STUDENT’S NAME: Tanya Whelan LECTURER’S NAME: David Williams COURSE: B.A. Social Care Practice (_In Service_) YEAR: 2 SUBJECT: Principles of Professional Practice in social care SUBMISSION DATE: 27 October 2009 WORD COUNT: TITLE OF ASSIGNMENT: Discuss how social care workers might utilise resiliency theories and frameworks to meet the needs and enhance the life skills of a group of clients in their care. Your discussion should draw on relevant theoretical frameworks and be applied to a particular
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Peer-reviewed Articles Kimberly Winkler Psy/500 October 8‚ 2012 Bridgette Jenkins Abstract Resilience in any human being is vital but it also is important because it is the human capacity to face‚ overcome and strengthen by or even transformed by the adversities of life (Grotberg E.‚ Unknown). Every individual faces some sort of adversities which means that no one is exempt (Grotberg E. Unknown). Children are no exception to adversities so they must form resilience so they can overcome
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TOPIC: Spring Mass Oscillator OBJECTIVE: To determine the spring constant (K)‚ using mass system. APPARATUS: STEEL RULE SPRING STOP WATCH TAPE MEASURE SLOTTED MASS THEORY: In classical mechanics‚ a harmonic oscillator is a system which ‚ when displaced from its equilibrium position‚ experience a restoring force‚ F‚ proportional to the displacement‚ X‚ according to Hooke’s Law; F = – KX = mα …………………………………. Where‚
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MEAN STRESS EFFECTS ON FATIGUE CRACK GROWTH AND FAILURE IN A RAIL STEEL 1. Increasing R (ratio of minimum to maximum stress) was found to both accelerate cracking and reduce the critical crack size at instability (alternating or pulsating loads? Or nearing fracture?) 2. The equation of Forman et al. relating crack growth rate to ∆K and R gave the best fit. It is used to predict life in the finite range of S-N curve. 3. Pulsating load = zero-to-tension loading 4. Fatigue crack growth
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Resiliency Scales for Children and Adolescents A critical review Katie Waghorn West Virginia University March 14‚ 2014 Author’s Note This paper was prepared for COUN 505 taught by Dr. Tina Walsh Introduction Resilience is a complex construct with many definitions. Most frequently‚ resilience can be defined as one’s ability to “bounce back” from an adverse situation. It is “interactive and contextual” (Prince-Embury & Saklofske‚ 2013‚ pg.19). However‚ some believe resiliency
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Background on resilience Resilience is being able to get back up after falling down and carry on with life. Life is full of ups and downs and when your life is at a down point resilience will help you to bounce back again. Resilience is important for mental health because if you are not able to bounce back from times of adversity an individual runs the risk of poor mental health turning into a mild mental illness. Nick Wall’s showed he was a resilient person after the tragedy of the February 22nd
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End Examination-Model Question Paper-May 2012 B.Tech - Common to BEM/BMA/BME Course: MEE214-Strength of Materials (Assume suitable date if required) Time: Three Hours Max Marks: 100 Part–A (10 X 2 = 20 Marks) 1. A bar of varying crosssection consists of two sections of lengths l1 and l2 with cross sections A1 and A2 respectively. It is subjected to an axial pull F . Find the total elongation. 2. The Young‘s modulus of a material is 200kN/mm2 and its rigidity modulus is 80kN/mm2 . Determine
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From my perspective‚ Values are those things that define and really matter to us. The ideas‚ beliefs and convictions we hold as special. It stands for what is beneficial‚ important‚ useful‚ desirable‚ etc. Each individual has their own unique values guiding their choices which we call Personal values‚ whereas there are the broadly shared societal sets of beliefs which are known as Cultural values. I will be discussing my personal values and its correlation to the cultural values of the San Antonio
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RULES OF MIXTURES FOR ELASTIC PROPERTIES The paper is about the rules of mixtures which are used to express the dependencies of the physical properties and mechanical properties which depend on type‚ form‚ quality and arrangement of its constituents‚ but they are based on various assumptions so one should with caution‚ especially if they are used anything more than preliminary design. The paper mainly concentrates on expressions for elastic properties which are as follows: Unidirectional Ply-
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Stress relaxation is an intrinsic property of a material‚ in which‚ the material decreases the applied load held at constant strain with passage of time. The total strain remains constant but a fraction of the elastic strain transforms into plastic strain [3]. Stress relaxation characteristics of a material become vital when designing mechanical fasteners‚ riveted or bolted assemblies‚ shrink or press-fit components‚ solderless electrical connectors‚ etc. Moreover‚ stress relaxation data could be
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