English words spelled

English Words Spelled with 3-letter /Ä «/ English Words Spelled with 3-letter /Ä «/ English Words Spelled with 3-letter /Ä «/ By Maeve Maddox Among several ways to spell the long i sound in English is the 3-letter combination -igh- as in sight [sÄ «t]. The spelling reflects an earlier pronunciation in which the gh represented a sound made with the soft palate, rather like the ch heard in German ich. The -igh- spelling has persisted in English because it occurs in a small group of high frequency one-syllable words. Its easy to tolerate an apparently difficult spelling when one sees it frequently. Most of the -igh- words end with the /t/ sound and spelling. Exceptions are high, nigh, and sigh, in which igh represents the final sound. The other most common -igh- words are: bright from O.E. beorht, byrht fight from O.E. feohtan flight from O.E. flyht knight from OE cniht, cneoht light from O.E. leï ¿ ¼oht might from O.E. meahte, mihte night from O.E. niht right from O.E. riht sight from O.E. sihth The word delight has come to be grouped with the -igh- words because of association with the word light. Etymologically speaking, delight belongs with sprite and spite. All three words come from the French. delight from Old French delit, deleit, from delitier, deleitier sprite from Old French esprit spite shortened from despite which comes from Old French despit In the 16th century, sprite was often spelled spright and spite was spelled spight. Since then, theyve reverted to spellngs closer to their origins, probably because they are not in such frequent use as delight. In case you havent come across the word sprite as anything but a brand name, Ill define it: A sprite is an other-worldly creature, like an elf or a fairy. The word derives from the same source as spirit, but spirit has a more serious connotation than sprite. A sprite plays tricks. Want to improve your English in five minutes a day? Get a subscription and start receiving our writing tips and exercises daily! Keep learning! Browse the Spelling category, check our popular posts, or choose a related post below:When to use "on" and when to use "in"The Possessive ApostropheEspecially vs. Specially

Amazon Publishing What is it Like to Get Signed By Them

Amazon Publishing What is it Like to Get Signed By Them Amazon Publishing: What is it Like to Get Signed By Them? Most book sales happen on Amazon these days, so there’s something incredibly appealing about having the same company publish your book. Luckily, while Amazon’s algorithms can seem mysterious, the workings of Amazon Publishing (one of the biggest publishers today) are less vague - thanks to feedback from authors who have worked with them.This post will dive into the workings of Amazon Publishing (or APub), giving you a sneak peek of what it’s like to work with them from Natalie Barelli (whose crime novel Until I Met Her was picked up by APub’s thriller imprint), and Eliot Peper, (whose Analog series was signed by their sci-fi and fantasy imprint).And on that note, let’s learn a little more about APub and it's various imprints. Get a sneak peak into what it's like to score an #AmazonPublishing book deal. What is Amazon Publishing?Amazon Publishing is Amazon’s book publishing unit. Established in 2009, it comprises 16 imprints that publish trade fiction, non-fiction, and children’s fiction around the world.Learn more about how Reedsy can help you craft a beautiful book.Amazon Publishing seems to be highly regarded by the authors who are signed by their imprints. Scoring a contract with them will not guarantee sales of your book, and some authors do report a flatline in purchases of their titles.Eliot Peper puts it very well when he says: â€Å"No matter what publication path you choose or who you publish with, you are in charge of your career. Always put your readers' interests before anyone else's. Start from first principles and never accept ‘this is just how things are done’ when something doesn't make sense. Build your own audience on your own terms. Be kind. Be generous. Be patient. Every artist is an entrepreneur, so embrace, understand, and grow the business of your creativity.†Have you been published by an Amazon Publishing imprint? Share your experiences with us! Or feel free to leave any questions, thoughts, or remarks in the comments below.

Mindfulness and Mental Health, Annotated Bibliography

Mindfulness and Mental Health, - Annotated Bibliography Example re professionals: A review of empirical studies of mindfulness-based stress reduction (MBSR).† Complementary Therapies in Clinical Practice 15 (2009): 61–66. Print. The authors lay a foundation on various reasons that may lead to the development of stress among healthcare professionals. On the other hand, the authors show the benefits that exist on mindfulness-based stress reduction. The approach is accredited in enhancing well-being and coping with stress among health care professionals. The source will help in showing how mindfulness has been successive in various fields in reducing mental conditions. I will focus on reduction of stress through adherence to mindfulness. The authors focus on the use of mindfulness as a physiological entity. The authors also describe how mindfulness has been incorporated in modern medicine and psychology. In this article, I will be able to highlight the role of psychology in enhancing mindfulness by focusing on cognitive behavioral therapy. In this book, the authors begin by describing what mindfulness is to an individual. The authors also describe mindfulness and the benefits. One of the benefits highlighted by the authors is on medical and pre-medical conditions. I chose the book due to its relevance to my research on benefit of mindfulness. The material I will use from this book is on benefit of mindfulness to medicine. The book will help in showing how mindfulness benefits. The author notes how mindfulness has become common in today’s society. The author notes on application of mindfulness on various conditions. The article notes mindfulness may not be the ultimate solution but will be common in the future. The author notes that mindfulness has helped in emerging of better mental health practitioners. The article also notes the concept has been successful in the treatment of chronic pain, anxiety, and depression. The author further notes mindfulness can transform us in how we relate with problems. The article will

Internal Auditing, 4 questions Essay Example | Topics and Well Written Essays - 2000 words

Internal Auditing, 4 questions - Essay Example The complex activities are to be controlled by managements of the organizations, and in the case of companies, naturally the first target is the Board of Directors of such organization made responsible to formulate proper policies, to control the various activities, the organization carries our in different countries, with cross cultures , different moral values, and different customer loyalties. One can see Nescafe, Cadbury product, Lux , Colgate ,cocoa cola, Pepsi, Philips, Sony, Motorola, Toyota and a host of consumer products available through out the world, where customers vary, their cultures vary, but they are bound by these products, which speaks of their qualityThese products made their own language.. For making such universal names, just like the saying that behind every successful man there is a successful woman, behind every successful organization, definitely there is a sound, solid, successful management structure with reliable management principles and policies, to operate their businesses across globe. These managements are successful, because of their management policies, which involve various control systems. Managements strength lies in the policies, they frame, and implementation of those policies, by establishing, various controls, at different levels of management. The first in the management hierarchy, na... Organisation structure --Controlenvironment basically includes the organization structure it self. Management's processes involve planning, organising, and directing the business activities, with the assistance of sound management structure. Different levels of management means-- Management by Board and its subcommittees, top management teams, middle and or functional management teams, operating or supervisory management teams. Boardand StrategicTop Management Middle or Functional Management Operating or Supervisory Management. The first in the management hierarchy, namely the board and top strategic management , formulate (i) the vision, (ii) mission, (iii) objectives of the organization,(iv) long term strategic plans ( ranging from 2 to 5 years period)and approve the plans and strategies prepared by other management structures. Functional management prepares strategiesandshort term plans ranging for six months to a two -year period. Operating management prepares operating plans and operating strategies that will range from one week to six months period. All these plans and strategies should be falling with in the top management plans and strategies. Once they are implemented in true spirit, the organization gives excellent results in all directions. But it is not so simple in the present day organisations. Organisation should have proper control systems in place, and internal audit activity exists to give reasonable assurance to the management that the control environment exists, andcontrol systems established by the management are efficient, effective and economical. Assignment of Authority and responsibility-- Managements function throughby fixing responsibilities on the individual mangers, and

LAW Essay Example | Topics and Well Written Essays - 3500 words

LAW - Essay Example The element reality of the consent, on the other hand, refers to the requirement that the consent by either or all parties must not have been vitiated by any misrepresentation, fraudulent or otherwise, whilst the capacity to contract is a personal requirement on the part of the parties of the contract that they do not possess any legal disqualifications to enter into it. A disqualification for example is minority. Finally, the legality of the contract refers to the ability of the contract and its terms to hold before the law. Put in other words, the contract must not be legally invalid (Mead, Sagar & Back p 56). The problem at bar, calls for the application of the laws of contract formation particularly on the validity of acceptances and offers. The problem at hand concerns the initial phase of contract-making which is the formation of the contract. The problem here lies in the fact that there was a mix-up of the different elements of the agreement like offer and acceptance and the problem seeks to determine whether there was a valid formation of a contract and with which parties. The problem involves UCL Property Developers, the inviting party, and two companies vying for the building contract: the DC Builders, and; the GB Construction. The order of events is: first, UCL gave out invitations to tender to building contractors for the construction of its administration offices; second, DC Builders and GB Construction were the lowest bidders and pre-qualifiers for  £ 2, 250,000, and  £ 2, 410,000, respectively and each attached its own conditions and terms distinct from UCL’s; third, UCL awarded DC with the contract, in a letter, but for a slightly less amount and in accordance with its own terms; fourth, DC threatened to withdraw its offer if UCL does not amend acceptance within five days; fifth, DC formally

Creep Behaviour of Materials

Creep Behaviour of Materials Chen Yi Ling   Objectives The objectives of the experiment are: To measure the creep deformation in lead and polypropylene at room temperature To determine the effect of stress on the creep deformation of lead and polypropylene To appreciate the difference in creep behaviour between these two classes of materials To be aware of creep as a design consideration Theory 2.1. Introduction Deformation under a certain applied load over a period of time at a particular temperature is defined as creep, and it limits the load carrying capacity among structual materials. When subjected to a stress greater or equal to its yield stress, the material deforms plastically. Alternately, when the stress is less than its yield stress, the material will deform elastically. However, when the material has to withstand stress at high temperature, permanent deformation will occur even if the stress is below the yield stress obtained from a tensile test. Under a constant stress, the strain vary as a function of time as shown in Figure 2.1.1. [1] The different stages of creep are: Primary Creep/Transient Creep Strain rate decreases with time and deformation becomes difficult as strain increases. (i.e. Strain Hardening) Secondary Creep/Steady Creep Strain rate is constant The occurrence is due to the balance between strain hardening and strain softening (Structure Recovery) Tertiary Creep/Approaching Rupture Strain rate increases with time and the material is fractured. Increase in creep rate is due to the increasing number of damages such as cavities, cracks and necking. The damaging phenomena reduce the cross-sectional area, which increase the applied stress when placed under constant load. Viscoelastic materials such as polymers and metals are susceptible to creep. When subjected to a sudden force, the response of a polymeric material can be detected using the Kelvin-Voigt model (Figure 2.1.2) Viscoelastic materials experience an increase in strain with time when subjected to a constant stress, this is termed as viscoelastic creep. At t0 (Figure 2.1.3), viscoelastic material is able to maintain for a significant long period of time when loaded with a constant stress. The material eventually fails when it responds to the stress with an increasing strain. In contrast, when the stress is maintained for a shorter period of time, the material experience an initial strain until t1 in which the stress is relieved. The strain then immediately decrease gradually to a residual strain. [3] In this experiment, we will study the creep behaviour of a low-melting point metal (Lead, Pb) and a polymer (Polypropylene, PP) at room temperature. 2.2. Creep in Metals Creep can be observed in all metals if its operating temperature exceeds 0.3 to 0.5Tm [5] (Tm = Absolute Melting Temperature) (Figure 2.2.1) Creep strain (ÃŽ µ) depends on several variables, the most important variables are stress (ÏÆ') and temperature (T). Using stress and temperature, the creep rate () can be defined as: (Equation 2.2.1) Where, A = Constant n = Stress Exponent E = Activation energy for creep R = Universal gas constant Creep rate () increase as stress and temperature increase, hence Equation 2.2.1 can be redefined as: (Equation 2.2.2) Whereby n is the slope of vs lnA at constant temperature. 2.3. Creep in Polymers The creep in polymers is almost similar to the creep in metal as it is depends on stress and temperature, with a few exceptions. Comparing Figure 2.2.1 and Figure 2.3.1, the two graphs look similar except that Figure 2.3.1 has a recovery phase, which is termed as the reversal of creep. Possessing viscoelastic properties, the behavior of the material can be predicted using the Kelvin-Voigt model (Figure 2.1.2) as mentioned earlier, and hence, it will be used in this experiment. Equation 2.3.1 shows the relationship between the creep strain (ÃŽ µ) and time under constant stress: (Equation 2.3.1) Where and are the constant of the spring and dashpot respectively (Figure 2.1.2) On the other hand, Equation 2.3.2 shows the creep strain in relation to time: (Equation 2.3.2) Where is a constant. The data obtained can be plotted into an isochronous graph by taking the constant time section through the creep curves for a specific temperature. And the results obtained formed the isochronous graph. Experimental Procedures 3.1 Equipment for Creep Testing The load was applied steadily to the specimen using the lever principle shown in Figure 3.1.1. Steel pins were used to kept the specimen in place on one side of the lever and the weight hanger on the other. The weight hanger consist of 2 pinning position; the topmost hole was used when the hanger and loads were in rest position while the lower hole was used when the hanger was loaded. The following table shows the mass for the parts of the equipment which should be taken into consideration during the calculation of tensile force on the specimen If m was the mass of the load on the weight hanger, then the tensile force acting on the specimen can be defined by taking moment about pivot as shown in Figure 3.1.2. [(F+0.04) x 42] – [0.40 x 147] – [(0.16 + 0.04 +m) x 336] = 0 (Equation 3.1.1) Where, g is the acceleration due to gravity = 9.807m/s2 The extension of the specimen was measured using a dial gauge (DG). The DG was placed into a tube tightened using a nylon pinch screw to hold the DG in its place. It should be noted that the nylon pinch screw should only be tighten sufficiently to prevent the DG from moving when the loads were placed. The top of the DG was attached to the set up using a grooved plate which was bolted to the lever arm. This arrangement was to ensure the groove in this plate was two times the distance from the pivot to the centre of the specimen. Hence, the extension of the specimen detected by the DG was twice the actual extension of the specimen. And to counter for inaccuracy when zeroing the DG, an additional 3mm was taken into account before the start of the experiment. Thus, the actual extension of the specimen can be calculated by: (Equation 3.1.2) 3.2 Experiment Methods For the measurement of creep in lead, the load applied would be 0.9, 1.0 and 1.1kg. For the measurement of creep in polypropylene, the load applied would be 0.7, 0.8 and 0.9kg. Before conducting the experiment, the width, length, thickness and gauge length of the specimen was measured thrice using an electronic vernier caliper; the readings used for the calculation would be the average reading (highlighted in orange). 3.2.1 Experiment 1: Creep of Lead The lever arm was held in place using 2 pins; 1 of it to be inserted into the bearing block and the other onto the topmost hole of the weight hanger. Attached the specimen onto the set up using 2 pins. Place the Dial Gauge into the hole/tube but do not tighten the nylon screw yet. Attach the groove plate at the top of the Dial Gauge and lever arm and secure it using a thumb nut. Release the pin holding the weight hanger to take up any free movement. Make sure the specimen was placed vertically. Carefully adjust the Dial Gauge until the inner dial reads 3mm and the outer ring reads 0, then tighten the nylon screw. Load the required weight onto the hanger. Raise the loaded weight hanger to the lower hole (loading position) and insert the pin. Gently release the load and start stop watch. Record reading every 15 seconds for 30 minutes or till the specimen ruptures. In order to determine the secondary creep rate for each applied stress, 3 extension-time creep curves were required. The creep rate can be calculated using the following equation: (Equation 3.2.1.1) Where In this experiment, ln vs ln plot was required. Hence, the stress () on the specimen is given by: (Equation 3.2.1.2) Where, F is the load applied to the specimen (N) 3.2.2 Experiment 2: Creep of Polypropylene The test of creep of polypropylene is similar to that of lead, with a couple of exceptions. Before placing the specimen onto the set up, 2 ‘U’ brackets should be fitted over the 2 ends of the specimen. For polypropylene, elastic recovery was possible hence the specimen was not required to be tested until failure. Note that 15 minutes, 12 minutes and 7 minutes were the extension time required for 0.6kg, 0.7kg and 0.8kg respectively Place the required load onto the weight hanger. Record the extension for every 15 seconds for specific duration. After the extension period, remove the weights on the weight hanger and continue to record the reading (elastic recovery phase) every 15 seconds for 10 minutes or when the needle on the Dial Gauge stop moving for 1 minute. Repeat for other loads. Plot extension vs time curve to show the creep and recovery curve. In this experiment, strain vs stress plot was required. Hence, the strain rate () on the specimen is given by: (Equation 3.2.2.1) Where Results Results for Lead The increment of extension () was selected based on the results reflected on Figure 4.1.1. The creep rate (ÃŽÂ ­) of Lead was determine using Equation 3.2.1.1. The stress () applied onto the lead specimen was calculated using Equation 3.2.1.2. By adding ln to the values of and ÃŽÂ ­, Using the data from Table 4.1.1, we can plot a linear graph. Based on Figure 4.1.2, the stress exponent (n) from the straight line was 10.503. Results for Polypropylene A sudden drop was observed for 0.7kg, this was due to human error as results was not recorded promptly on specific time. Using Equation 3.2.1.2 3.2.2.1, the stress and strain rate is shown below: Based on Figure 4.2.1, when stress is constant, the strain increases as time increases, which tallies with the theory. 5. Discussion Usefulness of the Plot of lnÏÆ' vs lnÃŽÂ ­ By plotting lnÏÆ' against lnÃŽÂ ­, we can determine the gradient (n) or the stress exponent of the specimen, which correspond to the controlling mechanism of creep under testing conditions. Stress Exponent for Lead The stress exponent indicates the influence of deformation rate on the mechanical strength of the specimen.[7] At low stresses, n equals to 1, which indicates pure diffusion creep. At high stresses, n > 1, indicating other creeping mechanism besides pure diffusion. Factors affecting the stress exponent value The stress exponent for lead in this experiment was found out to be 10.503. And the factors which affects the value is the type of creeping mechanism behind the specimen. Some creeping mechanisms include Coble creep (Grain boundary diffusion) and Dislocation creep/climb (Power law creep).[8] Creep of Metals in Design Consideration The following are some methods to minimize creeping in metals: Employ materials with high Tm Reduce the effect of grain boundaries by using a single crystal with large grains or adding solid solutions to eliminate vacancies[9] Creep is an important consideration for when a component have to support a load at temperatures where Tabs/TM > 0.4.[10] For high temperature, creep is an important consideration in these three areas: Displacement-limited applications such as turbine rotors in jet engines Rupture-limited applications such as high pressure steam pipes Stress Relaxation limited applications such as tightened bolts and suspended cables [11] Viscoelastic Behaviour Materials which exhibits both viscous and elastic property during deformation is known as viscoelasticity.[12] In this experiment, both lead and polypropylene exhibits viscoelasticity to different extend. For lead, the time taken in which the specimen rupture decreases as the stress increases. However, its viscoelasticity is not high hence, its recovery phase is not as significant as polypropylene. Furthermore, the structure of lead is more crystalline than polypropylene, which means it is more brittle and more prone to rupture. For polypropylene, the extension increases as the stress increases. The extension and recovery rate of each load are as follow: Recovery rate is possible on polypropylene specimen because it has higher elasticity due to its amorphous structure. The amorphous structure untangles and lengthens out until it becomes crystalline. Conclusion In conclusion, the results obtained from the experiment is true to theory. Unfortunately, during the creep test for lead, some results are missing due to some human error resulting in an incomplete graph as depicted in Figure 4.2.1. For the creep in lead, load 1.0kg and 1.1kg rupture before 30 minutes. This shows that the heavier the load, the faster the creep rate. At even high temperature, t

The Sonnet Essay -- English Literature

The Sonnet Explore aspects of the sonnet tradition through reference to a range of material you have studied The word ‘sonnet’ comes from the Italian word ‘sonnetto’ meaning little sound or song. A sonnet is a special type of poem. The sonnet is always 14 lines long and usually expresses the poets’ personal feelings or thoughts; most often connected with love or death, which are two of the most basic aspects of human existence. The poem generally uses rhyme and metre to organise the poet’s ideas in a formal way. There are several different types of sonnets which all accomplish this in a slightly different style. The Italian or Petrarchan sonnet was originally developed around 1350 by Petrarch, an Italian poet (1304-1374). Petrarch had fallen madly in love with a woman named Laura, but she was a married woman and refused to become his mistress. Petrarch wrote poetry expressing the idea of courtly love and conveying his own misery and his slavery to the love of Laura; a love denied. His verses contain accusations about the fickleness of love, the timeless quality of art and the hopelessness and devotion of eternal love. The Italian sonnet is divided into two sections by two different groups of rhyming sounds. The first eight lines are called the octave. This has two four line units that rhyme in the same way. A b b a, a b b a. The remaining six lines are called the sestet and can have either two or three rhyming sounds arranged in a variety of ways: cdcdcd, cddcdc, cdecde, cdeced, or cdcedc. The poem is clearly divided into two sections by the two differing rhyme groups. The change from one rhyme group to another signifies a change in subject matter. It can also be said that the octet prese... ... years of pain’ the word ‘long’ is again repeated to emphasize the time he has been away and the suffering he has experienced as a Black in a ‘White’ world. The tightness, compression and discipline of the sonnet form does not disguise but rather emphasises his love for Jamaica and his suffering since he left. In conclusion therefore, the sonnet has developed from its traditional form albeit still retaining some of the aspects Petrarch may have once used centuries beforehand such as an octave/sestet structure. It was originally a formal love ‘song’ with high ideals and a rigid format. Shakespeare transformed it and made the sonnet more accessible and fun for the common man to enjoy. The sonnet has since evolved further and can be used in a wide variety of forms and for an even wider range of subject matter and can be easily read by audiences world-wide.