Hawthorne’s Style in Young Goodman Brown :: Young Goodman Brown YGB

Hawthorne’s Style in â€Å"Young Goodman Brown†Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚         The style is â€Å"how speakers or writers say whatever it is that they say† (Abrams 303). This essay will present an analysis of the style found in Nathaniel Hawthorne’s â€Å"Young Goodman Brown.†    First of all, the reader can notice right away that Hawthorne writes in a well-read and cultivated style, avoiding the use of profanity, vulgar language, or words offensive to the ear. Consider his precise word selection from an enormous vocabulary:    They continued to walk onward, while the elder traveler exhorted his companion to make good speed and persevere in the path, discoursing so aptly, that his arguments seemed rather to spring up in the bosom of his auditor, than to be suggested by himself. As they went, he plucked a branch of maple, to serve for a walking-stick, and began to strip it of the twigs and little boughs, which were wet with evening dew    Even the most emotional outburst in the entire story does not contain any language even remotely displeasing or uncultivated: "’Ha! ha! ha!’ roared Goodman Brown, when the wind laughed at him. "Let us hear which will laugh loudest! Think not to frighten me with your deviltry! Come witch, come wizard, come Indian powwow, come devil himself! and here comes Goodman Brown. You may as well fear him as he fear you!’"    Though he has obviously read widely, where are the references to the works Hawthorne has enjoyed? It is a feature of his style in â€Å"Young Goodman Brown† that he does not allude to a single author or literary work. It would be so easy for him to do, and yet he restrains himself – for whatever literary reason.      Hawthorne’s style in this tale is, without a doubt, imaginative. Consider his description of the second traveler and his staff:    It was now deep dusk in the forest, and deepest in that part of it where these two were journeying. As nearly as could be discerned, the second traveler was about fifty years old, apparently in the same rank of life as Goodman Brown, and bearing a considerable resemblance to him, though perhaps more in expression than features. Still, they might have been taken for father and son. And yet, though the elder person was as simply clad as the younger, and as simple in manner too, he had an indescribable air of one who knew the world, and would not have felt abashed at the governor's dinner-table, or in King William's court, were it possible that his affairs should call him thither.

Coasts Revision Notes – AQA Geography

1. Spring and Neap Tides Spring vs. Neap Tides Spring tides occur when the Earth, Sun and the Moon are all about in the same line. This causes the highest tidal range due to the strongest gravitational pulls with the high tides being the largest and the low tides being the smallest. Neap tides occur when the Earth, Sun and Moon are at 90 degrees which causes the gravitational pull to be less effective. This produces the lowest tidal range of tides. 1. Coastal Transport Long shore drift transports material along the coast. In the UK, the prevailing wind blows from the South West causing the waves to approach the southern coast at an angle of 45 degrees. Therefore material moves from the west to the east. The swash of the wave carries the material up to the beach at this angle. The bed load is moved along by rolling by traction however pebbles are lifted and bounced along the floor in a leap frog action – this is saltation. Lighter material is carried by suspension (such as grains of sand) and weak acids (e.g. carbonic acid from precipitation) may act on soluble rocks (carbonate rocks e.g. limestone) and move the material in solution. The backwash carries the material at 90 degrees- causing a zig-zag motion. Groynes may be in place to reduce this – however they can be expensive (around  £5,000 per groyne and are unasthecially pleasing) yet they do trap the sand. 1. Headland Formation Headland formation occurs when the bands rock type run perpendicular to the coast – this is known as a discordant coastline. The coast has alternating bands of resistant (hard) and less resistant (soft) rock – these types of rocks erode at different rates. The less resistant rock are eroded at a faster rate (through the processes of hydraulic action, abrasion and corrosion) and the more resistant rock erodes at a slower rate and protrudes out into the sea. Wave Refraction Now the headland is protruding out into the sea, this receives high energy waves. When the waves hit the coastline, they are refracted and they tend to ‘bend’ round the headland, into lower energy waves. These waves then deposit sediment and beaches eventually build up. Case Study: Purbeck coast, Dorset. The Eastern side is discordant. Headland – The foreland Purbeck Coast, Dorest. Geology – Chalk (made millions of years ago from Coccoliths). This headland is 1.3km wide. Bay – Swanage Bay made from Wealden & Purbeck bed clays. This bay is 2.5 km wide. 1. Causes of cliff collapse Coastal Reasons * When waves head towards the coastline and the sea gets shallower, friction in the bed slows the bottom of the waves and make them more elliptical. The crest of the wave rises and then it collapses. * Destructive waves are high frequency, and are high and deep. They are around 10-14 waves per minute and their strong backwash removes material. * The waves break at the base of the cliff where the wave energy is concentrated. * This part of the cliff experiences rapid erosion thorough – abrasion, where material carried by the waves (eg rocks) are hurled against it. Also, H.A where the pressure of the air in the cracks from the water compress and release which erodes it. * This forms a wave cut notch * Over time, under the force of gravity, the mass above the wave cut notch cannot hold and collapses. * This processes of collapsing continues and the cliff retreats back. * This then leaves behind a wave cut platform that is no more than 5 degrees at the Low Water Mark. * As the platform gets longer, the waves have to reach further and many dissipate reducing the rate of erosion. * Sub Arial processes erode the platform such as paddock and seaweed. * Case Study: Broad bench Dorset, cliff is mixture of clay and shale (headlands made of Portland stone). Extension is 200m of platform, height of cliff is 20 m. Part of Jurassic coast – world heritage site. Sub-Arial * Not directly linked to sea, but from land * Freeze Thaw – When the diurnal range is around 0 dregrees – Scottish Highlands – Water expands by around 9%. Fluccutations in pressure fragments of rock may break off. * Biological – Rabbits may burrow into the cliff and piddocks may also weaken the rock which may remove some of the rock. * Chemical weathering, CO2 found in rainwater may form carbonic acid when it rains – attacks the calcium carbonate such as in limestone. Mass Movement * Slumping – Rainfall infiltrates the soil, making it heaver. * The material moves downhill, leaving a exposed scarp face * Case Study – Holbeck Hall, Scarborough. * 1993 – dry weather cracked the clay. This made the rock impermeable due to hot dry conditions * Next two months 140mm of rain fell (prolonged rainfall) * This then therefore infiltrated the soft rock above, but lubricated the clay. * On 3rd of June – the land was slipping into sea at 3m per hour. Collapse of hotel. Rest of hotel had to be demolished and they owners sued the authority ‘breach of its duty and care’.

Mechanical Engineering BS Degree Online Nanotechnology 2019

Nanotechnology, the manipulation of particles the size of one-billionth of a meter, is expected to create some of the fastest growing job opportunities for professionals with a mechanical engineering BS degree online in the coming years. Molecular manufacturing, one of the most advanced types of nanotechnology, applies the principles of mechanical engineering to make miniature machines on the nano-scale. The potential implications for advances in science and technology offer exciting career opportunities for mechanical engineering degree students. Career Opportunities in Nanotechnology Graduates of mechanical engineering BS degree online programs are most likely to see nanotechnology at work in medicine and electronics. For example, nanotechnology could be used to create machines that mimic human cells and is currently being utilized to design computer microchips. Another potential use is the manipulation of food molecules to alter the nutritional composition or texture of a product. Mechanical engineering technology degree graduates will most likely be employed by universities, businesses, and government and nonprofit research centers as the field of nanotechnology continues to grow. .u7c00b68d8093ea86f23e447f9142e4f6 { padding:0px; margin: 0; padding-top:1em!important; padding-bottom:1em!important; width:100%; display: block; font-weight:bold; background-color:#eaeaea; border:0!important; border-left:4px solid #34495E!important; box-shadow: 0 1px 2px rgba(0, 0, 0, 0.17); -moz-box-shadow: 0 1px 2px rgba(0, 0, 0, 0.17); -o-box-shadow: 0 1px 2px rgba(0, 0, 0, 0.17); -webkit-box-shadow: 0 1px 2px rgba(0, 0, 0, 0.17); text-decoration:none; } .u7c00b68d8093ea86f23e447f9142e4f6:active, .u7c00b68d8093ea86f23e447f9142e4f6:hover { opacity: 1; transition: opacity 250ms; webkit-transition: opacity 250ms; text-decoration:none; } .u7c00b68d8093ea86f23e447f9142e4f6 { transition: background-color 250ms; webkit-transition: background-color 250ms; opacity: 1; transition: opacity 250ms; webkit-transition: opacity 250ms; } .u7c00b68d8093ea86f23e447f9142e4f6 .ctaText { font-weight:bold; color:inherit; text-decoration:none; font-size: 16px; } .u7c00b68d8093ea86f23e447f9142e4f6 .post Title { color:#000000; text-decoration: underline!important; font-size: 16px; } .u7c00b68d8093ea86f23e447f9142e4f6:hover .postTitle { text-decoration: underline!important; } READ Best Interview Questions to AskRequired Education to Work in Nanotechnology: Bachelor of Science in Mechanical Engineering Nanotechnology encompasses a wide range of disciplines, including: Physics Chemistry Biology Mechanical Engineering Electrical engineering One way to enter the field is to pursue a mechanical engineering BS degree online. Students in the Bachelor of Science in Engineering program receive training in: Physics Engineering math Machine design Obtaining employment in research at the university level typically requires a PhD in General Engineering or a related discipline. Students may select classes appropriately throughout their educational training in order to specialize in nanotechnology. Related ArticlesOnline Engineering Education Career Opportunities in Food and NanotechnologyCareer Options in Computer ScienceComputer Science TechnologyEarning a Computer Technology DegreeEarning Your Comupter Science DegreeEducation in the Computer Science Field