Adapting Communication for Age of Pupils Essay Example for Free

Adapting Communication for Age of Pupils Essay When working with children each age group requires a different level of support and also a best way to communicate, communication doesn’t just change on the age of the child but also the child themselves. When working with children in the foundation stage F-1 it is appropriate to speak to children n there level whenever possible this helps the child to feel more comfortable as they haven’t got someone towering over them, also for the adult it helps them to hear the child correctly as younger children are likely to not be as loudly spoken and may lack in confidence. Also another non verbal communication in this age is to use lots of facial expression as children will pick up the meaning of a word or what context it is meant in by facial expression as well as tone of voice. Younger children also benefit from the use of actions to go with words such as having a hand action for hello waving etc. this makes language more remember able to them and easier for them to use. The verbal communication for this age needs to be simple, using words which the child will understand both the meaning of the word and the context it is meant in for example clear instructions are helpful such as â€Å" go and get your coats on, its cold today, they need to be done up, and then line up please† a opposed to â€Å" coats on† the children will not know to do up or line up. Clear tone of voice I also needed and children quickly respond to this if a member of staff has a calm happy tone of voice and changes to a stern tone the pupils are likely to recognise she is upset about something as her tone of voice has dramatically changed. Where as if a member of staff always had a flat tone of voice which doesn’t change children are likely to be less aware or able to pick up on the contexts things are meant as they are unable to relate to the changing of tone. See more:  Mark Twains Humorous Satire in Running for Governor Essay In KS-1 pupils have much better language skills and can use more complex words, Verbally I can use more complex words such as time words, and more complex description words when communicating with them light humour is also appropriate as they will be able to understand it. In KS-1 pupils are likely to find it a little unnerving If I were to always speak to them on their level as they are older and may see this as been spoken to like a baby, however eye contact is still important when speaking to them. Hand actions will no longer be needed at this stage, also facial expression is still important but needn’t be as exadrated. As children get older depending on their development they are likely to be able to communicate on a more adult level, exploring language and understanding its context and meaning, using humour and asking questions if unsure of how something is meant. The context of the communication. How I communicate with the CYPs in the settiing will be adapted also to the context in which I am talking for example when in the classroom working with a pupil on a task I will speak in a calm relaxed tone of voice, encouraging them while they do the task, if a pupil had been struggling I may change my tone of voice to a more enthusiastic pitch recognising their achievements. When in a classroom and a pupil might talk whilst the teacher is talking either to myself or another pupil usually saying their name in a stern tone and unsmiling face is enough to get them to correct their behaviour. Whilst in the playground speaking to a pupil on a social subject I can relax use light humour, be interested in what they are saying without asking inappropriate questions. I can use hand gestures and have a more relaxed pose. Communication differences. Pupils depending on their individual needs, preferences may need different communication from their peers for example is a pupil is quiet shy and quietly spoken they may feel more comfortable with the adult to speaking to them in a calm quiet manner whereas a adult being load and confident may make them feel very nervous etc. Pupils who have SEN. may need communication to be different to suit their needs for example if they have additional learning needs they may have difficulty understanding language as well as there peers and need simple language with actions and facial expressions to help them. Pupils with sight difficulties may need more physical communication such as leading around the room by hand or being allowed to explore activity’s by touch. Pupils with a hearing difficulties may benefit from visual aids around the classroom such as school rules such as no running. They may also need adults to repeat things to them if they are unsure and also for adults to always face them when talking to them to enable them to lip read, and speak in a clear load voice. TDA 3.1( 2.3) The differences between communicating with adults, children and young people. The way I communicate with adults and pupils varies depending on the context, however in a professional situation a lot of the communication is the same such as using a calm happy tone of voice, good eye contact and open body language. Some things which are different which may be appropriate for a child but not for a adult such as using a stern tone of voice to discipline a child, wouldn’t be suitable for use on a adult as they are adults and this would cause conflict as it isn’t my place to get them to correct their behaviour, Adults don’t need me to speak to them on their level although in some situations this may be useful for example in a noisy pace to bend down to talk to another adult who is seated. Depending on the age of the child humour used may not be appropriate although as with children as any humour used is likely to be hear by children it will remain light and clear so no one misunderstands its context and also humour must never hurt someone else’s feelings. Hand actions and exadirated facial expressions aren’t needed with adults as they might be benifitual to communicating with children. How to adapt my communication with adults to meet adults individual communication needs. Adults within the setting like children too will have their own needs, preferences when communicating Also their communication preferences may change depending on the situation/ environment they are in for example if a member of staff is outside in a busy playground supervising, they have to supervise the pupils so are unlikely to maintain full eye contact which in some situations may be seen as having bad communication however in this situation the child is paramount and they are putt ing the child’s safety first. Also in a noisy environment they are likely to need me to speak louder and clearly. In a situation where the member of staff may be doing some written work I will approach them quietly so not to disturb them as the written word may be important. Adults may also have a disability or need such as a hearing impairment which will mean I will need to make sure my face is visible when talking to them so that they can lip read, also I would never talk to them across the room but make sure I am stood in front of them when communicating with them, I will also speak in a clear load voice. Managing disagreements with CYP. If I were to become in a situation where myself and a child came into a disagreement I would firstly make sure the child has understood something I said probably by repeating myself and use simpler words. It may be that I may have misunderstood the meaning of something a child said so to confirm I will ask questions to make sure I am clear on the context they meant It in. It may be a achedemic disagreement for example a child telling me they have already read a certain book, I would refer to their home/ school book to check as all books children read are written down. Most disagreements via myself and a child can easily be resolved either by clarifying meaning, they might not have meant what they said in that manner , or if its about their school work I can check with the teacher or through any written records the school has that are relevant. In my setting I will have to maintain professional communication even if I disagree or experience any conflict with another adult. I would keep this unobvious to the pupils within the room instead dealing with the issue outside of the classroom at a appropriate time i.e. in the staffroom at a designated break time. I feel that in most instances I would be able to solve the issue with a verbal open conversation with the other adult explaining to them what I am unhappy about and why. However if the incidence was serious where the other member of staff showed a misconduct of practise i.e. racism poor health and safety etc. I may feel it appropriate to consult the head teacher of what has happen/what I have witnessed. I will refrain from criticizing the member of staff myself. In a more serious event I may be asked to write down what I have encountered if the head teacher needs to seek advice take the incident to the school governors or local authority. TDA 3.1 (3.2) An explanation of the importance of reassuring CYP and adults of the confidentiality of shared information and the limits of this. As part of safeguarding I in some cases am required to break any confidentiality if the information may mean a child is in potential harm or at risk from harm. Any disclosures from children concerning adults both within and outside of the school setting have to be reported to help risk to be assessed and prevented. In the case of adults it may be they a adult has concerns over another adults practise maybe due to a action taken by the adult , their mental health at a certain time or something a child has informed them off. When hearing any concerning information I will always firstly reassure the information giver that they have done the correct thing, I will them tell them that I cannot keep it to myself but will have to tell a appropriate person however it wont be told to anyone just the people who need to know. It is important that I tell them this so they don’t think of me a misusing their trust, or doing something to upset them, they need to know that the children’s safety comes first and any information that is passed on is done so only to protect them and only the relevant people will be told about it.

Effects of Ethical Conflicts in Business

Effects of Ethical Conflicts in Business Ethical Relativism or Imperialism: The Effects of Ethical Conflicts on Top Manager Behavior under Host Country Context and International Joint Venture Performance. Defined by Shenkar Zeira (1987); Ren et.al (2009), international joint ventures (IJVs) are jointly owned organizational entities by two or more legally distinct organizations, in which the headquarters of at least one is located outside the country of operation of the entity. Alliance literature suggests that the ability to bridge cultural differences is often found important to the success of IJVs and the lack of such ability is a major contributor to failure (Yan Luo, 2016). Among various dimensions of cultural differences, cross-cultural ethical conflicts have a great influence when two firms from different countries manage an IJV together, because what is considered an unacceptable practice in a Western context because core principles would be violated, may be acceptable in another because those core principles would not be violated e.g. monetary gift giving (Irwin, 2012). So, how do top managers representing partners in an IJV reconcile these ethical conflicts under certain b oundary conditions, and how does this type of reconciliation influence strategic decision-making and eventually affect IJV performance? Prior research has shown that the cultural differences between alliance partners play a pivotal role in affecting alliance performance (Boyd Webb, 2008). Culture differences between joint venture partners have usually been considered a major factor that might influence venture failure or unsatisfactory performance (Cartwright Cooper, 1993). Among various forms of alliance, IJVs are particularly susceptible to damage by cultural differences because top managers representing different cultures must work in concert to achieve mutual goals in IJVs, and the strength and success of an IJV rest on the interactions of its people (Yan Luo, 2016). Previous research has focused on cultural differences in strategic alliance from national and organizational levels (Sirmon Lane, 2004). E.g. Homburg Pflesser (2000) argue that there are various dimensions to any alliance partners organizational culture including shared values, norms and artifacts. Besides looking at analyses of national and organization levels, a few research has explored how individual level factors affect IJV performance. For example, Leung et al., (2013) argue that top management trust influences IJV performance. Yet the impact of ethical conflicts at individual level under certain boundary conditions on IJV performance remains largely undeveloped.   Do top managers representing partners in IJVs show different patterns of behavior in different countries? How do ethical conflicts affect the decision-making behavior of top managers and in turn influence IJV performance? Considering the important managerial implications, the author addresses these questions by drawing on ethical relativism theory. According to conventional ethical relativism, what is right for you as an individual depends upon what your culture thinks is right for you (Beebe, 2003). Therefore, the author contends that among top managers who hold higher standards of ethics, ethical relat ivism will be triggered under lax host country regulations, which means the managers will compromise to fit in host business context which might facilitate IJV performance. Reversely, ethical imperialism will be triggered in response to more stringent host country regulations, which means the managers will maintain high standards of ethics to avoid breach of regulations which might damage IJV performance. In this article, I strive to explore the dynamic relationship of individual level reaction of decision-making, which is elicited by ethical conflicts under host country regulations and the impact on IJV performance. By providing theoretical and practical insights, I propose that the association between cross-cultural ethical conflicts and top manager ethical relativism/imperialism is moderated by host country regulations, and the reaction of top manager decision-making will in turn influence IJV performance. I test my hypotheses by conducting a survey on top managers and their direct staff working for IJVs, formed by Sino-US firms which operate either in China or in the U.S. The contribution of this research is twofold. First, the present research contributes to the knowledge of culture differences and alliance literature at the individual level by revealing that ethical conflicts affect top manager behavior in IJVs under certain boundary conditions. Second, the present research contributes to the managerial practices considering that ethical conflicts elicit the altering of strategic decision-making of IJV top managers towards ethical relativism or ethical imperialism contingent upon how lax or stringent host country regulations are. The managerial implications of the results will help top management team members better understand the impact of ethical conflicts and the possible options when forming and managing IJVs under certain business contexts. References       Boyd, D. E. and K. L. Webb (2008). Interorganizational ethical conflict within alliances: A conceptual framework and research propositions. Journal of Business-to-Business Marketing 15(1): 1-24. Cartwright, S. and C. L. Cooper (1993). The role of culture compatibility in successful organizational marriage. The Academy of Management Executive 7(2): 57-70. Homburg, C. and C. Pflesser (2000). A multiple-layer model of market-oriented organizational culture: Measurement issues and performance outcomes. Journal of marketing research 37(4): 449-462. Irwin, J. (2012). Doing business in China: An overview of ethical aspects. UK: Institute of Business Ethics. James R. Beebe. Ethical Relativism. University at Buffalo, Copyright 2003. Pothukuchi, V., et al. (2002). National and organizational culture differences and international joint venture performance. Journal of International Business Studies 33(2): 243-265. Ren, H., et al. (2009). Performance of international joint ventures: what factors really make a difference and how? Journal of Management 35(3): 805-832. Shenkar, O. and Y. Zeira (1987). International joint ventures: Implications for organisation development. Personnel Review 16(1): 30-37. Sirmon, D. G. and P. J. Lane (2004). A model of cultural differences and international alliance performance. Journal of International Business Studies 35(4): 306-319. Yan, A. and Y. Luo (2016). International joint ventures: Theory and practice, Routledge. Wai On, L., et al. (2013). Top management team trust, behavioral integration and the performance of international joint ventures. Journal of Asia Business Studies 7(2): 99-122.

Laboratorio de Metalurgia Física

Laboratorio de Metalurgia Fà ­sica 5.1.3 Practicas en el Laboratorio de Metalurgia Fà ­sica Preparacià ³n Metalografà ­a de Muestras  · OBJETIVO Iniciar al estudiante en la preparacià ³n metalografà ­a de muestras y anà ¡lisis de las mismas.  · INTRODUCCIÓN TEÓRICA: Bajo el nombre de metalografà ­a se engloban toda una serie de tà ©cnicas y conocimientos cientà ­ficos cuyo fin à ºltimo es la observacià ³n tanto macroscà ³pica como microscà ³pica de las caracterà ­sticas estructurales de los metales y aleaciones. La presente prà ¡ctica de laboratorio se basa exclusivamente en la preparacià ³n de muestras (llamadas probetas) para la observacià ³n microscà ³pica de materiales metà ¡licos, a travà ©s del uso del microscopio à ³ptico metalogrà ¡fico (MO).  · La preparacià ³n metalogrà ¡fica Involucra una serie de pasos para obtener una probeta con una superficie perfectamente plana y libre de rayas al observarse bajo el microscopio à ³ptico. Primero se comienza seleccionando una muestra adecuada, cortà ¡ndola para llevarla a un tamaà ±o conveniente y de ser necesario se embute en una resina polimà ©rica o se monta en un sujetador mecà ¡nico para facilitar su manipulacià ³n. Posterior a esto, la superficie debe esmerilarse y lijarse hasta lograr la planaridad y luego pulirse con ayuda de discos rotativos cubiertos de fieltro impregnados de una suspensià ³n abrasiva, para eliminar las marcas del esmerilado. El pulido, provee en la mayorà ­a de los casos una superficie brillante tipo espejo. La observacià ³n al microscopio de muestras no-metà ¡licas, sean materiales cerà ¡micos o materiales compuestos sigue (por lo general) las mismas etapas del proceso de preparacià ³n de muestras metà ¡licas, aunque frecuentemente se requieren de instrumentos de corte y abrasivos de mayor dureza. Las tà ©cnicas y conocimientos para la preparacià ³n de este tipo de muestras se engloban en el tà ©rmino petrografà ­a.  · DESARROLLO EXPERIMENTAL: Materiales y Equipos †¢ Muestras metà ¡licas †¢ Cortadoras de disco. †¢ Esmeril de Cinta. †¢ Papeles de lija. †¢ Pulidoras Rotativas. †¢ Microscopio Óptico. †¢ Dispositivo de captura de imà ¡genes. †¢ Alcohol. †¢ Algodà ³n y recipiente para guardar las probetas  · DESBASTE GRUESO. †¢ Esmerile, en la esmeriladora de cinta, la superficie de la muestra hasta obtener una superficie plana, cuidando de mantener un flujo constante de refrigerante. †¢ Una vez que la superficie a observar està © totalmente plana, lave la muestra con abundante agua. Limpie el equipo. No deje residuos de refrigerante en los alrededores.  · DESBASTE FINO v Comenzando por el papel esmeril de menor nà ºmero, desbaste la muestra movià ©ndola sobre el papel abrasivo en una misma direccià ³n, de manera recà ­proca. La direccià ³n del movimiento debe ser perpendicular a las huellas del desbaste grueso. El proceso culmina al deben desaparecer las huellas del desgaste grueso por la abrasià ³n efectuada, o equivalentemente, cuando toda la superficie de la probeta està © cubierta por rayas paralelas a la direccià ³n de movimiento. v Lave muy bien su muestra con agua y colà ³quela, sobre el siguiente papel de esmeril, de manera tal que las rayas anteriores sean perpendiculares a las nuevas rayas. Repita el paso anterior, hasta que està ©n borradas la totalidad de las rayas generadas en el paso anterior. Puede ir chequeando con regularidad la desaparicià ³n de las rayas observando al microscopio la superficie de la muestra. Asegà ºrese de secar muy bien la muestra antes de colocarla en el microscopio, para ello enjuà ¡guela con alcohol Repita el paso anterior hasta llegar al papel esmeril de menor nà ºmero. v Al finalizar, lave muy bien la probeta, con abundante agua y sus manos con agua y jabà ³n. Limpie con un paà ±o la mesa de lijas, asegà ºrese de no dejar charcos de agua luego de finalizado su trabajo.  · PULIDO Este es uno de los pasos mà ¡s crà ­ticos de la preparacià ³n metalogrà ¡fica, por lo tanto antes de comenzar, lave muy bien con abundante agua el paà ±o que va a utilizar, para evitar la presencia de restos de metal o abrasivos que puedan estropear su proceso de pulido. v Agregue una pequeà ±a cantidad del abrasivo de tamaà ±o de partà ­cula mà ¡s grueso (suspensià ³n de alà ºmina de 1 micrà ³n, generalmente) al paà ±o de pulido y gradà ºe el grifo hasta tener un goteo de agua constante. v Coloque la muestra sostenià ©ndola firmemente sobre el disco rotatorio ejerciendo una presià ³n moderada, para asegurar un pulido parejo y evitar que la probeta sea proyectada por el movimiento del disco. v La probeta debe moverse suavemente desde la periferia hacia el centro del paà ±o y viceversa. Tambià ©n puede girarse en sentido contrario al movimiento del disco. La tà ©cnica y destreza para efectuar el pulido dependerà ¡ en gran parte de la muestra en estudio. v Pida la opinià ³n de su instructor y de ser necesario (la mayorà ­a de las veces lo es) pase a otro paà ±o y continà ºe el pulido con abrasivo de tamaà ±o de partà ­cula mà ¡s fino (suspensià ³n de alà ºmina de 0,3 micrones, generalmente) o con algà ºn otro tipo de abrasivo, esto dependerà ¡ de la muestra que usted està © preparando. v Una vez que su muestra haya alcanzado una superficie plana tipo espejo, là ¡vela con abundante agua, rocà ­ela con alcohol, evitando la presencia de rastro alguno de humedad que pueda crear confusià ³n al momento del anà ¡lisis microscà ³pico. Una vez mà ¡s colabore con el mantenimiento del laboratorio y limpie, con un trapo, todo resto de agua y de suspensià ³n abrasiva que su trabajo haya podido dejar. v Observe su muestra pulida al microscopio, esta observacià ³n, dependiendo de la aleacià ³n, puede ser de significativa importancia a la hora de observar ciertos aspectos microestructurales, tales como ciertas fases e inclusiones, asà ­ como otros defectos propios del material (grietas y porosidades) e inclusive defectos generados en la etapa de pulido (colas de cometa y rayas). PRACTICA NO. 12 Ataque quà ­mico y microscà ³pica à ³ptica.  · OBJETIVOS †¢ Introducir al estudiante en la tà ©cnica del ataque quà ­mico como herramienta para revelar la microestructura de probetas preparadas metalogrà ¡ficamente. †¢ Conocer las partes constituyentes, usos y cuidados del Microscopio Óptico (MO)  · INTRODUCCIÓN TEÓRICA: Sin duda, desde el punto de vista cientà ­fico-tà ©cnico, el aliado mà ¡s importante del ingeniero de materiales es el microscopio, debido a que gracias a à ©l, se puede observar la microestructura, responsable directa del comportamiento mecà ¡nico y fisicoquà ­mico de los materiales. El microscopio utilizado para el anà ¡lisis microestructural de materiales se denomina microscopio à ³ptico metalogrà ¡fico (MO), el cual difiere de los microscopios comunes, en que funciona con luz reflejada sobre la muestra y no con luz transmitida a travà ©s de à ©sta. Luego del pulido, la microestructura del material se ve ocultada por una pequeà ±a capa de metal distorsionado y plà ¡sticamente deformado, que puede ser disuelto a travà ©s del uso de diversas sustancias quà ­micas, denominadas reactivos, las cuales actà ºan generando un proceso de corrosià ³n selectiva que permite, dependiendo del caso, hacer visibles aspectos microestructurales tales como los là ­mites de grano y las diferentes fases que conforman una aleacià ³n.  · PREPARACIÓN PREVIA: Antes de realizar la prà ¡ctica el estudiante debe indagar sobre los siguientes aspectos relacionados con el desarrollo de la misma: v Teorà ­a del ataque quà ­mico y reactivos quà ­micos mà ¡s usuales para el ataque de aleaciones ferrosas y no ferrosas. v Toxicidad y manejo de los reactivos indagados. v Teorà ­a del funcionamiento del microscopio metalogrà ¡fico y sus diferencias con el microscopio biolà ³gico. v Usos, partes constituyentes y cuidados del microscopio metalogrà ¡fico. Se recomienda ademà ¡s que el estudiante venga al momento de la prà ¡ctica preparado con suficiente algodà ³n para preservar su probeta, asà ­ como tambià ©n con un recipiente apropiado para resguardarla. Deberà ¡ tambià ©n procurarse un par de guantes de là ¡tex, de tipo cirujano, para las labores de ataque quà ­mico.  · DESARROLLO EXPERIMENTAL: Materiales y Equipos: †¢ Muestra (s) metà ¡lica (s) pulida (s). †¢ Reactivos quà ­micos. †¢ Pinzas para sujecià ³n de probetas. †¢ Guantes de Là ¡tex. †¢ Microscopio Óptico. †¢ Alcohol. †¢ Algodà ³n y recipiente para guardar las probetas.  · Procedimiento Experimental: . Ataque quà ­mico de la superficie pulida y observacià ³n al microscopio. Este es otro de los aspectos crà ­ticos de la preparacià ³n metalogrà ¡fica, y el que quizà ¡ requiere de mà ¡s cuidados a la hora de ser implantado. Cuà ­dese de evitar el contacto de los reactivos quà ­micos con su piel o con los ojos y utilice guantes de là ¡tex y pinzas para sujetar la probeta mientras la sumerge en los reactivos de ataque. Evite la aspiracià ³n de los gases generados durante la reaccià ³n de ataque y trate en lo posible de trabajar dentro de la campana de gases. †¢ Ataque su muestra con el reactivo que usted haya seleccionado de acuerdo a las caracterà ­sticas de su muestra. Existen varias tà ©cnicas, pero puede hacerlo por inmersià ³n de la superficie pulida en el reactivo, o pasando delicadamente un algodà ³n impregnado del reactivo sobre la superficie. Si tiene alguna duda plantà ©esela al instructor. †¢ Una vez completado el tiempo de ataque, lave cuidadosamente su muestra bajo el chorro de agua, rocà ­ela con alcohol. †¢ Observe la muestra al microscopio y si à ©sta resulta sobreatacada, repita el proceso de desbaste fino (lijado) desde el à ºltimo papel (grano mà ¡s fino) y vuelva a pulir en los paà ±os su muestra. Vuelva a atacar acortando el tiempo del proceso. Si la pieza resulta subatacada, sà ³lo tiene que continuar el ataque por mà ¡s tiempo. †¢ Observe muestra al microscopio bajo supervisià ³n del instructor, con ayuda del encargado del laboratorio y fundamentà ¡ndose en el criterio que debe haber desarrollado a la luz de sus conocimientos y de su preparacià ³n previa a la prà ¡ctica. PRà CTICA NO. 13 ENSAYO JOMINY * Objetivos 1.1 Aplicar el Mà ©todo Jominy para determinar la templabilidad de los aceros. 1.2 Interpretar los resultados del Ensayo Jominy. Aplicar estos resultados en la clasificacià ³n de los aceros en funcià ³n de la templabilidad. 1.3 Determinar el perfil de temperaturas y de velocidades de enfriamiento. 1.4 Relacionar las velocidades de enfriamiento con las microestructuras obtenidas en las diferentes zonas de la probeta Jominy. 1.5 Evaluar la eficiencia del sistema enfriante y corroborar la validez del ensayo Jominy. * Pre-laboratorio: Antes de realizar la prà ¡ctica el estudiante debe indagar sobre los siguientes aspectos, relacionados con el desarrollo de la misma. 3.1 Curvas Jominy para el acero a ser ensayado. 3.2 Influencia de los elementos de aleacià ³n en la templabilidad de los aceros. 3.3 Relacià ³n entre el Ensayo Jominy y las curvas tiempo temperatura transformacià ³n. 3.4 Factores que afectan a los ensayos de dureza y escala de dureza a utilizar. 3.5 Quà © puntos realmente interesan de la curva Jominy. 3.6 Caracterà ­sticas de las transformaciones perlà ­ticas y martensà ­ticas. 3.7 Caracterà ­sticas del Ensayo Jominy.  · Materiales Una probeta Jominy de acero AISI 1045, de dimensiones estandarizadas de acuerdo a la norma ASTM. Adicionalmente, à ©stas deben estar perforadas sobre la superficie opuesta al extremo a ser templado. * Procedimiento En el Laboratorio de Tratamientos Tà ©rmicos: Se introduce la probeta Jominy en el horno de tratamiento tà ©rmico, el cual ha sido precalentado a la temperatura de austenizacià ³n adecuada. La temperatura y el tiempo de permanencia de la probeta en el horno debe haber sido especificados y determinados por Ud. Recuerde: El cà ¡lculo adecuado de las variables de operacià ³n en este caso; temperatura y tiempo, influyen en forma determinante en los resultados del ensayo. Luego de haber transcurrido el tiempo de mantenimiento, extraiga rà ¡pidamente la probeta del horno y colà ³quela en el sostà ©n de la cuba Jominy. Anteriormente debe haber comprobado que dicha cuba cumple con todos los requisitos establecidos en la norma. Realice el enfriamiento durante el tiempo estipulado en la norma antes mencionada. Una vez transcurrido el tiempo de ensayo, retire la probeta del sostà ©n y termà ­nela de enfriar en agua. 5.1.4 Practicas en el Laboratorio de Maquinas-Herramientas CILINDRADO INTERIOR EN EL TORNO Objetivo Hacer un agujero de un dià ¡metro y longitud determinada a una pieza metà ¡lica Materiales y equipos Pieza metà ¡lica Broca Mandril Cuchilla para trabajar interior Refrigerante (taladrina) Torno Procedimiento 1 º Se coloca la pieza en el plato 2 º Se gradà ºa el torno a la velocidad adecuada 3 º Se monta el mandril en el cabezal mà ³vil y luego se coloca la broca en el mandril 4 º Se lleva el cabezal mà ³vil hasta que la punta de la broca roce el centro de la pieza 5 º Se acciona la palanca de arranque del torno y con una manivela que tiene el cabezal mà ³vil en la parte posterior se le da profundidad del agujero que se desea hacer; el ancho del agujero lo determina el dià ¡metro de la broca o la cantidad de corte que se le de al agujero con la cuchilla de interior FRESADORA La fresadora es una mà ¡quina herramienta en la cual la pieza està ¡ fija y la herramienta es la que gira para efectuar el corte. 1. Base 2. Cuerpo 3. Caja de cambio ce avances 4. Palanca para el cambio de los avances 5. Caja de cambio de velocidades 6. Tirante para la fijacià ³n del eje portafresa 7. Eje principal 8. Palanca para el cambio de las velocidades 9. Puente 10. Volante para el desplazamiento del puente 11. Eje portafresa 12. Soporte intermedio del eje portafresa 13. Guà ­as del puente 14. Soporte extremo del eje portafresa 15. Riostras 16. Ranura central de la mesa 17. Manivela para traslacià ³n horizontal de la mesa 18. Mesa 19. Guà ­as de la mesa 20. Volante para el desplazamiento transversal de la mesa 21. Volante para la traslacià ³n horizontal de la mesa 22. Guà ­as para el carro portamesa 22. Manivela para la traslacià ³n vertical de la mà ©nsula 23. Carro portamesa 24. Manivela para la traslacià ³n vertical de la mà ©nsula 25. Palanca para el desplazamiento automà ¡tico transversal y horizontal de la masa 26. Columna soporte de la mà ©nsula 27. Palanca para la fijacià ³n de la mà ©nsula 28. Palanca para la inversià ³n de avance 29. Husillo para la traslacià ³n vertical de la mà ©nsula 30. Mà ©nsula 31. Guà ­a para la mà ©nsula 32. Eje de transmisià ³n de los avances FRESAS Las fresas tienen formas algo complicadas y puede decirse que està ¡n compuestas por un conjunto de elementos, cada uno de los cuales intervienen en diferente medida en el corte del material. Los distintos elementos de las fresas se designan con tà ©rminos tà ©cnicos que, en conjunto, forman la nomenclatura o terminologà ­a de las fresas. Varios de ellos pueden ser: Cuerpo de la fresa Arista de corte Periferia Dià ¡metro Caras y ancho de las fresas Cara del diente o cara del corte Cara de incidencia à ngulo de incidencia à ngulo de desprendimiento de viruta à ngulo de filo à ngulo de hà ©lice Prà ¡ctica NO. 20 FRESADO PLANO Objetivo Hacer una pieza con una cara plana Materiales y equipos Barra de aluminio Fresa frontal de dos cortes Refrigerante Fresadora Procedimiento 1 º Se monta una prensa o tornillo de sujecià ³n en la mesa de la fresadora y se sujeta la barra en la prensa 2 º Se monta la fresa en el eje porta fresas 3 º Se gradà ºa la velocidad en la caja de cambio de velocidades 4 º Con la manivela para la traslacià ³n vertical de la mensura se le da la profundidad de corte a la pieza 5 º Con el volante para la traslacià ³n horizontal de la mesa se procede a darle el corte a la pieza Los pasos 4 y 5 se repiten hasta que la pieza llegue al grosor deseado. Nota: Este procedimiento se emplea tambià ©n para el fresado frontal y para una combinacià ³n de ambos al mismo tiempo (fresado plano y frontal). Lo à ºnico que cambia es el emplear la fresadora. RANURA EN FORMA DE V Objetivo Hacer un canal en forma de V a lo largo de toda la pieza Materiales y equipos Pieza rectangular Fresa angular doble Refrigerante Fresadora Procedimiento 1 º Se sujeta la pieza a la mesa de la fresadora 2 º Se monta la frase angular doble en el eje porta fresas 3 º Se gradà ºa la velocidad en la caja de cambio de velocidades 4 º Con la manivela para la traslacià ³n vertical de la mà ©nsula se le da la profundidad de corte a la pieza 5 º Se acciona la palanca para el desplazamiento automà ¡tico horizontal de la mesa y se efectà ºa el corte a lo largo de la pieza Nota: Este procedimiento es el mismo a seguir para las siguientes operaciones: Hacer una ranura semicircular Hacer tornos de seccià ³n semicircular Hacer chaveteros Hacer ranuras en forma de T Hacer ranuras en cola de milano La à ºnica diferencia que hay entre estas operaciones es la forma de la fresa. Prà ¡ctica NO. 22 ENGRANAJE Objetivo Hacer un pià ±Ãƒ ³n o engranaje Materiales y equipos Barra de aluminio Cuchilla para cilindrar Fresa de modulo Refrigerante Torno Fresadora Mandril Broca Procedimiento 1 º Se coloca la barra en el plato del torno 2 º Se monta la cuchilla para cilindrar en la torre en forma para cilindrar 3 º Se gradà ºa la velocidad en la caja de cambio y la profundidad de corte en el carro transversal 4 º Se acciona la palanca de arranque y se procede a trabajar la pieza con el carro longitudinal hasta llegar al dià ¡metro requerido para el pià ±Ãƒ ³n o engranaje 5 º Se coloca la cuchilla en posicià ³n para refrentar y se procede a hacer dicho operacià ³n hasta llegar al espesor requerido 6 º Se hace un agujero pasante en el centro de la pieza de dià ¡metro que ajuste en el eje que va a ser montado el pià ±Ãƒ ³n. Este agujero se hace con una broca montado en un mandril el cual va montado en el cabezal mà ³vil 7 º Se desmonta la pieza del torno y se fija en el divisor que està ¡ sobre la mesa de la fresadora 8 º Se coloca la fresa de mà ³dulo en el eje porta fresa y se gradà ºa la velocidad y la profundidad de corte 9 º La cara plana de la pieza debe quedar perpendicular a la fresa 10 º Con los cà ¡lculos obtenidos de antemano se procede a trabajar la pieza. Despuà ©s del primer corte se debe de dar el nà ºmero de vueltas necesario al plato divisor, para dar el segundo corte y formar el primer diente; este à ºltimo procedimiento se realiza hasta que todos los dientes queden formados LIMADORA Prà ¡ctica No. 23 Objetivo Hacer una pieza de superficie plana 1. Mesa (Con letras A, B, C y D) Materiales y equipos Una barra de acero Una cuchilla Refrigerante (aceite o taladrina) Limadora Procedimiento 1 º Se fija la pieza en la mesa 2 º Se gradà ºa el avance de la mesa, la profundidad de corte y el nà ºmero de golpes del cabezal o carnero 3 º Se repite el nà ºmero de corte hasta llegar a la longitud y el espesor requerido Prà ¡ctica No. 24 Objetivo: Hacer un maquinado[1] en la fresadora CNC Procedimiento: La seguridad primero * Asegà ºrese de que todos saben dà ³nde està ¡ y cà ³mo se activa el botà ³n de parada de emergencia * Nunca deje objetos extraà ±os en el à ¡rea de maquinado (calibres, cepillos, latas de lubricantes, piezas ya maquinadas, etc.) * En ninguna circunstancia trate de acceder a la zona de maquinado mientras haya partes en movimiento * Use las herramientas provistas para ajustar puntas y fresas. La secuencia de operaciones: 1. Comience la ejecucià ³n con el software de maquinado, en realidad virtual (VRT o VRM) 2. Cargue, cree o edite su programa de CNC 3. Actualice la configuracià ³n de herramientas que tiene cargada el software 4. Simule el programa de maquinado en 2D o 3D (aunque es menos vistosa, la simulacià ³n en 2D es sumamente à ºtil y clara) 5. Encienda su mà ¡quina de CNC 6. Lleve los ejes a la posicià ³n de reposo (desde la lengà ¼eta Home) 7. Prepare las herramientas de la mà ¡quina, de manera que se correspondan con la configuracià ³n que cargà ³ en el software 8. Cargue la pieza de materia prima en el plato o banco 9. Ajuste el offset de la pieza y las herramientas Ejecute el maquinado Practica NO. 25 Objetivo: Hacer un torneado cà ³nico en el torno CNC Procedimiento: Funcionamiento del ciclo G81 en cada paso de torneado. Forma en la que se realiza cada paso de torneado: * 1-2: Desplazamiento en avance rà ¡pido (G00). * 2-3: Desplazamiento al avance programado en G01. * 3-4: Si se programa el parà ¡metro D, el desplazamiento es en avance rà ¡pido (G00) Si no se programa el parà ¡metro D, el desplazamiento es al avance programado en G01, siguiendo el perfil (este es nuestro caso). 4-5: Desplazamiento de retroceso en avance rà ¡pido (G00). Practica NO.26 Objetivo: Hacer un torneado de tramos curvos Introduccià ³n: Funcionamiento general del ciclo fijo G84. * Este ciclo realiza el cilindrado de un tramo curvo. * El tramo se definirà ¡ programando los valores de los diferentes parà ¡metros que componen el ciclo (los parà ¡metros se explican en mà ¡s adelante). * El ciclo mantiene el paso de profundidad especificado entre las sucesivas pasadas del cilindrado. * El ciclo realiza el cilindrado en desbaste y permite seleccionar, si se desea realizar una pasada de acabado con la misma herramienta tras finalizar el desbaste o no. Forma en la que se realiza cada paso de torneado: * 1-2: Desplazamiento en avance rà ¡pido (G00). * 2-3: Desplazamiento al avance programado en G01. * 3-4: Si se programa el parà ¡metro D, el desplazamiento es en avance rà ¡pido (G00). Si no se programa el parà ¡metro D, el desplazamiento es al avance programado en G01, siguiendo el perfil (este es nuestro caso). * 4-5: Desplazamiento de retroceso en avance rà ¡pido (G00). TALADRADORA Prà ¡ctica: 27 Objetivo Hacer un agujero a una plancha de metal Materiales y equipos Plancha de metal Broca Mandril Prensa o tornillo de sujecià ³n Refrigerante Taladradora Procedimiento 1 º Se monta el mandril en el eje principal y la broca en el mandril 2 º Se monta la prensa en la mesa superior y la plancha se sujeta en la prensa 3 º Con el volante para el avance sensitivo se procede a hacer el agujero Esmerilado: Es un proceso de remocià ³n de material en el cual las partà ­culas abrasivas està ¡n contenidas en una rueda de esmeril que opera a velocidad superficial muy alta. La rueda de esmeril tiene forma de disco balanceado con toda precisià ³n para soportar altas velocidades de rotacià ³n. Mà ©todo de Ruta Critica[2] para el cà ¡lculo de las actividades en el Laboratorio. El anà ¡lisis comienza con una descripcià ³n del proyecto en tà ©rmino de de actividades y eventos. A- Comienzo de obtencià ³n de materiales B- Terminacià ³n de obtencià ³n de materiales pieza 1 C- Terminacià ³n de obtencià ³n de materiales pieza 2 D- Terminacià ³n de trabajo de mà ¡quina pieza 1 E- Terminacià ³n de trabajo de mà ¡quina pieza 2 F- Comienzo de ensamble G- Terminacià ³n de ensamble H- Terminacià ³n de inspeccià ³n y prueba Este modelo puede variar dependiendo del tipo de pieza Control de Calidad en Cada Prà ¡ctica El control[3] incluye una secuencia universal de pasos: v Elegir un sujeto de control v Seleccionar una unidad de medida v Establecer una meta para el sujeto de control v Seleccionar un sensor v Medir el desempeà ±o real v Interpretar la diferencia entre està ¡ndar y real v Realizar una accià ³n sobre esa diferencia [4]Proceso de Produccià ³n El proceso de produccià ³n es el procedimiento tà ©cnico que se utiliza en el proyecto para obtener los bienes y servicios a partir de insumos, y se identifica como la transformacià ³n de una serie de insumos para convertirlos en productos mediante una determinada funcià ³n de produccià ³n. Conclusiones: Las prà ¡cticas presentadas cumplen con el marco de referencia educativo dominicano que tiene como funcià ³n garantizar la eficiencia y la eficacia global del mismo. Se ha tomado en cuenta la evaluacià ³n de los procesos docentes y los servicios que intervienen en la actividad educativa para satisfacer las necesidades de la sociedad: v El rendimiento de los aprendizajes alcanzados por los estudiantes; v El grado de coherencia alcanzado entre los fines educativos, las estrategias para alcanzarlos y los resultados; v La inversià ³n de recursos, su racionalidad y adecuacià ³n que garanticen la puesta en prà ¡ctica de la accià ³n educativa; v El peso de la innovacià ³n, la investigacià ³n y la experimentacià ³n educativas; v Las caracterà ­sticas socioeconà ³mica, afectiva, fà ­sica y social del alumno; v Las caracterà ­sticas personales y profesionales de los educadores, la calidad de vida y las facilidades de que dispongan; v La programacià ³n acadà ©mica, los contenidos curriculares y los materiales didà ¡cticos, deben estar en constante actualizacià ³n; v Los procesos de aprendizaje. v Las condiciones fà ­sicas desde el punto de vista del ambiente en que se desarrolla la actividad educativa, incluyendo aulas, laboratorios, bibliotecas, canchas deportivas, à ¡reas de recreacià ³n, servicios de agua potable e iluminacià ³n y equipamiento; v El grado de compromiso y la intervencià ³n de la familia, el hogar y la comunidad en el proceso educativo; v La orientacià ³n educativa y profesional; La investigacià ³n educativa que se aplica para identificar los problemas del sistema y adoptar los correctivos a los mismos. v Se deberà ¡n integrar las prà ¡cticas de corto tiempo para que se puedan ejecutar todas las prà ¡cticas durante el semestre ya que el nà ºmero de prà ¡cticas excede al nà ºmero de semanas. 6. Administracià ³n de las Adquisiciones del Proyecto El conjunto[5] de actividades comprendidas en el quehacer de la funcià ³n adquisiciones conforman, normalmente, el segundo bloque de la là ­nea crà ­tica en proyectos complejos. En un sentido amplio, su tarea consiste n abastecer la obra con todos los elementos necesarios (maquinaria, equipos, repuestos, instrumentos, instalaciones, suministros de construccià ³n y servicios), en las condiciones de costo, calidad y oportunidad, requeridas por el proyecto. Una caracterà ­stica sobresaliente de las adquisiciones es su estrecha interrelacià ³n con las demà ¡s funciones, sobre todo en proyectos intensivos en bienes de capital de origen importado, tecnolà ³gicamente complejos, con programacià ³n acelerada (ruta rà ¡pida) o financiamientos condicionados. Las formas en que es posible abordar el abastecimiento de maquinarias, equipos y suministros, son variadas, si se tiene en cuenta el tamaà ±o del proyecto, la existencia y confiabilidad de los servicios de la organizacià ³n perm anente, la complejidad de las adquisiciones, y la modalidad que se defina para los contratos de construccià ³n. Diseà ±o de Formularios y Mecanismos de Control Adquisicià ³n de equipos El laboratorio[6] debe disponer de polà ­tica y procedimiento para la seleccià ³n y adquisicià ³n de los equipos, que incluya: * Especificacià ³n de las caracterà ­sticas necesarias, de acuerdo con los requisitos de tolerancias e incertidumbres. * Seleccià ³n y evaluacià ³n de los proveedores. El laboratorio debe evaluar a los proveedores y mantener un registro de estas evaluaciones. Es recomendable, siempre que sea posible, seleccionar los suministradores que cumplen con la Norma UNE-EN ISO/IEC 17025 o que tienen implantado un sistema de calidad acorde, por ejemplo, con las normas ISO 9000. * Requisitos solicitados al proveedor, tales como: documentacià ³n, certificado de calibracià ³n o verificacià ³n, periodo de garantà ­a, periodo de entrega, etc. En la adquisicià ³n de los equipos nuevos el laboratorio deberà ­a exigirle, a los fabricantes o distribuidores, la disponibilidad del Manual de Instrucciones del equipo en espaà ±ol. * Anà ¡lisis de las ofertas frente a las especificaciones y seleccià ³n de los equipos. Todas las actividades, relacionadas con la compra de los equipos y materiales, convienen documentarlas y archivarlas. Recepcià ³n de equipos Cuando el laboratorio recibe el equipo o material debe constatar, en primer lugar, que: * Se corresponde con las caracterà ­sticas y especificaciones del pedido o solicitud de adquisicià ³n, * Va acompaà ±ado de la documentacià ³n adecuada y completa (por ejemplo los certificados de calibracià ³n o conformidad, si son necesarios). * El laboratorio debe tener establecido un procedimiento que * Asegure que los equipos recibidos no sean utilizados o puestos en * servicio hasta que: * Se haya comprobado que no han sufrido ningà ºn daà ±o y funcionan * correctamente, * Hayan sido calibrados o verificados, cuando se considere necesario, * De que cumplen las especificaciones requeridas, debiendo mantenerse un registro de las medidas adoptadas para comprobarlo. Los equipos recibidos, cuando ya està ©n disponibles o instalados para realizar la funcià ³n para la cual han sido adquiridos, deben darse de alta, codificarse y etiquetarse, y ser incluidos en el inventario de los equipos disponibles del laboratorio. Inventario y codificacià ³n de equipos El inventario o listado (o base de datos) de los equipos disponibles debe incluir, como mà ­nimo, los equipos utilizados para realizar ensayos y/o calibraciones que tengan una relacià ³n directa con los resultados, asà ­ como aquellos equipos auxiliares que requieren de algà ºn tipo de control, mantenimiento, verificacià ³n o calibracià ³n. En el inventario deberà ¡ constar la fecha de su elaboracià ³n y, como mà ­nimo, el cà ³digo del equipo, la denominacià ³n del equipo, la marca, el modelo, el no. de serie, y la fecha de alta. El cà ³digo del laboratorio debe identificar al equipo de forma univoca y permitir relacionarlo con la documentacià ³n que se va generando (etiquetas, ficha/registro, procedimientos de funcionamiento, de mantenimiento y calibracià ³n, registros de datos, certificados de calibracià ³n, diarios de uso, etc.) y con su historial a lo largo de los aà ±os (averà ­as, sustituciones, modificaciones, etc.). El laboratorio debe mantener actualizado el inventario de los equipos disponibles, para ello serà ¡ necesario establecer un procedimiento del control y/o comunicacià ³n (por ejemplo, mediante impresos) de las altas, bajas o traslado

Dell History Essay -- essays research papers

Dell History The Dell Company was founded in 1984 by no on other than, Michael Dell. He, through no coincidence is the computer industry's longest running chief executive officer. He has accomplished this based on a simple concept. He decided to sell personal computer systems directly to customers. His direct selling empowered Dell with the knowledge, so he could best understand his consumer’s needs; and provide the most comprehensive computing solutions that met those needs. Dell Mission In 1997, Dell Computer’s mission became â€Å"to be the most successful computer company in the world at delivering the best customer experience in the markets we serve.† Dell’s objective was achieving â€Å"virtual integration†. Business Strategy In today’s environment, Dell is enhancing and broadening the fundamental competitive advantages of the direct selling model. The enhancements are likely to lead to increasing efficiencies to its entire business. Through the direct business model, Dell offers in-person relationships with corporate and institutional customers. But that is just a small part of their model, they also offer, telephone and Internet purchasing; customized computer systems; phone and online technical support; and next-day, on-site product service. Dell arranges for system installation and management, guides customers through technology transitions, and provides an extensive range of other services. The company designs and customizes products and services to the requirements of ...

Hinduism Essay -- essays research papers

-------------------------------------------------------------------------------- November 19, 1997 By Jordan Bruins Buddhism/Hinduism Comparison Report Hinduism is the oldest known religion and is very rich with literally hundreds of gods, symbolistic rituals and beliefs. It is believed to have been established around 1500 B.C. but no one person founded Hinduism as it evolved over a long period of time. Buddhism on the other hand has a definite founder, Siddhartha Gautama who is otherwise known as the Buddha or Enlightened One who lived from 565 to 483 B.C. Both these religions originated in India. Siddhartha Gautama was a Hindu who found Hindu theology lacking and after years of searching for truth created a religion now known as Buddhism. Because of these basic similarities, the two religions have much in common, but in the same light they differ immensely. The concept of a god or gods in Buddhism is almost void and therefore in the eyes of some not even a religion. Hindus have many gods governing different aspects of Hindu life. The three main gods in Hinduism are Vishnu who is the sustainer, Brahma is the creator and Shiva the destroyer. Collectively referred to as Trimuti. Most Hindu gods are associated with animals and therefore Hindus feel that being a vegetarian is vital. Cows are sacred in Hinduism and are worshipped as the divine mother, making eating beef taboo. Buddhism involves meditation and prayer. In Buddhism, one must understand the four noble truths and a...

If Beale Street Could Talk: The Story of Love and Endurance Essay

The topics of racial injustice and ethnic discrimination are extremely popular in literature. Writers of fiction exploit these topics, to shed the light on the difficulties a black person faces in contemporary America. James Baldwin’s If Beale Street Could Talk is considered by critics as a brilliant representation of the racial and ethnic tensions in the American society. However, despite the profound racial implications, this book is primarily a love story. Certainly, James Baldwin condemns racism and imperialism and criticizes racial bias in criminal justice and social relationships. However, more than anything else, James Baldwin’s If Beale Street Could Talk is a complex example of a love story, in which two people deeply connected to each other face the pain of separation and successfully pass this test to their feelings and commitments. James Baldwin’s If Beale Street Could Talk is a successful example of a love story, in which two people deeply connected to each other face the pain of separation. Fonny and Tish are separated by the injustice and racial bias that are so characteristic of the American criminal justice system. However, not the injustice and racial bias but the pain and sufferings of a loving man and a loving woman shape the foreground of Baldwin’s story: â€Å"I always remember now, because he’s in jail and I love his eyes and every time I see him I’m afraid I’ll never see him again. So I pick up the phone as soon as I get there and I just hold it and I keep looking up at him. [†¦] I hope that nobody has ever had to look at anybody they love through glass† (Baldwin 4). The fact of Fonny’s being falsely accused of rape is just a minor part of Tish’s personal experiences. Tish fights to release Fonny from prison not because she wants to prove the unfairness of the racial relationships in her society, but because she truly loves her man and wants to spend her life with him. The baby in Tish’s belly adds stimuli to her individual fight for happiness and turns Baldwin’s book into a story of love that can survive the most unbelievable hardships. Baldwin’s book is the story about love that evolves over Tish and Fonny’s lifespan. Tish’s memories bring the reader back to her infant and school years: her first encounter with Fonny, her experiences and perceptions about his personality, the development of their feelings toward each other, and the first understanding that they were meant to be together. â€Å"I thought of Fonny’s touch, of Fonny, in my arms, his breath, his touch, his odor, his weight, that terrible and beautiful presence riding into me and his breath being snarled, as if by a golden thread, deeper in his throat as he rode†¦Ã¢â‚¬  (Baldwin 35). The way Baldwin describes Tish and Fonny creates a sense of a never ending happiness, which happens only once in a lifetime. Through the prism of her memories and experiences, Tish cannot but recognize the wonder of her own and Fonny’s feelings. She cannot but admit that â€Å"it’s a miracle to realize that somebody loves you† (Baldwin 36). Even if any racial and ethical dilemmas poison their lives, they are overshadowed and die away against the connectedness of their souls and spiritual beings. In the context of Baldwin’s story, racial discrimination and bias are useful only to the extent that emphasizes the miraculous nature of the relationship between Tish and Fonny. This relationship is equally complicated and perfect. Nothing can break their love. The future baby is, probably, the culmination of their feelings toward each other: â€Å"Love had sent it, spinning out of us, to us. [†¦] Something in me sang and hummed and then I felt the deadly morning sickness†¦Ã¢â‚¬  (Baldwin 41). These are the realities in the lives of any two people, who love each other and who, regardless of the social and racial difficulties, turn this love into the strongest stimulus in their movement to the ultimate happiness. Baldwin’s If Beale Street Could Talk is a complex example of a love story, in which two people who are deeply connected to each other successfully pass a difficult test to their feelings and commitments. Fonny’s arrest and imprisonment is the first serious separation in the life of Tish. Tish feels the threat of losing Fonny. She is not afraid of loneliness, but she is afraid of losing her beloved man forever. She remembers the best moments of their relationship, and these memories give her strength to move forward and bring Fonny back home: â€Å"You know, that I’ve always been yours, right? – I said, ‘I never thought about it that way’. He said, ‘Think about it now, Tish. ’ ‘I just know that I love you’, I said, and I started to cry† (Baldwin 63). Love gives Tish trust and endurance; she is full of confidence that she will be able to win this fight against the injustice. In her talk to Victoria, Tish once again says that she knows Fonny is not guilty. Her argument is simple: she has known him all his life (Baldwin 141). Not the striving to change the society’s beliefs about race, but Tish’s true love and commitment to Fonny move her to the victory. In a similar vein, love is the only source of hope for Fonny: â€Å"Baby. Baby. Baby. I love you. And I’m going to build us a table and a whole lot of folks going to be eating off it for a long, long time to come† (Baldwin 163). With their love, as well as the hope and faith born out of their love, Tish and Fonny successfully pass the test of separation. Nothing but love supports them on their way to each other. James Baldwin’s book is a triumph of the sincere human feelings, which can successfully break the racial, social and injustice barriers in the way to never ending happiness. Conclusion James Baldwin’s If Beale Street Could Talk is often considered as the bright description of American imperialism, racism, and ethnic injustice. However, the book is primarily a complex example of a love story, in which two people deeply connected to each other face the pain of separation and successfully pass this test to their feelings and commitments. The evolution of the romantic relationship between Tish and Fonny is at the story’s foreground. The fight against racial bias and the inconsistencies of the criminal justice system are of minor importance: nothing but love moves Tish on her way to releasing Fonny from imprisonment; nothing but love gives Fonny more hope and optimism. Love gives Tish and Fonny strength and endurance necessary to successfully pass the test of separation. In this sense, James Baldwin’s book is the triumph of the sincere human feelings, which can successfully break the racial and social barriers in the way to never ending happiness.

Assessor S Script

The Assessor: After hearing the definition of NC II -? CSS, we can say that it is very important. It has its own importance and benefits like for example, work. Nowadays, if we would like to apply on a company, it will serve as your weapon in applying. NC II – CSS is accredited on foreign countries. NC II -? CSS is important because it will give you additional knowledge and an advantage to challenges. The Assessor: Moving on, we are now going to tackle the Core Competencies of NC II – CSS. There are 4 Units of Competencies. These are: Install Computer Systems and Network Diagnose Computer Systems and NetworkConfigure Computer Systems and Network Maintain Computer Systems and Network Installing Computer Systems and Network – This module will teach you how to install a single boot or a dual boot SO in one computer unit. Diagnose Computer Systems and Network -? This will teach you how to diagnose computer systems and network. It involves Assembly/Disassembly of a sy stem where in you will be observe if you obey the safety precautions and the proper handling of the parts of a system. Configuring Computer Systems and Network – This module will teach you how to configure computer systems and network.In this part also allows you to teach file sharing through network. In this part, you will do the cabling and what is the right pattern of cabling should be used. Maintain Computer Systems and Network – This module will teach you how to maintain Computer systems and network. In this part, you will be interview. The Interview involves the different malfunctions or errors encountered in maintaining a computer. The Assessor: What are the things we should prepare? We have to prepare the following: Application Form Test Package Attendance Sheet Self-Assessment Guide Competency Assessment Result Summary Tools and EquipmentThe Assessor: The Application Form was given to you ahead of this assessment. I will give it to you for you to recheck if yo u missed something. The assessor will now distribute the Application Form to its respective applicant. The Assessor will now guide the candidate on filling up the Application Form. The Assessor: Use BLACK INK only. The first thing you should to do is to sign the Applicant's Signature. After that is the date that you have accomplished the form. Under that is the Name Of School where the assessment center is located, Address location of the school and the Title of Assessment you have applied for.In this case you will put, NC II – Computer Hardware Servicing. Under that is the Qualifications. It has two options which is Full Qualification of COCO. Tick the Full Qualification. Next is the Client Type. Tick the DUVET Graduating Student. The Profile part consists of the Surname, First Name and Middle Name. Use Capital Letters only. Mailing Address consists of Number/ Street, Bargain, District, City, Province, Region and Zip Code. Fill up your Mother's Name, Father's Name and Sex. C heck the Male Box if you are a boy and if girl, check the Female Box. Next is the Civil Status. Check ONE only.Contact Numbers, Highest Educational Attainment, check College Level. Birthrate, You should write in following format MM/AD/W and your Birthplace. Do not put the hospital but the CITY you were born. Put your Work Experience if you have. Name of the Company, Position, Inclusive Dates, Monthly Salary, Status of Appointment and Number of Years Working. Next is the Other Training/Seminars Attended. The seminars that you should mention are on NATIONAL QUALIFICATION-RELATED. Next is Licenser Examinations that you had passed and Lastly The Competency Assessment's that you have passed.The Assessor: Under the Application Form is the, Admission Slip. Please cut the Admission Slip and Pass the Application Form to me. The assessor will collect the Application Form and leave the Admission Slip to the candidates. The assessor will now verify the information written on the Application For m. If there are still information lacking, you will give it back to the candidate and let him fill up the missing information. If verification is done and no error is sighted, the assessor will now explain the proper procedures in filling up the information on the Admission Slip.The Assessor: Do not write anything on the Reference Number. Leave it blank. Write your name on the Name of Applicant Field. Next is you Contact Number or Telephone Number. The Assessment you applied for is NC II – CSS (Computer Hardware Servicing. The Official Receipt Number was given to you after you settle the payment for this assessment. Please indicate the date where you pay to the Date Issued side. On, the lower right portion of the slip, Write your name in PRINT and put your signature above it. Lastly, the date of your assessment should be indicated. The Assessor: Any questions?If there are no questions, you can now proceed on checking of attendance. The Assessor: will now check your attendance . The assessor will now distribute the attendance to the candidates. The Assessor: Let me remind you this, you can use blank ink only. Each attendance sheet will only accommodate 10 persons each. Each person will fill up 3 attendance sheets. The number you have filled up on the attendance should be similar or the same to the corresponding attendance sheets. Let the candidates sign on the attendance sheet, compare the signatures of candidates on admission slip against the signature on the attendance sheet.The Assessor: Here with me is the Self-Assessment Guide. This is an indication that you know and can perform all units of competency enumerated in this qualification. If you checked â€Å"No† at least one of these questions indicates that you are not competent. In every end qualifications, fill up the Candidate's Name and the Date. Please read the instructions carefully and answer all the questions outlined in the document. Use black ink only. The Assessor: If you need assist ance, I will be more than Willing to assist you. The self-assessment guide was given to the candidate by the processing officer of the assessment center.The competency assessor explains and guides the candidate in accomplishing the Self-Assessment Guide. After the candidate is through with accomplishing the Self-Assessment Guide, you will review the answers and will give feedback to the candidates. The Assessor: Now, you are now going to fill up the Test Package and the Competency Assessment Result. Fill out the following fields, the Name of the Candidate, Date of Assessment and name Of Assessment Center. Avoid erasures and use black ink only. The assessor will now double check the fields of the candidates and let them ill out the lacking information and verifies it.The competency assessor orients/briefs the candidates. The assessor should explain the following. The Assessor: What are the tools and equipment used in the assessment? In networking, you will use Crimping Tool, U TOP Ca ble and an RUG-45. You will be given ;o (2) RUG-ass. In Installing Computer System, you will use a CD and Computer Unit. Lastly, in Diagnose Computer System and Network, you will use a Computer System and a screw. Please handle the tools and equipment with care. If you unfortunately broke a tool or equipment, you will replace it with a new one.The Assessor: As the in-charge person here, will set my Rules and Policies during Assessment Procedure. These are the rules: The candidate can only left the assessment room if he or she has the consent of the assessor. No talking during assessment hours. Observe Silence. The Assessor: Do you have any clarifications? If none, you can now designate different qualifications to the candidate. The Assessor: Candidate 1, 2 and 3 will do the Installing Computer Systems and Network. Candidate 4, 5 and 6 will do the Diagnose Computer and Systems and Network. Candidate 7, 8 and 9 will do the Configure ComputerSystem s and Network and lastly, Candidate 1 0 will do the Maintain Computer Systems and Network. You now instruct Candidate 1 to enter the assessment room. (to be followed by Candidate 2, 3 etc. ). Provide the candidate with all materials, tools and equipment required to complete the tasks. At this point, you give the Specific Instructions to the candidate clear and slowly. The Assessor: From this point, I will give you the Specific Instructions. The Assessor: Using the materials, tools and equipment, you are required to perform the tasks within hours. I will be observing you while you are performing the tasks.The Assessor: After your demonstration, I will ask you questions related to your demonstration. The Assessor: You may call me when there is a need for me to translate or explain items for clarification. The Assessor: After the questioning portion, I will give you feedback about your performance. The Assessor: Any questions/clarifications? If there are no more questions, you may start now. While the candidate performs th e activity you must remind or observe the candidate if he obey the safety precautions in doing a certain task. F one candidate is done on the task you designated, designate him a new ask.The Assessor: You were (give the strong points of the candidate followed by the weak points) If the candidate was found to be competent say: The Assessor: You performed the tasks within the standard requirements of the Qualification. Note: Present the CARS or the Competency Assessment Result to the candidate to affix his signature on the candidate's signature portion. This is a proof that he accepts your assessment decision. If the candidate was found not yet competent say: The Assessor: am sorry. You were not able to perform within the standard requirements of the Qualification.You have to review/practice the activities related to the competency requirements of the Qualification further. The Assessor: You can only comeback if there is another schedule of assessment for you to reassess or when you f eel confident enough that you have acquired the competence. Do not worry you will only be reassessed on the part of activity that you were found not yet competent. Proof that he accepts your assessment decision. Complete the rating sheets and other documents and submit there to the Manager of the Assessment Center The Assessor: Now you know the results, What are the requirements in lamming your NC II -? CSS Certificate?