fry my eggs for me, or darn my socks?". You see then the children's primary relationship is to the house and not the parents, the children exclaim "I wish you were dead!".   And sure enough, by the end of the story the children act on their on