Beethoven Sonata No 27 Essay Example for Free

Beethoven Sonata No 27 Essay This piece is highly unusual for Beethoven Sonatas. One, although it was written at the start of his late period, this sonata had only two movements, the first being extremely short. Secondly, this was the first that Beethoven started writing his tempo markings in German, as though implying that this Sonata was more personal. Beethoven has also remarked on this piece that he considered titling it either â€Å"Struggle Between Head and Heart or Conversation with the Beloved. This sonata was dedicated to Count Moritz von Lichnowsky and so describes the love affair he was having at the time. Beethoven literally gave the Count this sonata with the words, â€Å"This Sonata describes your love life.† The first movement of the sonata has an extremely short development, and a surprising coda. The second movement is much longer, much like a Schubert sonata and has another surprising ending of a small epilogue. In fact, Schubert’s first sonata (unfinished) 2nd movement, shows a distinct likeliness to this piece’s 2nd movement. It would almost seem like Schubert’s first sonata was a tribute to Beethoven. Written in 1814, there is a 5 year gap from his last sonata. He gives exact instructions for his tempo markings because, as he said, â€Å"I am deaf, and I can no longer play the piano. Therefore, I must give exact instructions to the performer.† In fact, he became so particular, that he started notating exactly where his dynamic changes are, leaving almost no room for the performer for adjustments. Listening to a lecture recital by Andrea Schiff, he has remarked that Sonata no. 27 is one of the most mysterious of the 32 sonatas. This sonata was written deliberately not to ‘please’ his audience. He wrote it to promote discussion among music lovers and pianists. This sonata wasn’t even written to be performed on stage. Both movements of this piece end quietly, written subito piano and no retardando could be seen. The piece ends quietly and the audience is barely aware the piece has even ended. This sonata is not meant to make an impression. Andrea Schiff has even gone so far to say that, â€Å"Ideally, we wouldn’t even have an applause at the end of this piece, there is nothing to applaud!† Furthermore, the sonata after, No. 28 (in A Major), sounds like a continuation of the 2nd movement. I will be doing a structural analysis of the Sonata, however, I will also be adding some commentary on some aspects I find more interesting. Starting from the beginning of the first movement, we have the exposition and the first theme. Already here in the first eight bars we can see the conflict â€Å"between the head and heart†, like this movement is so aptly nicknamed. In m. 8-16, we see some use of syncopation, indicating that the movement should be counted in one and not three in the  ¾ time signature. In the first 24 measures, ending with the fermata on a rest, we see clearly the backbone of the whole sonata. In the next section starting with an open b octave, we see the composer has marked in tempo and pp. Beethoven really marks everything for the performer, leaving little to question on how exactly he wants it performed. In m. 55, where we have a very awkward left hand broken chords, I would like to point out that the base line for these seemingly randomly spaced chords is actually the inversion of the original theme at the beginning of the piece. The second movement starts at m. 82 on a single b. At m. 109, we have a sudden reminiscence of polyphonic texture much like what Bach would have written. Starting in m. 113, just when the counterpoint ends, we see that the theme has migrated to the tenor line in the left hand, leaving the right hand free to ‘improvise’ over. We modulate at m. 130 and in m. 136 there is an echo of the first theme. Just when we think that it sounds somehow familiar, the recapitulation suddenly appears at m.144. There is a little coda at m. 231 and the first movement ends quietly with no retardando marked. It is assumed that the performer moves immediately to the 2nd movement. The opening theme in the rondo is something that the performer becomes familiar with very quickly, because it is repeated in the entire movement no less than sixteen times. In contrast to the fighting between the head and heart in the first movement, this movement is nicknamed, â€Å"Conversation with the Beloved†. This theme is so unlike Beethoven that it has almost a Schubert-like quality to it. I would also like to note that the opening theme of the second movement is an inversion of the first theme in the first movement. The epilogue at m. 286 quietly ends the piece, just slipping away. No one notices that it has ended until the surprising silence occupies the space. There is no retardando written and the dynamic marking is pp. I would also like to do a Golden Mean analysis with the first movement, the second movement, and the entire work. Movement one: 145m x .618 = 89.61 Movement two: 290m x .618 = 179.22 Whole work: 535m x..618 = 330.63 or 185.63 in the 2nd movement In movement one, the midpoint falls a few measures after the development, where the theme is being repeated in the surprising key of a minor. This is right before we crescendo up to a climax at m. 92. In movement two, the midpoint falls onto another a minor chord. This measure is right before we transition to another choral in the key of B Major. The midpoint of the entire piece falls on an unassuming measure in the middle of the first theme of the second movement. As for the most important parts of the entire work, I would point out the interesting inversions scattered across the board. First would be the awkward broken chords at m. 55 in the first movement that I have mentioned before. And then again right before the recapitulation when the theme is echoed over the keys. Then again at the little coda at m. 231. As for the second movement, the whole theme is the inverted first theme of the first movement.

Fall in and Who’s for the game? Essay -- English Literature

Fall in and Who’s for the game? These two examples of poems are typical of the war propaganda of the period, they are propaganda posters to make normal people get up, tell their friends and to join the army, navy or RAF. They try to embarrass people who like to be masculine and question their masculinity; this makes them prove to people that they are a man so they go to fight in the war. The poem teases unmasculine men and tries to make them feel bad for not going to fight. Harold Begbie exclaims that all the MEN who fight in the war will be praised in the street, women will love them (which is not true if they are severely handicapped), everyone will ignore you if you don’t go and everyone who does will be heroes. Men hate getting ignored by women therefore they will want to join up Jessie Pope’s idea of a game makes the reader feel as if war is a football ball match or a great sporting event. Going with the LADS makes it feel like there is comradery and a good time to be had with cool people, there’s no mention of any death, killing people, blood or any oth...

Energy Situation In Pakistan Environmental Sciences Essay

Pakistan has been enduring from energy crisis since the last few old ages, which has earnestly affected its people. The power sector of Pakistan suffers from a serious deficit of up to 5000MW ( USAID Pakistan: Energy Efficiency and Capacity, 2012 ) .The spread between demand and supply has been invariably widening. Peoples are passing insomniac darks in summer. Load casting has become an issue of all the people. Where the rich people can afford UPS and generators, the hapless 1s can merely afford to bear the effects of power outage. Apart from personal jobs of the people, acute power outages have earnestly paralyzed the commercial and economic activities in the state and are making many hurdlings in development of the state. If we examine the present energy profile of Pakistan, it is run intoing its energy demands from different beginnings. Pakistan is bring forthing 48 per centum of its electricity from gas, 33 per centum from hydel power, 17 per centum from oil, two per centum from atomic and one per centum from coal. If we examine the figures, it is clear that Pakistan is underutilizing its natural resources to bring forth electricity. We have failed to work those resources that nature has bestowed upon us. We have non decently tapped our natural resources, even though we could hold met our energy crisis by making that and it is clip we look at this facet with unfastened eyes before the state of affairs gets wholly out of manus doing the hereafter coevalss to endure the rough effects.Energy used by Pakistan and spread between its demand and supply:Energy usage refers to utilize of primary energy before transmutation to other end-use fuels, which is equal to autochthonal production plus imports and sto ck alterations, minus exports and fuels supplied to ships and aircraft engaged in international conveyance ( TheWorldBank, 2012 ) . In footings of per capita ingestion Pakistan ranks comparatively low – 164 out of 217 states ( CIAWorldFactbook, 2003-2011 ) . Energy utilizations and national income per capita are straight related, because energy ingestion is critical to the development of an industrial economic system. In malice of being at the lower terminal of the word-wide energy devouring spectrum, Pakistan faces serious troubles in carry throughing its energy demands due to even lesser supply than the demand of energy. The Government estimates that energy demand will go on to turn during the following two decennaries, with Pakistan necessitating an estimated extra 35,000 MW of power coevals capacity by 2020. Based on the analysis, the expected new power coevals build out will be about 7,700 MW of extra capacity by 2020, go forthing a spread of over 27,000 MW. In a nutshel l, supply rate is neglecting to maintain in sync with the increasing demand rate owing to industrialisation, growing in agribusiness and services sectors, urbanisation, lifting per capita income and electrification of rural and urban countries.Possible solutions to the job of Energy crisis:In order to do up for the shortage and acquire the state out of a serious energy crisis that it is soon facing, both short-run and long-run policy enterprise are needed that enhance the state ‘s capacity to run into its demands. The possible solutions to the energy deficit can be divided into three chief types:1. Conservation of present energy beginningsThis includes cut downing inordinate ingestion of electricity and hence conveying down the demand for energy. This is short term step that can significantly cut down on the burden during peak demand periods by salvaging electricity. Conservation includes alterations in life style as good installing of energy efficient devices, edifice pattern s and electricity distribution and direction programs that optimize the supply when the demand is at its extremum.2. Importing more energyAnother option to assist increase the energy base of the state is depending on more imported fuel. At present Pakistan meets 75 % of its energy demands by domestic resources including gas, oil and hydroelectricity production. Merely 25 % energy demands are being managed through imports. Presently, programs are underway for importing gas from cardinal Asia. However, this scenario is besides certain to hold a negative impact on Pakistan ‘s balance of payments and hence a more reliable and sustainable beginning of energy is required.3. Investing in autochthonal renewable and non renewable energy beginningsThe 3rd option for Pakistan is developing its autochthonal capacity to use the untapped potency of its fuel militias. There is important room for development in all resources including oil, gas, coal and hydel – provided that the profic ient and commercial restraints associated with the public-service corporation of these resources are overcome.Coal as a new enterprise for Pakistan:Despite being a non-renewable energy beginning, surveies indicate that coal is traveling to play a really important function in the planetary energy scenario during the following two centuries. Harmonizing to an IEA study, coal usage is likely to turn from 41 % to 44 % , as a beginning for power coevals, by 2030 due to energy security and monetary value volatility. On the other manus, the portion of coal as a beginning of electricity bring forthing fuel in Pakistan bases at a meager 0.1 % in comparing to the universe norm of 41 % . Given the crisp rise in the oil monetary values in the international market every bit good as the fast depletion of Pakistan ‘s gas militias due to increased demand, it is imperative that Pakistan look towards alternate beginnings of energy including coal. There are a figure of advantages pointed out in favour of this development. These include: Abundance and security of supply. Energy denseness comparable to other beginnings of thermic power. Relatively easier to develop. The excavation and power production engineerings exist and merely an infrastructural development is required prior to their execution Handiness of clean coal engineerings and ways to minimise environmental jeopardies These are the grounds why Pakistan looks towards inventing a feasible scheme for the development of its coal militias at Thar.THARPARKAR COAL MINES:The majority of Pakistan ‘s autochthonal coal resources lie in Sindh. The largest modesty, 175 billion metric tons of lignite coal, is located in the Thar Desert of Sindh. Thar coal is yet to be developed for excavation and power coevals. The development of the Thar resources would supply. The electricity coevals potency of 100,000 MW based on estimated ingestion of 536 million metric tons of coal per twelvemonth, could be a important fuel resource used for proviso of coal base burden capacity in the system supplementing gas based capacity. Further, usage of Thar militias for power coevals would assist in cut downing inordinate trust on imported fuel thereby cut downing the force per unit area of balance of payments in the state. The entire estimated militias in Thar field including measured and conjectural are about 175 billion met ric tons. The existent mensural militias are 2.7 billion tones, the oil equivalent of which is 6.59 billion barrels. The oil equivalent of 175 billion metric tons of coal is about 427 billion barrels. The coal Fieldss cover a entire country of over 9000 sq.km in the Tharparkar desert. The field is covered by sand dunes that extend to an mean deepness of 80 metres. Below that is a bed of sandstone and siltstone which extends from 11m to 127m in thickness. Further underneath are variable sedimentations of clay rock resting on the Bara formation in which coal is embedded. The beds of coal scope in thickness from 0.20m to 22.81m ; the maximal thickness widening up to 36m in certain topographic point. The coal seam itself is present at a deepness of between 114-203m. The chief beginning of H2O in Thar is groundwater. The groundwater is present in three chief aquifers at changing deepnesss. The mean deepnesss are 50m, 120m and more than 200m which means that at least one aquifer is located in the coal bearing zone and will back up the mining/extraction processes ( GovernmentofSind, 2008 ) .Quality of CoalCoal quality and its contents have serious effects on the efficiency of the power w orkss in which it is used and besides on the grade of pollution that is created as a effect of electricity coevals. The coal found in Thar is lignite holding a lower warming value as compared to other types which makes it suited for electricity coevals. Its power coevals capacity is 10,289 MW. The brown coal at Thar has a heating value of 6200 – 11,000Btu/lb. Other of import constituents of the coal and their proportion are: Carbon ( 19.35-22 % ) , Ash ( 5.18-6.56 % ) , Moisture ( 43.24-49.01 % ) , Volatile affair ( 26.5-33.04 % ) and Sulphur ( 0.92-1.34 % ) .Production of electricity from coal:Some of the methods of production of electricity from coal are as follows:Pulverized Fuel ( PF ) engineering:In this procedure, coal is reduced to ticket pulverization signifier, stored and so transported by air to the burner as coal air mixture for burning. This method involves direct combustion of the coal to bring forth heat that is used to bring forth steam from H2O to turn conventional steam turbines. It is a straightforward technique but direct combustion of coal increases the external costs of energy by let go ofing nursery gases and other toxic oxides and fouling particulate affair into the ambiance in big sums. The efficiency of such a system is merely approximately 33 % .Fluidized Bed Combustion ( FBC ) engineering:Fluidized-bed burning ( FBC ) engineering is a type of burning procedure in which the solid coal is suspended on jets of air. In this manner, more efficient commixture of gas and solids occurs, taking t o more efficient heat transportation. The low temperature demand for burning reaction is one of the primary advantages because it reduces the formation of toxic azotic oxide. Additionally, FBC engineering causes inexpensive and easy remotion of sulfur dioxide during burning in comparing with the â€Å" stack scrubber † engineering. Furthermore, add-on of other solid fuels ( such as biomass ) along with the coal can besides be supported by FBC into the reaction mixture.ACoal Gasification ( CG ) technology/IGCC:IGCCA ( Integrated Gasification Combined-Cycle ) A with Carbon Capture and Storage ( CCS ) engineering allows coal to be used to bring forth power as flawlessly as natural gas. IGCC engineering has three basic constituents. In the gasification stage, heat, force per unit area, pure O and H2O are used to interrupt char down into its constituent parts and change over it into a clean man-made gas ( syngas ) .The syngas is cleaned before it can be converted into utility natural gas ( SNG ) which finally fuels the power turbines. Staying particulates are removed from the syngas in the particulate scrubber. Carbon monoxide is converted to carbon dioxide ( CO2 ) by adding steam in displacement vas. The gasification procedure makes it possible to capture most of the quicksilver, sulfurA and C dioxide ( CO2 ) in the syngas. The captured CO2A will be transported via grapevine for usage in enhanced oil recovery or storage in a saline geologic reservoir. The IGCC works so converts the syngas into utility natural gas ( SNG or methane ) , through a procedure called methanation. The SNG, which is comparatively high in energy content, powers two gas turbines. Excess heat contained in the fumes from those turbines so heats H2O to power a steam turbine. The higher energy content of the SNG ( as compared with syngas ) improves the efficiency of the power production. This combined rhythm ends up heightening the power works ‘s efficiency up to 60 % .Gasification is the engineering that most power workss are switching towards global and Thar Coal development is besides expected to construct IGCC workss for an environmental friendly procedure of coevals of electricity.The electricity to be produced from the coal gas would be about Rs. 4 per unit.Environmental Analysis:The beginnings of air pollution from coal based power workss fall include C emanations, particulate affair and other nursery gases and toxic oxides. Carbon emanations and ot her green house gases such as methane and N oxides are of import from the clime alteration perspective whereas toxic oxides and volatile particulate affair pose wellness jeopardies if the human population is exposed to certain degrees. In add-on to these quicksilver and other heavy metals are released which are linked with both neurological and developmental harm in worlds and other animate beings. Fly ash and underside ash are residues created when coal is burned at power workss. In the yesteryear, fly ash was released into the air through the smokestack, but now most of it is captured by pollution control devices, like scrubbers. The chief beginning of groundwater pollution is from the belowground processes that are carried out in the locality of aquifers in order to pull out coal or syngas. This affects the quality of groundwater and besides reduces its measure. It should be kept in head that land H2O is the lone beginning of H2O for the people of Thar. Dirt and Land pollution is a consequence of the excavation procedure itself as it may go forth the land non useable for agricultural or business by life because of drastic alterations in the surface or deposition of harmful affair in the dirt.Clean coal engineering and cut downing the harmful impacts of coal excavation:Clean coal technologyA is a aggregation of engineerings being developed to cut down the environmental impacts ofA coalA energy coevals. Some clean coal engineerings purify the coal before it burns. One type of coal readying is coal rinsing. It removes unwanted minerals by blending crushed coal with a liquid and leting the drosss to divide and settle. Other systems control the coal burn to minimise emanations of S dioxide, N oxides and particulates.A Wet scrubbers, or flue gas desulfurization systems, take S dioxide, a major cause of acid rain, by spraying flue gas with limestone and H2O. Low-NOx ( nitrogen oxide ) burnersA cut down the creative activity of N oxides by curtailing O and pull stringsing the burning process.A Electrostatic precipitatorsA take particulates that aggravate asthma and do respiratory complaints by bear downing atoms with an electrical field and so capturing them on aggregation home bases. GasificationA avoids firing coal wholly. With incorporate gasification combined rhythm ( IGCC ) systems, steam and hot pressurized air or O combine with coal in a reaction that forces C molecules apart. The resultingA syngas, a mixture of C monoxide and H, is so cleaned and burned in a gas turbine to do electricity. Carbon gaining control and storageA is the most promising clean coal engineering. In order to detect the most efficient and economical agencies ofA C gaining control, research workers have developed several engineerings. One of them, flue-gas separation is a technique thatA removes CO2 with a dissolver, strips off the CO2 with steam, and condenses the steam into a concentrated watercourse. The CO2A can so be sequestered, which puts CO2A into storage, perchance belowground, in such a manner that it will stay at that place for good. Flue gas separation besides renders commercially useable CO2. Another procedure, A oxy-fuel burning, burns the fuel in pure or enriched O to make a flue gas composed chiefly of CO2 and H2O which saves the energy required for dividing the CO2 from other flue gasses. A 3rd engineering, A pre-combustion gaining control, removes the CO2 before it ‘s burned as a portion of a gasification procedure. The CO2 removed can be stored in geologic or pelagic reser voirs from where it ca n't come in the ambiance. A DepletedA oilA or gas Fieldss and deep saline aquifers safely contain CO2 while deep belowground coal seams absorb it. A procedure calledA enhanced oil recoveryA already uses CO2 to keep force per unit area and better extraction in oil reservoirs. All signifiers of CO2 storage require careful readying and monitoring to avoid making environmental problemsA Reuse and recycling can besides cut down coal ‘s environmental impact. Land that was antecedently used for coal excavation can be reclaimed for utilizations like airdromes, landfills, and golf classs. Waste merchandises captured by scrubbers can be used to bring forth merchandises like cement and man-made gypsum for drywall.

Theme Of Young Goodman Brown And The Man In The Black Suit

The depictions of the Devil in Nathaniel Hawthorne’s â€Å"Young Goodman Brown† and Stephen King’s â€Å"The Man in The Black Suit† include differences to the character that convey the numerous ways evil can affect the innocence and morality of people. Their appearance and motivations dictate the success their evil intentions have on the character and lives of the protagonists. The physical manifestation of both devils mirrors the different strategies they utilized to manipulate the protagonists’ destruction of innocence. The Devil in Nathaniel Hawthorne’s â€Å"Young Goodman Brown† appears as a normal human to gain the trust of those he encounters and manipulate them on a more subtle level. Hawthorne introduces him after Goodman Brown enters the dark†¦show more content†¦The key characteristic that Gary uses to deduce that the Devil was not a regular human is that his â€Å"eyes were completely orange†(829). The eyes refer to the common concept of hell being a fiery, hot landscape; furthermore, they incorporate a sense of unease in both the protagonist and readers because of the abnormality. Motivation determines what a character attempts to achieve within a story to obtain a predetermined outcome during the resolution. Hawthorne’s Devil attempts to to cultivate seeds of doubt within the mind of Goodman Brown, which causes him to distrust those of his village and family. At a sermon he holds within the woods, the Devil presents a theory on the natural human tendency to seek out evil. The Devil claims that all of the people in a attendance will â€Å"behold the whole earth one stain of guilt† (Hawthorne 8). He believes every human looks upon one another with animosity, thus initiating the disintegration of societies from within. The destruction of trust between individuals ultimately leads to dysfunctional relationships, therefore eliminating the ability to create sound laws to run a society. The Devil furthers his proposition by stating, â€Å"Evil is the nature of mankind. Evil must be your only happiness†(8). This affirmation of belief elucidates the expectations the Devil harbors about the natural state of human beings. King’s Devil utilizes his creepy appearance andShow MoreRelatedThe Devil in Disguise: Comparing and Contrasting the Devil Figure in Where Are You Going; Where Have You Been? The Man in the Black Suit and Young Goodman Brown671 Words   |  3 Pagesrecognized the aroma baking up from the skin under the suit--the smell of burned matches. The smell of sulfur. The man in the black suit was the Devil.† (King) A common theme among depictions of The Devil is that of unusual physical attributes. 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