Nutritional Therapy Assignment Example | Topics and Well Written Essays - 3500 words

Nutritional Therapy - Assignment Example In this assignment, where a dietary assessment would be undertaken of the micronutrients in my diet, and I will list all foods eaten in a three-day period in the second half of the week, where a weekend diet is also included. Although this provides a fair idea about the usual diet, this method has been criticized to be not totally accurate. This is because, the subjects either forget or are not totally truthful. They are also sometimes inclined to say they have eaten certain foods because they know they should have done so. However, in the absence of a more reliable method, this option is worth exploring. In this assignment, the collated data will be analyzed by a computer software programme to determine of the nutrient intake has been appropriate. It will accurately reveal any nutrient deficiencies from this dairy. Rice, white, long-grain, parboiled, enriched, dry; Vegetables, mixed, frozen, cooked, boiled, drained, without salt; Soup, vegetable beef, dry, mix; Chicken, meatless, breaded, fried; Fruit punch drink, frozen concentrate Rice, white, medium-grain, cooked; Vegetables, mixed, frozen, cooked, boiled, drained, without salt; Chicken breast tenders, cooked, microwaved; Soup, chicken broth cubes, dry; Desserts, flan, caramel custard, prepared-from-recipe When these steps are evaluated together, the dietician has the best possible opportunity to make an accurate nutritional assessment. ... Personal Food Diary Day 2 Meal Contents of the Meal Notes Breakfast Cereals, ready-to-eat, ALPEN; Milk, indian buffalo, fluid; Egg, whole, cooked, scrambled; "Apples, canned, sweetened, sliced, drained, unheated Lunch BURGER KING, Chicken WHOPPER Sandwich; Hot Cocoa Mix Rich Chocolate With Marshmallows Dinner Rice, brown, medium-grain, cooked; Potato salad, home-prepared; Beef, corned beef hash, with potato, canned; Vegetarian stew; Desserts, apple crisp, prepared-from-recipe Snacks Candies, NESTLE, AFTER EIGHT Mints Beverages None Food Groups Food Groups Milk and Dairy X X Meats X X Grains X Fruits X X X Vegetables X X X Other X X X Computer Analysis Personal Food Diary Day3 Meal Contents of the Meal Notes Breakfast Bread, wheat; Papaya nectar, canned Lunch Rice, white, medium-grain, cooked; Vegetables, mixed, frozen, cooked, boiled, drained, without salt; Chicken breast tenders, cooked, microwaved; Soup, chicken broth cubes, dry; Desserts, flan, caramel custard, prepared-from-recipe Dinner Rice noodles, cooked; Veal, ground, cooked, broiled; Fish, haddock, smoked; Vegetarian stew; Fruit salad, (pineapple and papaya and banana and guava), tropical, canned, heavy syrup, solids and liquids Snacks Snacks, fruit leather, pieces Beverages Alcoholic beverage, wine, table, white Food Groups Food Groups Milk and Dairy X X X X X Meats X X X Grains X X Fruits X Vegetables X X X Other X X X X Computer Analysis When these steps are evaluated together, the dietician has the best possible opportunity to make an accurate nutritional assessment. This information can then be used by the dietician or the nutritional

Malaysian Airlines corporate strategy Essay Example | Topics and Well Written Essays - 2000 words

Malaysian Airlines corporate strategy - Essay Example The paper tells that facing a tough economic environment, strong rivals and governmental interventions, Malaysian Airlines is facing a situation where it is fighting to remain operational. Low cost operators are developing different capabilities in their operations that are leading to a competitive advantage for them. Industry wide standards are evolving so rapidly that it is becoming difficult for airlines who have massive operational scale to adapt there processes to theses changes in a small period of time. In these times company has to thoroughly scrutinize its business processes to tighten up cost and in effect maintain those margins that allow it to remain competitive in the industry. However, there is a limit to this measure and therefore company has to explore other options. Malaysian Airline has been facing serious threats from the low cost competitors. The competitors are trying to capture the market share of Malaysian by using different low cost strategies. Low cost strate gies allow the organization to create a cost leadership and impose serious competitive challenges for other organizations. In this particular case study, the competitors of Malaysian airline are offering heavily discounted seats in core markets, this in turn allows them to influence demand and set new standards in the market. Apart from this, another competitive action taken by the low cost competitors is of E-ticketing, since it’s a onetime cost which allows the airline to avoid cuts or commissions of different parties, who were involved with booking tickets for example agencies, queues and staff. Another factor which has allowed the competitors to offer services at relatively low cost is the low cost airports. This has tremendously reduced their cost and is one of the reasons for them to offer such low fares. The competitors are able to attain and maintain zero accommodation cost for airline staff. This has become possible because the operations of these competitors are des igned in such a manner that they do not require their cockpit staff to spend a night at a hotel after the flight. The staff comes back home immediately on the next flight. Code sharing has also allowed them to keep their expenses low. Lastly, these competitors have implemented performance linked compensation i.e. these companies have tied their compensation with the performance of the airline employees, giving them an incentive to keep performing exceptionally. Impact of the Actions of Competitors on Malaysian Airline: The strategies and actions implemented by the low cost competitors have some serious impact on the Malaysian airline. The airline has been forced to offer better service standards. Obviously, this measure would require the airline to incur more cost. Low cost airline has set a new benchmark for operations; these latest operations require airlines to cut every ounce of unnecessary cost, thereby squeezing capital expenditure. Low cost competitors due to their smooth ope rations have set fares prices so low that it has caused big airlines with massive operation to explore ways to lower their fares. Due to their massive scale, such airliners are facing difficulty to offer competitive rates. Since low cost operators charge such a low cost on domestic flights, it has put pressure on airlines like Malaysian airline to increase the passenger load on domestic flight in order to keep domestic services operational. Low cost flight carriers are now moving towards countries and regions liken ASEAN, China and India, thereby attacking the most probable markets for big airlines like Malaysian Airlines. Probable Actions for Malaysian Airline: Malaysian Airline has to take several measures and steps in order to overcome the increasing competitive pressure by the low cost competitors. The company can take measures in order to facilitate the process of downscaling unproductive operations for example certain domestic or regional flights. Apart from this the company c an also follow the Airline BTP2 manual

Ultrasound Imaging Systems

Ultrasound Imaging Systems 1.1 INTRODUCTION An ultrasound scans also known as ultrasonography. Ultrasound will form the image by scanning using the high frequency sound waves. This device suitable to evaluate some part inside of the body. In physics, ultrasound is a sound with a frequency humans cannot hear. In diagnostic sonography, the ultrasound is usually between 2 and 18 MHz. (Anon 2012) 2.0 THE ULTRASOUND IMAGING SYSTEM Figure 1 : The principal functional components of an ultrasound imaging system.(Perry Sprawls n.d.) 2.1 TRANSDUCER The ultrasound transducer converts an electrical signal into the ultrasound beam. The signal transmitted into the patient’s body, and then alters the returning echo into an electrical signal for processing and display. It use single-element circular disk to both transmit and receive ultrasound. (Hedrick et al. 2005) 2.1.1 CONSTRUCTION OF TRANSDUCER Crystal of piezoelectric material with electrodes is the main part of the transducer. The electrodes are formed by plating a thin film of gold or silver on the crystal surface. The matching layer is located adjacent to the electrodes. The function is to improve the transfer of energy to and from the patient. All this part of the transducer is placed in an electrically insulating casing. This casing will give structural support. An acoustic insulator is made of rubber or cork it works to prevents the transmission of ultrasound energy into the casing. (Hedrick et al. 2005) 2.1.1.1 PIEZOELECTRIC MATERIALS When we change the transducer it will change the frequency too. A higher frequency transducer that produces a shorter wavelength has a thinner crystal. Normally the material that always almost used in transducer is lead zirconate titanate (PZT). PZT represents a piezoelectric ceramics with various extracts. It will change the properties to equal a particular application. In medical, PZT-5 is used because it has the properties of high electromechanical coupling coefficient, high dielectric constant, and ability to be formed in a particular size and shape. (Hedrick et al. 2005) 2.1.1.2 BACKING MATERIAL The functions of backing material will deliver the maximum amount of energy in the form of heat to the patient. This is will give a continuous output of ultrasound waves from the transducer. The other function is to absorb all the energy except for the one cycle of sound. Meaning’s that one that produced from the front face of the transducer. Backing materials should have acoustic impedance so that maximum energy transfer will occur. Besides that, backing material should have a high absorption coefficient. This is to prevent ultrasonic energy from reentering the crystal. In the backing material, they will use an epoxy resin and tungsten powder combination to damp the ultrasonic pulse. Next, the rear surface of the backing materials is slanted to prevent reflection of sound energy into the crystal. (Hedrick et al. 2005) 2.1.1.3 MATCHING LAYER The matching layer is placed in the transducer on the exit side of the crystal. This material with acoustic impedance is placed between the crystal and the patient. The function of the acoustic impedance to produced ultrasonic energy to be largely reflected at this interface. This creates a long pulse and reduces the beam intensity that enters the patient, which is we did not want it in the ultrasound. The reason why we need the matching layer is to shorten the pulse and the improve energy transfer across the crystal-tissue interface. However, the matching layer must have low-loss properties since high attenuation would stabilize the desired effect of high transmission. (Hedrick et al. 2005) 2.2 PULSE GENERATOR The pulse generator produces the electrical pulses. The size of the electrical pulses can be used to change the intensity and energy of the ultrasound beam. (Perry Sprawls n.d.) 2.3 AMPLIFICATION After the echo is received by the transducer, amplification is used to intensification the size of the electrical pulses. Gain setting will controls the amount of amplification. The time gain compensation function is to alter the increase in relationship to the distance of echo sites inside the body. (Hedrick et al. 2005) 2.4 SCAN GENERATOR Controlling the scanning of the ultrasound beam is done by the scan generator. The way is by control the procedure when electrical pulses are functional to the piezoelectric elements in the transducer. (Perry Sprawls n.d.) 2.5 IMAGE PROCESSOR The digital imageis to produce the chosenforms for display. This includes giving it specific contrast characteristics and reformatting the image. (Perry Sprawls n.d.) 2.6 DISPLAY The digital ultrasound images are observed on the monitor and transmitted to work station. The other part of the ultrasound system is the digital storage device. The function is to store images for later viewing.(Perry Sprawls n.d.) 3.0 THE ULTRASOUND PULSE Figure 3 : The production of the ultrasound pulse. (Perry Sprawls n.d.) 4.0 ULTRASOUND CHARACTERISTIC 4.1 FREQUENCY Frequency is the number of wave cycles passing a given point in a given increase of time. The unit is cycles/ second or hertz. Frequency is the inverse of the period. (Hedrick et al. 2005) Figure 4 : The ultrasound pulse frequency. (Perry Sprawls n.d.) 4.2 VELOCITY Velocity is the rate and direction at which sound propagates through a medium. The average velocity of sound in soft tissue is 1540 m/s. (Hedrick et al. 2005) Figure 5 : The ultrasound of velocity. (Perry Sprawls n.d.) 4.3 WAVELENGTH Wavelength is a physical characteristic of a wave that is the distance for one complete wave cycle. (Hedrick et al. 2005) Figure 6 : The wavelength of the ultrasound. (Perry Sprawls n.d.) 4.4 AMPLITUDE Amplitude used to refer to the particle displacement, particle velocity or acoustic pressure of a sound wave. Amplitude also show the strength of the detected echo or the voltage induced in a crystal by a pressure wave. (Hedrick et al. 2005) 5.0 INTENSITY AND POWER Intensity is a physical parameter that describes the amount of energy flowing through a unit cross-sectional area of a beam each second. This is the rate at which the wave transmits the energy over a small area. The unit of intensity is the watt per square centimeter or joule per second per square centimeter. (Hedrick et al. 2005) Power is a measure of the total energy transmitted summed over the entire cross-sectional area of the beam per unit time. The unit of power is the watt. (Hedrick et al. 2005) 5.1 TEMPORAL CHARACTERISTICS As the transducer emits pulses, it causes large instabilities of intensity in the region through which the pulse move. Each pulse consists of multiple cycles that produce intensity variations within the pulse itself-the maximum intensity, designated temporal peak (TP). Pulse average (PA) will controls the intensity averaged over the duration of a single pulse. Temporal average (TA) will controls the intensity averaged over the longer interval of the pulse repetition period. The TA intensity is related to the PA intensity by the duty factor (DF): TA = DFÃâ€"PA or by the pulse duration (PD) and pulse repetition frequency (PRF):TA =PD Ãâ€" PRF Ãâ€" PA.(Hedrick et al. 2005) 5.2 SPATIAL CHARACTERISTICS The maximum intensity of all measured values within the sound field is designated as the spatial peak (SP). The designation of spatial peak is not well-defined. In some applications it refers to the maximum intensity in a plane perpendicular to the beam axis at a particular distance from the transducer. The maximum intensity throughout the ultrasonic field which usually occurs along the beam axis. The focusing of the transducer is the most important determinant of spatial peak.(Hedrick et al. 2005) 5.3 TEMPORAL/SPATIAL COMBINATION Spatial averaging over the cross-sectional area of the beam for each temporal intensity is also specified. A cutoff point of 0.25 times the SP intensity has been established to the limit area over which the intensity is averaged. These three combinations are possible to happen are I(SATP)-spatial average, temporal peak intensity, I(SAPA)-spatial average, pulse average intensity and I(SATA)-spatial average, temporal average intensity.(Hedrick et al. 2005) 6.0 INTERACTIONS OF ULTRASOUND Figure 7: The interaction within a body of ultrasound (Perry Sprawls n.d.). 6.1 ABSORPTION AND ATTENUATION Absorption is the procedure whereby energy is placed in a medium by converting ultrasonic energy into other energy forms, primarily heat. It is an exponentially decreasing function and is the major factor in the total attenuation of the beam. (Hedrick et al. 2005) Attenuation is the decrease in intensity as a sound beam travels through the medium. Attenuation depends on all the interactions of ultrasound with tissues which include scattering, divergence, and absorption. (Hedrick et al. 2005) Scattering is the rerouting of sound energy resulting from the sound beam striking an interface whose physical dimension is less than one wavelength. It is also called non specular reflection. (Hedrick et al. 2005) 6.2 REFLECTION Reflection is an interaction that results when the sound being redirected into the medium after striking an acoustic interface. The angle of incidence equals the angle of reflection. The intensity of the reflected wave is depends on the composition of the interface. (Hedrick et al. 2005) 6.3 REFRACTION Refraction is a process whereby sound enters one medium from another that will result in a bending or deviation of a sound beam from the predictable straight-line path. Refraction obeys Snell’s law, which is based on the ratio of the velocity of the sound in the respective media. Refraction will make artifacts in the image by the misregistration of structures (Hedrick et al. 2005) 7.0 PULSE DIAMETER AND BEAM WIDTH A low-Q transducer has a short pulse length and a broad bandwidth while a high-Q transducer has a long pulse length and narrow bandwidth. The objectives beam width is to transmit a beam that would be directional with a narrow beam width. An echo is created anyway of the lateral position of the object in the ultrasonic field. The lateral dimension of the object in the image is defined as the same size as the beam width. Multiple small objects equidistant from the transducer are not resolved when encompassed by the beam. Focusing reduces the beam width at specific depth to enhance the spatial mapping of received echoes.(Ding et al. 2014) Sampling is restricted laterally by the width of the beam. Objects located outside the beam do not contribute signals. (Small 1971) 7.1 TRANSDUCER FOCUSSING The focusing transducer made-up with an indented active element exhibits much broader bandwidth and higher sensitivity. To fabricate focusing transducers, we can add a lens and shaping the piezoelectric element. Among the focusing transducer designing methods, the shaping element used in transducers was reported to be much effective for fabricating high sensitivity device. Hard pressing and pressure defection techniques are the usual ways to shape transducer elements. For the flexible composite and polymer materials, the focusing transducer can be easily fabricated using those techniques.(Chen et al. 2013) Figure 8: The width and pulse diameter characteristics of both unfocused and focused transducer. (Perry Sprawls n.d.) 7.2 ADJUSTABLE TRANSMIT FOCUS Transmit focusing happen when the depth of the focal zone is altered by varying the delay times between crystal excitations. (Wright 1997)The scanning of the region of interest is conducted with a depth of focus selected by the operator. After review of the real-time image, a new focal zone may be certain to rescan the same area with dissimilar focusing in the scan plane. The beam is focused to a new depth simply by changing the delay times. The transducers that have the capabilities of this focusing are phased linear arrays. (Kossoff Eng 2000)Electronic phasing of the elements allows variable focusing along the scan line which in turn controls beam width in the plane direction. High resolution images with multiple focal zones throughout the images are also possible using this adjustment delay lines. Multi zone transmit focusing reduces the frame rate, because the data must be composed for all the lines of sight across the array with a set focal zone depth before the lines of sight are repetitive with a different focal zone depth. 7.3 DYNAMIC RECEIVE FOCUS Dynamic focusing is in the receive mode. It does will reduce the effective sampling volume.(Kossoff Eng 2000) Dynamic focusing will operate at all depths. The wave front from the object appears to be in phase for all the crystals resulting in a focused beam from the depth of interest. Beam formation is the delay and sum of strategy. The master synchronizer sends timing messages to the receiver-delay lines to indicate the elapsed time from transmission to reception. The elapsed time determines the delay times for each crystal. The depth for receive focus is always known, and thus receive-delay times are constantly changed to yield continually focused beam at all depths. During acquisition of image data the receive times delays are varied dynamically to sweep the focal zone to each point along the scan line. (Hedrick et al. 2005) 8.0 CONCLUSION In ultrasound, high frequencies provide better quality images, but cannot penetrate through skin and organ deeply. Low frequencies can penetrate deeper, but the image quality is poor. Ultrasound is useful to view part inside of the body. They may also be useful in helping the surgeon when carrying out some types of biopsies. Ultrasound is a one of the safe procedure in imaging department.

How to Surf Essay -- essays research papers

Some would say it's like snowboarding, whereas others would say it's like skateboarding. I, on the other hand, believe surfing is unlike any other sport. Besides it being loads of fun and freeing your mind, it is also a great workout. Problem is, though, many people wonder how to get started and learn what to do. That's where I come in. First, you need to know the safety precautions. You absolutely have to know how to swim and be able to swim well. If this is a problem for you, you can easily contact a nearby gym (like YMCA) for and instructor to teach you how. Another growing issue with surfing is the strong currents and tidal waves. There are ways to predict the safety of the water on that particular day, but for now, just ask the nearest lifeguard on duty. Now that you know you are in no major harm, it is time to find the specifications on how you will surf. Stand up straight and point one of your arms to the sky. This is how long your board should be when you first start learning how to surf. As you get better, you may use shorter boards, which makes the ride a lot faster and thrilling. Next, you will test what stance you will acquire while on the board. To do this, lay your board flat on the sand, then position yourself face down on top of the board. Quickly jump up, and whichever foot is placed in front will be the same foot you lead with when you surf! If you lead with your left foot, you ride "regular," but if you rest your right foot ahead, you ride "...

Gandhi Concept of Development

GANDHI’S WAY Decentralization According to Gandhi, modern civilization was responsible for impoverishing the Indian villages, which occupied a pivotal position in the Indian situation. Gandhi has always been a critic of the centralization of economic and political power. Large scale production inevitably led to concentration of economic and political power. Labor and material, production and distribution became the monopoly of the few rich. Such a concentration of economic power resulted in corresponding centralization of political power.Aldous Huxley, in his  Science,  Liberty  and  Peace, drew attention to this universal tendency of modern technology: â€Å"The centralizing of industrial capacity in big, mass-producing factories has resulted in the centralization of a large part of the population in cities and the reduction of ever-increasing numbers of individuals to complete dependence upon a few private capitalists and their managers, or upon the public capitalis t, the state, represented by politicians and working through civil servants.So far as liberty is concerned, there is little to choose between the two types of bosses. â€Å"14   One of the recurring themes in the writings and pronouncements of Gandhi is this centralizing tendency of technology: â€Å"I want the concentration of wealth, not in the hands of few but in the hands of all. Today machinery merely helps a few to ride on the backs of millions. â€Å"15  Again he said, â€Å"What is industrialism but a control of the majority by the small minority? â€Å"16   The solution to the problem of centralization consists in decentralization of political and economic power.Small-scale, manageable techniques, capable of being handled by individual producers, the co-operatives in the villages or the region should be given priority and promoted on a mass scale for the benefit of the masses. Gandhi, though judged wrongly by many, was not advocating a return to medieval techniqu es. He vehemently opposed the indiscriminate multiplication of large-scale industries which obstructed village development. He wanted technological research to be village-oriented, perfecting the cottage and village industries. When every village should be able to own its own technology, economic power will be diffused and the illage will emerge in the Gandhian scheme as the nucleus of social life. Decentralization of economic power will result in the decentralization of political power. Modern technology will no more be in a position to exploit the village. A proper balance between agriculture and industry will be established and, in due course, the village will exert a transformative influence. Production will be regulated by the needs of the village. Pyarelal has very lucidly described this relationship: Agriculture in this set-up will go hand in hand with industry.Such products of the village, as they enter into the daily consumption of the villagers or as they are needed for th eir cottage crafts, will be processed in the village itself; the surplus alone being sent out to the cities in exchange for services and goods on a fair and equitable basis. Cities will serve as emporia for village products instead of the villages being used as a dumping ground for the manufactured goods of the cities. Machines will not be abolished. On the contrary, the people will have many more of them. But these machines will be simple machines which the people can themselves operate and own individually or collectively. 7 This relationship between agriculture and industry, village and city, will stop exploitation and bring self-sufficiency. For him it was imperative that sufficiency should start from below, i. e. , from the village and then upward to the regional level. In Gandhi’s own words: My idea of village  Swaraj  is that it is a complete republic, independent of its neighbors for its own vital wants, and yet interdependent for many others which dependence is a necessity. Thus, every village’s first concern will be to grow its own food and cotton for its cloth. It should have a reserve for its cattle.Then, if there is more land available, it will grow useful money crops, thus excluding ganja, tobacco, opium and the like. 18 His village is self-sufficient in vital wants, but interdependent in many other spheres. Interdependence, while maintaining the independence of the village, is the keynote of Gandhi’s approach to village life. Society: Not a Pyramid, but an Oceanic Circle Gandhi described the organization of the society in the form of an ‘oceanic circle’. In this structure composed of innumerable villages, there will be ever-widening but never-ascending circles.Life will not be a pyramid with the apex sustained by the bottom. But it will be an oceanic circle whose center will be the individual always ready to perish for the village, the latter ready to perish for the circle of villages, till at last the whole becomes one life composed of individuals, never aggressive but ever humble, sharing the majesty of the oceanic circle of which they are integral units. Therefore, the outmost circumference will not wield power to crush the inner circle, but will give strength to all within and derive its own strength from it. 19He believed that all power resided in the people and that it should also originate from the people. The dynamo of power in a country like India should be the village. The village was to be a knot in a system of oceanic circles in which the remotest circle derived its strength from the center, i. e. , the individual. This would mean that sovereignty was not to remain concentrated at any one level. It was to be diffused among units rising horizontally till they reached the national level. In terms of political science, the residuary power remained with the village and the center was there to co-ordinate the work.Gandhi believed in Thoreau’s saying, â€Å"that governmen t is the best which governs the least. â€Å"20 Charkha (Spinning-Wheel): Hope of Rural Masses The message of the spinning-wheel is to â€Å"replace the spirit of exploitation by the spirit of service. The dominant note in the West is the note of exploitation. I have no desire that our country should copy that spirit or that note. â€Å"21   Gandhi again maintains: â€Å"I do feel that it [Charkha] has a message for the U. S. A. and the whole world. But it cannot be until India has demonstrated to the world that it has made the spinning-wheel its own, which it has not done today.The fault is not of the wheel. I have not the slightest doubt that the saving of India and of the world lies in the wheel. If India becomes the slave of the machine, then, I say, heaven save the world. â€Å"22   Hence, the message of the spinning-wheel is â€Å"much wider than its circumference. Its message is one of simplicity, service of mankind, living so as not to hurt others, creating an indi ssoluble bond between the rich and the poor, capital and labor, the prince and the peasant. That larger message is naturally for all. 23   Gandhi felt convinced that â€Å"the revival of hand-spinning and hand-weaving would make the largest contribution to the economic and the moral regeneration of India. The millions must have a simple industry to supplement agriculture. Spinning was the cottage industry years ago, and if the millions are to be saved from starvation, they must be enabled to introduce spinning in their homes, and every village must repossess its own weaver. â€Å"24  He wanted to make the spinning-wheel the center of all handicrafts. The spinning-wheel was a symbol of hope to the masses.The masses lost their freedom, such as it was, with the loss of the  charkha. The  charkhasupplemented the agriculture of the villagers and gave it dignity. It was the friend and solace of the widow. It kept the villagers from idleness. For the  charkhaincluded all the an terior and posterior industries B ginning, carding, wrapping, sizing, dyeing and weaving. These in their turn kept the village carpenter and blacksmith busy. The  charkha  enabled the seven hundred thousand villages to become self-contained. With the exit of the  charkha  went the other village industries, such as the oil press.Nothing took the place of these industries. Therefore, the villages were drained of their varied occupations and their creative talent which brought them meager income to supplement their limited source of income. Hence, it was suggested that the revival of  charkha  would result in making the villages economically self-sufficient. Gandhi had no doubt in his mind that the wheel could serve as the instrument of earning one’s livelihood and, at the same time, enable the worker to render useful service to his neighbors. In order to ply the wheel intelligently, he should know all the processes that precede and succeed spinning.This conviction d awned upon Gandhi even before he came to India, that the revival of hand-spinning alone could restore India to its pristine glory. He compared the spinning-wheel to the sun around which the solar system of the village economy revolved. It provided the golden bridge between the rich and the poor. Swadeshi: Antidote to Modernization Gandhi said that  Swadeshi  would mean that one should not serve one’s distant neighbor at the expense of the nearest. It is never vindictive or punitive. It is in no sense narrow, because it buys from every part of the world what is needed for our growth.We must refuse to buy from anyone anything, however nice or beautiful, if it interferes with our growth. Gandhi bought useful and thought provoking literature from every part of the world. One could buy surgical instruments from England, pins and pencils from Austria and watches from Switzerland. But one should not buy an inch of the finest cotton fabric from England or Japan or any other part of the world, because it could be easily made in India and to buy it from elsewhere would hurt the sentiments of those who work for their livelihood.Hence, Gandhi held it to be sinful for anyone to refuse to buy the cloth spun and woven by the needy millions of India’s paupers and to buy foreign cloth, although it may be superior in quality to the Indian hand-spun. â€Å"My  Swadeshi, therefore, chiefly centers round the hand  Khaddar  and extends to everything that can be and is produced in India. â€Å"25 Soul-Force: The Secret of Success Gandhi wanted to popularize the use of soul-force, which is but another name for the force of love, in place of brute-force. â€Å"Having flung aside the sword, there is nothing except the cup of love which I can offer to those who oppose me.It is by offering that cup that I expect to draw them close to me. I cannot think of permanent enmity between man and man, and believing as I do in the theory of rebirth, I live in the hope th at, if not in this birth, in some other birth, I shall be able to hug all humanity in friendly embrace. â€Å"26   Chapter 17, the most important chapter in the whole book of  Hind Swaraj  starts with the question whether there is any historical evidence of â€Å"any nation having risen through soul-force. â€Å"27  According to Gandhi, Tulsidas is a better guide here than are the Indian princes.Tulsidas and such other Acharyas taught that  daya(compassion) is the true ultimate basis of  Dharma  (duty) and, therefore, also of the  Dharma  that should govern the  Praja  (the ordinary people). However widespread the use of brute-force may have been in history, it is no reason to doubt the validity of the counter thesis. If the story of the universe had commenced with wars, not a man would have been found alive today. . . . Therefore, the greatest and the most unimpeachable evidence of the success of this force is to be found in the fact that, in spite of the w ars of the world, it still lives on. . . Hundreds of nations live in peace. . . . History is really a record of every interruption of the even working of the force of love or the soul. 28 Gandhi believed that Indian civilization had the potential to give to the world a way to achieve freedom without bloodshed and violence. To achieve this we have to develop the right relationship between  daya  (compassion) and national interest. The error of modern nationalism had been to take for granted that national interest divorced from  daya  is the ultimate principle of national conduct.He sees the distinct possibility of the national elite B the doctors, the lawyers, and the modern professional class taken as a whole B acting in their own interest, and exploiting, deceiving and oppressing the people at large in the name of the nation. They would be able to act in the interest of the  Praja  only if their nationalism is founded on the principle of  daya. For this one has to und ergo a process of inner liberation  (chhutkara). Gandhi shows how one can achieve this inner liberation. He now identifies the nation with the elite who are eager to have Home Rule.He insists that the elite have to undergo genuine moral transformation. For this they have to be imbued with a deep sense of real nationalism which is different from what the modern nationalism depicts. He wants them to be imbued with real love and to experience the soul-force within themselves. Only those who have undergone such interior transformation can speak to the English without fear or hatred. Only such transformed Indian nationals can really understand the threat posed by modern civilization and the promise held by Indian civilization. Swaraj: An Eternal Quest and Perennial ChallengeOne has to understand the true meaning of  Swaraj. In the first place,  Swaraj  is a mental condition of: (i) inner liberation from the temptations of greed and power offered by modern civilization, (ii) freed om from hatred towards the national ‘enemy,’ the British, and (iii) active love for the Indian  Praja, a love that can conquer the temptations of greed and power. Secondly,  Swaraj  is an external condition of: (i) political independence from alien domination, and (ii) life-long dedication to the task of improving the material conditions of poverty and caste oppression of the Indian  Praja.In concrete terms,  Swaraj  requires one to take a stand on brute-force and soul-force. â€Å"If there be only one such Indian,† Gandhi affirms, â€Å"the English will have to listen to him. â€Å"29   Attaining national liberation is not so much a matter of getting rid of the British as getting rid of the fascination for modern civilization which teaches the Indian elite to exploit and oppress the Indian  Praja  and establish their superiority.We have to liberate ourselves from the evils of modern civilization and fill our hearts with  daya,satya  (trut h) and  ahimsa  (non-violence). Only then would we become morally fit to deal both with the British and with the Indian people. Unless and until we are healed of the chronic sickness of imitating the West, ignoring our own age old tradition and cultural heritage, we will not be able to face any one else.

Interpersonal Communication Theories Essay

Identify Three Concepts from Any of the Interpersonal Communication Theories Interpersonal communication is as important as life itself for most of the people on this planet. Humans are social creatures, mostly, and the ways of communication are very important for building a healthy society through the construction of relationships between individuals. There are numerous theories of interpersonal communication that explain the process of building and supporting relationships with people around. The theory of Symbolic Interaction is one of such (Nelson). It has the following idea as base: people form some meaning and structure of everything around in a society using interactions. Then, people act according to the meanings they give to other people, events, things, etc. Moreover, the theory presupposes that the entire world is made of such social objects, named and determined by a society beforehand (Nelson). The theory has the following main concepts: society, self, and mind. Society. The basic social acts (the ones that create meaning only) must involve some kind of initial gesture from a person. Then, this act must receive some kind of response to this gesture from another person. Finally, some kind of result appears (Nelson). Life of any person is full of such moments, especially in childhood and youth. It is so because when a person learns new concepts and models of behavior, learning the life, this individual does something and then has to see the response to this action and only then this person will know what kind of act it is. The simplest example is smoking. Being a child, I was not aware that smoking is bad because I did not know about it. Then, at school, kids have been told that smoking is bad. However, children are maximalists, usually. We all have tried smoking and then it was considered as cool thing s because other kids gave the response that it was cool. Then, parents explained why it was bad and the problem was solved. Self. Understanding oneself is conditioned and shaped by interactions with others and the way they percept this person (Nelson). Most of people are worried about what others would say about them. Thus, self is usually defined based on the opinions of others regarding the personality of each individual. The best example is as follows: I came to study in a new school. The way I looked and acted from the beginning made the kids around me consider me as a normal, cool person. Therefore, my self image was shaped and supported by their attitude. Mind. People see how objects can be defined according to their understanding of how it is possible to react to them. Thus, people are able to think using significant symbols in order to respond to oneself (Nelson). In other words, people give objects meaning through symbolic thinking. As the example, the following case can be provided: when I was little, it was necessary to learn how to write. While I was not good at it, the pen and paper were my enemies and I did not like to do this exercise. However, after a series of attempts something started to come out. Thus, I gave these objects other meaning. It all happened because I reacted differently to these objects within some period giving them symbolic meaning. Symbolic thinking is the base of our perception of the world. Works Cited Nelson, L. D. Herbert Blumer’s Symbolic Interactionism. 1998. Web. 26 January 2012 .